JADAVPUR UNIVERSITY

FACULTY OF ENGINEERING & TECHNOLOGY

Ph.D. PROGRAMME: 2017-18

List for Written Entrance Examination, Examination Schedule and Important Information

GENERAL INSTRUCTIONS

A help desk will be opened at the e-mai l address phdadmhelpju@gmail .co m for answering queries related to admission to PhD under Faculty of Engineering. The desk will remain open ti l l February 28, 2018 up to 17:30 hrs. The admiss ion is a two-s tep process for non-GATE candidates cons ist ing of a written screening stage and a presentat ion and interview stage for the candidates qualify ing the written tes t. The admiss ion of GATE candidates is purely through presentat ion and interview. THERE IS NO PROVISION OF INSTITUTE SCHOLARSHIP TO ANY SELECTED CANDIDATE. Candidates must report for the written tes t, i f necessary, and the presentat ion-cum-interview, each t ime with a copy of Acknowledgement Receipt and a Government approved Photo ID card.

FOR GATE CANDIDATES List of E lig ible candidates called for Presentation and Interview to be conducted in respective department fro m March 15 to March 17, 2018 will be published in the Univers ity website later.

FOR NON-GATE CANDIDATES Applicants/Students are requested to note the fo llowing: (a) TABLE 1 below provides the schedule of Entrance Test of Ph.D. Programme for the sess ion

2017-18 without Inst itute Scholarship. (b) TABLE 2 below provides depar tment-wise l ist of applicants el igib le for the writ t en t est . (c) ANNEXURE 1 below provides the depar tment -wise syllabus for the writ t en t est for each course. (d) Full Marks for Entrance Examinat ion will be 100 and ther e will be 50 Mult ip le Choice

Quest ions (25 questions on Research Methodology and 25 quest ions for r elevant course or subject .

(e) Two (2) marks will be al lott ed for each question ( f) 0.25 marks will be deducted for each wrong answer (g) There will be no deduction for any quest ion not a t tempted (h) No electronic gadget will be al lowed in examinat ion hall (i) Fur ther instruct ion specif ic to some depar tments ar e given at appropriate p lace in ANNEXURE -

1. (j) Qua lifying marks of Ph.D. entrance examinat ion is 50 for Genera l Category applicants and 40

marks for Reserve Category applicants, out of full marks of 100.

(k) L ist of the qualif ied candidates will be published in the Univers ity webs ite in 13 t h March, 2018 (t entatively).

(l) Presentation and Interview of qua lif ied candidates of the above Writ t en Entrance Examinat ion will be conducted on 15 t h , 16 t h and 17 t h March, 2018. Detailed schedule of pr esentation and interview in the r espect ive Depar tment will be disp layed on the Univers ity webs ite la ter .

TABLE 1: WRITTEN EXAMINATION SCHEDULE FOR Ph.D. ENTRANCE - 2017-18 Sl. No.

Department Date of Examination

Time Venue

1 Electr ical Engg. 5 t h March, 2018 11-00 a .m. to 12-00 noon

Elect . Engg. Dept.

2 Computer Sc. & Engg.

5 t h March, 2018 12-30 p.m. to 1-30 p.m.

Computer Sc. & Engg. Dept.

3 Mechanical Engg 5 t h March, 2018 2-00 p.m. to 3-00 p.m.

Mech. Engg. Dept

4 Civil Engg. 5 t h March, 2018 3-30 p.m. to 4-30 p.m.

Civil Engg. Dept.

5 Product ion Engg. 6 t h March, 2018 11-00 a .m. to 12 noon Prod. Engg. Dept.

6 Pharmacy 6 t h March, 2018 12-30 p.m. to 1-30 p.m. Pham. Tech. Dept

7 Chemica l Engg. 6 t h March, 2018 2-00 p.m. to 3-00 p.m. Chemica l Engg. Dept.

8 Meta llurgy & Mater ia l Engg.

6 t h March, 2018 3-30 p.m. to 4-30 p.m. Met. & Mat. Engg. Dept.

9 Instrumentat ion & Electronics Engg.

7 t h March, 2018 10-30 a .m. to 11-30 a .m.

I.E.E. Dept.

10 Informat ion Tech. 7 t h March, 2018 12 noon to 1-00 p.m. I.T . Dept.

11 Power Engg. 7 t h March, 2018 1-30 p.m. to 2-30 p.m. Power Engg. Dept.

12 Construct ion Engg. 7 t h March, 2018 3-00 p.m. to 4-00 p.m. Const . Engg. Dept.

13 Pr int ing Engg. 7 t h March, 2018 4-30 p.m. to 5-30 p.m. Pr int ing Engg. Dept

14 Electronics & Tele-Comm. Engg.

8 t h March, 2018 11-00 a .m. to 12-00 noon

E.T.C.E. Dept.

15 Architectur e 8 t h March, 2018 12-30 p.m. to 1-30 p.m. Architectur e Dept.

16 Food Tech. & Biochemical Engg.

8 t h March, 2018 2-00 p.m. to 3-00 p.m. F.T.B.E. Dept.

TABLE 2: LIST OF APPLICANTS ELIGIBLE FOR THE WRITTEN Ph.D. ENTRANCE EXAMINATION - 2017-18

ARCHITECTURE DEPARTMENT

Sl No. Applicat ion No. Name Category

1 PHDEARC17000276 NAMRATA TALUKDAR General

2 PHDEARC17001296 FARHA SHERMIN General

CHEMICAL ENGINEERING DEPARTMENT

Sl. No. Applicat ion No Name Category 1 PHDECHE17000649 ANIK BHATTACHARYA GENERAL 2 PHDECHE17001454 POULOMI SARKAR GENERAL

3 PHDECHE17000036 ABHINANDA SENGUPTA GENERAL 4 PHDECHE17001149 SNIGDHA MANDAL Scheduled

Caste

Hard copies of applicat ion forms have not been received by CHEMICAL ENGINEERING DEPARTMENT, for these candidates. These candidates are advised to bring copies of their applicat ion forms, along with the supporting do cuments, at the t ime of the written test.

CIVIL ENGINEERING DEPARTMENT:

Sl. No. Applicat ion No Name Category

1 PHDECIV17000059 KAUSIK BERA General

2 PHDECIV17001246 PRANAB DAS General

3 PHDECIV17001308 SWAGATA DEBROY General

4 PHDECIV17001622 DEBLEKHA KONAR General

5 PHDECIV17001630 ROMILA RAY General

6 PHDECIV17001291 SAHNEWAJ SIDDIQUI OBC - A

7 PHDECIV17001337 NASIM AKHTAR OBC - A

8 PHDECIV17001923 HASAN LASKAR OBC - A

9 PHDECIV17001599 ROHAN PAUL OBC - B

10 PHDECIV17001506 TAMAL KUNDU OBC - B

11 PHDECIV17001941 RAMA PRAMANICK SC

COMPUTER SCIENCE & ENGINEERING DEPARTMENT

Sl. No. Applicat ion No Name Category 1 PHDECSE17000020 DEBATRI CHATTERJEE General 2 PHDECSE17000903 MONU BHAGAT OBC - B 3 PHDECSE17000970 RAJAT SUBHRA GHOSH General 4 PHDECSE17001005 PURNENDU BIKASH CHATTERJEE General 5 PHDECSE17001016 ANINDITA DESARKAR General 6 PHDECSE17001031 SHISNA SANYAL General 7 PHDECSE17001059 SANT ANU MANDAL OBC - B 8 PHDECSE17001065 GOPAL CHANDRA JANA General 9 PHDECSE17001089 AYAN PRADHAN General

10 PHDECSE17001114 ANUPAM PURKAIT General 11 PHDECSE17001172 SUBRATA DAS General 12 PHDECSE17001186 SUMANT A KUILA General 13 PHDECSE17001230 PRAMIT KUMAR PAL General 14 PHDECSE17001237 SUDIPTA BHADRA General 15 PHDECSE17001279 KESHAV SINHA General 16 PHDECSE17001280 DEBASHIS GHOSH General 17 PHDECSE17001311 SANDIPAN BISWAS General 18 PHDECSE17001324 SANKAR KARMAKER Scheduled Caste 19 PHDECSE17001366 SASWATI NASKAR Scheduled Caste 20 PHDECSE17001370 BISWARUP DUTTA General 21 PHDECSE17001383 ARUNABHA TARAFDAR General 22 PHDECSE17001384 BANIBRAT A PAUL General 23 PHDECSE17001392 SUKANYA ROY General 24 PHDECSE17001397 ANIMESH KAR General 25 PHDECSE17001430 TANUSREE PARBAT Scheduled Caste 26 PHDECSE17001439 SHIBSANKAR BALA General 27 PHDECSE17001449 MANAS GHOSH General 28 PHDECSE17001494 ASHMITA DEY General 29 PHDECSE17001497 PROTON SARKAR OBC - A 30 PHDECSE17001504 CHANDRAMA DEY General 31 PHDECSE17001509 ANANYA BANERJEE General 32 PHDECSE17001512 SOM BANERJEE General 33 PHDECSE17001534 PRIYANKA SIKDAR (SARKAR) General 34 PHDECSE17001539 SINJINI BANERJEE General 35 PHDECSE17001550 TAPAS HALDER Scheduled Caste 36 PHDECSE17001558 HIRAK BANERJEE General 37 PHDECSE17001567 ANIRBAN SAHA Scheduled Caste 38 PHDECSE17001623 ATREYEE DATTA General 39 PHDECSE17001651 DEBARSHI MAZUMDER General

40 PHDECSE17001656 SOMA HAZRA General 41 PHDECSE17001662 AT AUL HOQUE MANDAL OBC - A 42 PHDECSE17001691 JAYITA MANDAL General 43 PHDECSE17001717 HIMADRI SEKHAR ROY General 44 PHDECSE17001730 KALPITA DUTTA General 45 PHDECSE17001735 SUMIT NASKAR Scheduled Caste 46 PHDECSE17001744 AYAN LAHIRI General 47 PHDECSE17001754 PIYALI CHANDRA General 48 PHDECSE17001789 ARUNABHA SAHA General 49 PHDECSE17001790 DEBADIT YA KUNDU General 50 PHDECSE17001791 SUBHAS CHANDRA NATH General 51 PHDECSE17001798 SUBRATA MALLIK General 52 PHDECSE17001836 ABHISHEK DAS General 53 PHDECSE17001848 PRIYAJIT SEN General 54 PHDECSE17001882 SHOUVIK DATTA CHOUDHURY General 55 PHDECSE17001934 UMA DEY General 56 PHDECSE17001966 SANT U DHARA General 57 PHDECSE17001968 SOMALINA CHOWDHURY General 58 PHDECSE17001973 JHULAN MAJI General 59 PHDECSE17001980 TANIK SAIKH OBC - A 60 PHDECSE17001983 ABHIJIT BANDYOPADHYAY General 61 PHDECSE17001985 HARSH SAHAY General 62 PHDECSE17002018 MAYUKH RATH General

CONSTRUCTION ENGINEERING DEPARTMENT

SL NO APPLICATION NO NAME CATEGORY 1 PHDECON17001482 PATHIK DEBMALLIK GENERAL 2 PHDECON17001463 MANOJ KUMAR SAHIS SC 7 PHDECON17001479 ROHAN DATTA GENERAL 8 PHDECON17001417 SUKAMAL KANTA GHOSH GENERAL

11 PHDECON17001569 SUDIPTA ADHIKARY GENERAL 12 PHDECON17001818 ALINDA DEY GENERAL 13 PHDECON17001942 RAMA PRAMANICK SC 14 PHDECON17001853 VICTOR CHAKRABORTY GENERAL

17 PHDECON17001870 INDRAJIT KARMAKAR * Provisionally allowed for admission test subject to verification of the hard copy documents, not available at present

ELECTRICAL ENGINEERING DEPARTMENT

Sl. No. Applicat ion No Name Category 1 PHDEELE17000455 SOMA BORAL ** General 2

PHDEELE17001537 HIMADRI SEKHAR CHATTERJEE ** General

3 PHDEELE17001644

MOUBANI BANDYOPADHYAY ** General

4 PHDEELE17001856 SUMAN BHOWMICK ** General 5 PHDEELE17000923 DEEP MUKHERJEE General 6 PHDEELE17001100 DEBIPRASANNA DAS General 7 PHDEELE17001578 SWAPAN SANTRA General 8 PHDEELE17001460 MONALISA DATTA General 9 PHDEELE17000969 TAMAL BHATTACHARYA General

10 PHDEELE17001447 KRISHNA RAO CHALLA General 11 PHDEELE17001371 SWATI SUMAN General 12 PHDEELE17001217 SANGHAMITRA MANNA General 13 PHDEELE17001452 TASMITA SAHA General 14 PHDEELE17001284 MAYANK KUMAR GAUT AM General 15 PHDEELE17001262 SUMIT A GOSWAMI General 16 PHDEELE17001450 SUBHAJIT BHOWMICK SC 17 PHDEELE17001223 SOUMEN GHOSH General 18 PHDEELE17001251 RAHUL PANDIT General 19 PHDEELE17001356 ARIJIT GHOSH General 20 PHDEELE17001490 AMITAVA HATIAL General 21 PHDEELE17001432 SANKHADIP SAHA General 22 PHDEELE17001459 SREEJA CHAKRABORTY General 23 PHDEELE17001465 MOUMITA MUKHERJEE General 24

PHDEELE17001293 RUPAM KUMAR CHATTERJEE General

25 PHDEELE17001306 DIPANKAR BISWAS General 26 PHDEELE17001566 SUPRATIK DATTA General 27 PHDEELE17001557 BIRAJ GUHA General 28 PHDEELE17001574 ANINDITA BANERJEE General 29 PHDEELE17001335 MOLAY KUMAR LAHA General 30 PHDEELE17001765 SANT ANU KOLA General 31 PHDEELE17001474 SOUMYA DAS General 32 PHDEELE17001611 SUMAN KHAN General 33 PHDEELE17001442 SOUMADEEP GOSWAMI General 34 PHDEELE17001629 SHIBAJI MONDAL General 35 PHDEELE17001915 KALYAN BISWAS General

36 PHDEELE17001613 PALLAV DUTTA General 37 PHDEELE17001922 BISWAJIT BISWAS General 38 PHDEELE17001679 SANDIP JANA General 39 PHDEELE17001724 USHNIK CHAKRABARTI General 40 PHDEELE17001733 AMIT DEBNATH General 41 PHDEELE17001806 SWATILEKHA DAS General 42 PHDEELE17001810 RAJ KUMAR ROY SC 43 PHDEELE17001819 ARIJIT DAS General 44 PHDEELE17001826 RAKESH DAS General 45 PHDEELE17001839 BEVARA SRIKANTH General 46

PHDEELE17001925 HIMANSU BHUSHAN MOHAPATRA General

47 PHDEELE17001933 PARTHA SARATHI DAS General 48 PHDEELE17001956 KRISHANLAL ADHIKARI General 49 PHDEELE17001977 SURAVI THAKUR General 50 PHDEELE17002027 KAUSHIK SIT SC 51 PHDEELE17002028 KAUSHIK SIT SC 52 PHDEELE17000991 PRABIR RANJAN KASARI SC

** Hard copies of applicat ion forms have not been received by the EE department, for these candidates. These candidates are advised to bring copies of their applicat ion forms, along with the supporting documents, at the t ime of the written tes t.

ELECTRONICS & TELECOMMUNICATION ENGINEERING DEPARTMENT

Sl. No. Applicat ion No Name Category 1. PHDEETC17001604 RINKU RANI DAS Scheduled Caste 2. PHDEETC17001989 SAYANI BINDAI Scheduled Caste 3. PHDEETC17001543 SUVADRA MONDAL OBC - B (NCL) 4. PHDEETC17001945 KHAN MASOOD PARVEZ OBC – B 5. PHDEETC17001255 ANUP DEY General 6. PHDEETC17001270 SHOUVIK SARKAR General 7. PHDEETC17001273 ANJUMANARA BEGAM General 8. PHDEETC17001289 SOUMISHILA MITRA General 9. PHDEETC17001292 SUBHABRATA DHAR General

10. PHDEETC17001297 LAXMIPRIYA MOHARANA General 11. PHDEETC17001304 PULAKESH ROY General 12. PHDEETC17001305 RANJAN CHAKRABORTY General 13. PHDEETC17001364 SUNIPA GHOSH General 14. PHDEETC17001378 BIPLAB BAG General 15. PHDEETC17001436 KHUSHBU General 16. PHDEETC17001487 MOUMITA BASAK General 17. PHDEETC17001488 NAMRAT A SHAW General

18. PHDEETC17001491 ANIRBAN DUTTA CHOUDHURY General

19. PHDEETC17001502 AMRIT A CHATTERJEE General

20. PHDEETC17001518 SUMANT KUMAR MOHAPATRA General

21. PHDEETC17001521 ASISH HAZRA General

22. PHDEETC17001524 SABYASACHI PANCHADHYAYEE General

23. PHDEETC17001529 AMART YA ACHARYA General 24. PHDEETC17001564 DEBARATI CHAUDHURI General

25. PHDEETC17001580 MAMANI BANDYOPADHYAY General

26. PHDEETC17001625 ANTARIPA BHUYAN General 27. PHDEETC17001670 SWAGATO DAS General 28. PHDEETC17001695 MAMONI MONDAL General 29. PHDEETC17001696 SREYA GHOSH General 30. PHDEETC17001829 SWETA SARIT A SARANGI General 31. PHDEETC17001832 INDRANIL LAHIRI General 32. PHDEETC17001837 SAYANI GHOSH General

33. PHDEETC17001924 HIMANSU BHUSHAN MOHAPATRA General

34. PHDEETC17001927 DEBALINA ROY CHOUDHURY General

35. PHDEETC17001932 PARTHA SARATHI DAS General 36. PHDEETC17001952 SHUBHAJIT DATTA General 37. PHDEETC17001963 SUSOVAN MONDAL General 38. PHDEETC17001974 ASHIRWAD DUTTA General 39. PHDEETC17001999 SAYANTI HAZRA General 40. PHDEETC17002016 HIMELI CHAKRABARTI General 41. PHDEETC17002031 VIDYADHAR General

II. The following candidates didn’t submit the required hardcopy documents to the office of the Faculty of Engineering & Technology (FET), JU within the due date. They will be permitted to appear for the written test subject to verification of their educational qualifications and fulfilling the minimum eligibility criteria as per the FET guidelines:

FOOD TECHNOLOGY & BIOCHEMICAL ENGINEERING

Sl. No. Applicat ion No Name Category 1. PHDEFTB17000100 MAUSUMI RAY GENERAL 2. PHDEFTB17001823 SANCHITA SINHA GENERAL

INFORMATION TECHNOLOGY DEPARTMENT

INSTRUMENTATION & ELECTRONICS ENGINEERING DEPARTMENT

Sl. No. PhD Application No. Name of the Candidate Category

1 PHDEETC17000019 SUPARBA TAPNA Scheduled Tribe 2 PHDEETC17001827 MANISH SINGH OBC - A (Non-creamy

Layer) 3 PHDEETC17001022 DIVYA KRISHNAKUMAR RAO General 4 PHDEETC17002013 SATYANARAYAN PRADHAN General (SC Orissa) 5 PHDEETC17001462 RIMI SENGUPTA General 6 PHDEETC17001559 SOUVIK PHADIKAR General 7 PHDEETC17001643 MOUBANI BANDYOPADHYAY General 8 PHDEETC17001931 DEBASHISH PAL General

Sl. No. Applicat ion No Name Category 1. PHDEITE17000976 TANMOY CHAKRABARTI General 2. PHDEITE17001011 HIREN DUTTA General 3. PHDEITE17001369 DEBASHIS GHOSH General 4. PHDEITE17001373 ABHIJAN BHATTACHARYYA General 5. PHDEITE17001385 BANIBRAT A PAUL General 6. PHDEITE17001399 JAHIRUDDIN AHAMED General 7. PHDEITE17001426 PRAGMA KAR General 8. PHDEITE17001433 DEBADREETA DAS General 9. PHDEITE17001498 AMIT KHAN General

10. PHDEITE17001649 DEBARSHI MAZUMDER General 11. PHDEITE17001743 AYAN LAHIRI General 12 PHDEITE17001809 PIYALI CHAKRABORTY General 13. PHDEITE17001914 KALYAN BISWAS General 14. PHDEITE17001938 SUBARNA DUTTA General 15. PHDEITE17001939 JOY ADHIKARY General 16. PHDEITE17001940 PRADIPTA CHOWDHURY General 17. PHDEITE17001982 ABHIJIT BANDYOPADHYAY General 18. PHDEITE17002007 SANCHAYAN BHAUMIK General 19. PHDEITE17002024 DEEPNANDA RAY General 20. PHDEITE17000906 MONU BHAGAT OBC - B 21. PHDEITE17001752 SUDIPTA SIKDAR Scheduled Caste

Sl. No. Applicat ion No Name Category

01. PHDEIEE17001193 MAHUYA BHATTACHARYYA BANERJEE GENERAL

02. PHDEIEE17001184 BARNALI GHAT AK GENERAL 03. PHDEIEE17001216 SANGHAMITRA MANNA GENERAL 04. PHDEIEE17001283 MAYANK KUMAR GAUT AM GENERAL 05. PHDEIEE17001272 DEBANJAN BAKSHI GENERAL 06. PHDEIEE17001545 DEVI P KRISHNAN GENERAL 07. PHDEIEE17001475 SHREYA NAG GENERAL 08. PHDEIEE17001731 BIJOY BHOWMIK GENERAL

MECHANICAL ENGINEERING DEPARTMENT

Department of Mechanical Engineering

LIST OF CANDIDATES TO APPEAR IN WRITTEN TEST

Sl No

On Hard Copy

form

Appl_No Name Category

5 PHDEMEC17000939 SALMAN HOSSAIN General

8 PHDEMEC17001058 ARCHISMAN DASGUPTA General

9 PHDEMEC17001531 SHATRUDHAN PANDEY General

10 PHDEMEC17001867 AVISHEK SAMANTA General

12 PHDEMEC17001232 ANUPAM KUNDU General

18 PHDEMEC17001492 MD SHAMIM RAZA General

19

PHDEMEC17001252 SYED MUJIBUR RAHMAN QIP

21 PHDEMEC17001709 SHIBA PARASAD NATH BHOWMIK OBC - B (NCL)

25 PHDEMEC17001879 ARKAPRABHA BHATTACHARJEE General

28 PHDEMEC17001275 MOUMITA TEWARY General

29 PHDEMEC17001313 PUJA GHOSAL General

31 PHDEMEC17001716 ARNAB RAY General

40 PHDEMEC17001354 SUDIPTA SWAIN General

41 PHDEMEC17001323 PUSPENDU CHANDRA CHANDRA General

42 PHDEMEC17001317 SABYASACHI MUKHERJEE General

45 PHDEMEC17001336 ABHIJIT DEBBARMA Scheduled Tribe

46 PHDEMEC17001327 SAYON DEY OBC - B

50 PHDEMEC17001440 ABIDA SULTANA General

52 PHDEMEC17001410 BIDHAN CHANDRA DAS General

55 PHDEMEC17001532 KANNARASU VEMBU General

56 PHDEMEC17001468 SUBHRAJYOTI SARKAR General

57 PHDEMEC17001367 SUBHADIP DAS Scheduled Caste

59 PHDEMEC17001503 IVY CHOWDHURY General

61 PHDEMEC17001391 ABHINANDAN BARUAH General

62 PHDEMEC17001386 MILAN KUMAR MOTTA General

63 PHDEMEC17001706 JOYDIP RAY General

64 PHDEMEC17001530 SARAVANAN S General

67 PHDEMEC17001533 HARIHARAN S General

70 PHDEMEC17001428 RANOJIT BANERJEE General

71 PHDEMEC17001638 SOURAV SARKAR General

73 PHDEMEC17001617 SOUMOJIT DASGUPTA General

74 PHDEMEC17001471 SUBHADIP RAY OBC - B (NCL)

78 PHDEMEC17001707 ASHIM KUMAR SAHA General

79 PHDEMEC17001556 RAJARSHI CHAKRABORTY General

80 PHDEMEC17001591 ASHIQUE ELLAHI General

82 PHDEMEC17001928 RAJIB GUPTA General

84 PHDEMEC17001609 ANUSTUP CHATTERJEE General

85 PHDEMEC17001911 SANCHARI GHOSH General

86 PHDEMEC17001708 TARAK NATH CHELL SC

88 PHDEMEC17001602 DEBANJAN MUKHERJEE General

92 PHDEMEC17001950 UJJAL SAHU General

94 PHDEMEC17001637 RAVI KUMAR General

95 PHDEMEC17001626 ANTARIPA BHUYAN General

97 PHDEMEC17001636 SMITA PANDEY General

98 PHDEMEC17001660 SUBRATA BISWAS OBC - B

99 PHDEMEC17001694 SOUMYA MUKHERJEE General

104 PHDEMEC17001711 NILAY MANDAL General

106 PHDEMEC17001747 DIPANJAN SAREN Scheduled Tribe

108 PHDEMEC17001759 SOURAV SAHA General

109 PHDEMEC17001824 HIRANMOY SAMANTA General

111 PHDEMEC17001739 THIA PAUL OBC - B

112 PHDEMEC17001852 POOJA SARKAR General

115 PHDEMEC17001775 RABI SHANKAR SINGH General

119 PHDEMEC17001841 ANKESH SAMANTA General

124 PHDEMEC17001948 PRATEEK DAS General

125 PHDEMEC17001869 ABIRA GUHA General

126 PHDEMEC17001868 KAUSICK BASU General

127 PHDEMEC17001900 RANJAN KUMAR General

130 PHDEMEC17001886 KOUSTOV MONDOL Scheduled Caste

133 PHDEMEC17001944 SOUVICK CHAKRABORTY General

134 PHDEMEC17001998 SUTANU MISRA General

136 PHDEMEC17002034 RAJARSHI MONDAL OBC - B (NCL)

139 PHDEMEC17001992 DEBAYAN MONDAL Scheduled Caste

144 PHDEMEC17001657 SAYANTAN DATTA General

For the following candidates, no hard copy form has been received. Candidates should appear in written test along with hardcopy application form with enclosures.

Sl No

On Hard Copy

form

Appl_No Name Category

No Form Recd. PHDEMEC17000136 RANOJIT BANERJEE General

No Form Recd. PHDEMEC17001070 RAKTIM DASGUPTA General

No Form Recd. PHDEMEC17001298 PRIYABRATA PUHAN General

No Form Recd. PHDEMEC17001802 SOUMYODEEP MUKHERJEE General

No Form Recd. PHDEMEC17001723 MANAS ROY General

No Form Recd. PHDEMEC17002030 ZIYAUDDIN SEIKH OBC - A

No Form Recd. PHDEMEC17001865 CHITRAK DUTTA General

METALLURGICAL & MATERIAL EINGINEERING DEPARTMENT

PHARMACEUTICAL TECHNOLOGY DEPARTMENT

Sl. No. Applicat ion No. Name Category 1. PHDEPHA17002019 BIDISHA DEY GENERAL 2. PHDEPHA17001553 DISHARI DUTTA GENERAL 3. PHDEPHA17001464 SUJIT DAS OBC-B 4. PHDEPHA17001527 SIDDHESWAR MAITI GENERAL 5. PHDEPHA17001953 RAMKRISHNA SEN GENERAL 6. PHDEPHA17001493 APALA CHAKRABORTY GENERAL

POWER ENGINEERING DEPARTMENT

Sl No. Applicat ion No. Name Category

1 PHDEPOW17001792 ANGSHUMAN ROY SC

2 PHDEPOW17001238 DEBAYAN BASU GN

3 PHDEPOW17001631 SUBHASHREE PRUSTY GN

4 PHDEPOW17001515 MAYURAKSHI MONDAL GN

5 PHDEPOW17001321 PUSPENDU CHANDRA CHANDRA GN

6 PHDEPOW17001315 SABYASACHI MUKHERJEE GN

7 PHDEPOW17001435 AYANTANI BHATTACHARJEE GN

8 PHDEPOW17001628 SHIBAJI MONDAL GN

9 PHDEPOW17001684 AMITAVA DUTTA GN

Sl. No. Application No. Name Category

1 PHDEMET17001088 SURAJIT PATRA General 2 PHDEMET17001444 SOUMYABRAT A BASAK General 3 PHDEMET17001674 TISHTA DAS General 4 PHDEMET17001861 AKRITY ANAND General 5 PHDEMET17001322 PUSPENDU CHANDRA CHANDRA General

6 PHDEMET17001316 SABYASACHI MUKHERJEE General

7 PHDEMET17001612 SUMAN KHAN General 8 PHDEMET17001678 KALIPADA DAS SC 9 PHDEMET17001635 SMITA PANDEY General

10 PHDEMET17001959 UNISSA NICHUL General 11 PHDEMET17001757 SOURAV SAHA General 12 PHDEMET17001929 ARCHISMAN DASGUPTA General

10 PHDEPOW17001732 AMIT DEBNATH GN

11 PHDEPOW17001884 SRIJA MUSTAFI SC

PRINTING ENGINEERING DEPARTMENT

Sl. No. Applicat ion No. Name Category

1. PHDEPRN17001287 JAYEETA SAHA GEN

2. PHDEPRN17001243 SAORABH KUMAR MONDAL SC

3. PHDEPRN17001389 GUNJAN MUKHERJEE GEN

4. PHDEPRN17001720 SANJAY BHARTI GEN

PRODUCTION ENGINEERING DEPARTMENT

Sl. No. Applicat ion No. Name Category 1 PHDEPRD17001053 ARCHISMAN DASGUPT A General

2 PHDEPRD17000982 SANDIP KUMAR CHAUDHURY General

3 PHDEPRD17001231 ANUPAM KUNDU General

4 PHDEPRD17001312 PUJA GHOSAL General

5 PHDEPRD17001314 SABYASACHI MUKHERJEE General

6 PHDEPRD17001320 PUSPENDU CHANDRA CHANDRA General

7 PHDEPRD17001409 BIDHAN CHANDRA DAS General

8 PHDEPRD17001441 ABIDA SULT ANA General

9 PHDEPRD17001469 SUBHADIP RAY OBC - B (NCL)

10 PHDEPRD17001514 BISWAJIT PAUL General

11 PHDEPRD17001597 SUPRAKASH MONDAL General

12 PHDEPRD17001606 DEBANJAN MUKHERJEE General

13 PHDEPRD17001639 PEERAJ MAZUMDER General

14 PHDEPRD17001647 SANDIP PALIT General

15 PHDEPRD17001738 THIA PAUL OBC - B

16 PHDEPRD17001741 AKHTARUJJAMAN SARKAR OBC - B

17 PHDEPRD17001758 SOURAV SAHA General

18 PHDEPRD17001816 IVY CHOWDHURY General

19 PHDEPRD17001878 ARKAPRABHA BHATTACHARJEE

General

20 PHDEPRD17001994 DEBAYAN MONDAL Scheduled Caste

21 PHDEPRD17002033 RAJARSHI MONDAL OBC - B (NCL)

22 PHDEPRD17002038 DHRUBAJYOTI CHAKRABORT Y General

ANNEXURE: SYLLABUS FOR WRITTEN ENTRANCE EXAMINATION TO Ph.D. PROGRAMME FOR EACH COURSE

ARCHITECTURE DEPARTMENT

Part I - Research Methodology · Types of Research · Research Method vs. Research Methodology · Crit er ia of Good Research · Basic Statist ics - Sampling, Distr ibut ion, Norma lity, Probabil ity, Mean-Median-Mode, Correlation, Regress ion, Variance, Co-var iance · Data representat ion - Tables, Graphs, Char ts · Research Ethics · Research Thinking and Research Des ign · Research Wr it ing – Proposa ls and Fina l Report · Data collect ion of qua lita t ive/subject ive r esearch – such as interview, survey, etc. · Ana lys is and interpretat ion of qualita t ive/subject ive r esearch.

Part 2- Subjects in Architecture and Allied Engineering · Architecture and Structures - Wood, Steel, RCC & other building mater ia ls; High r ise & long span structur es;

Gravity & Lateral Load; Disaster res i l ient structures. · Architecture and Services - Illuminat ion and Acoust ics - Electr ica l systems - Supply, Transformer , Wir ing, AC - Electro-Mechanical systems - HVAC, Pumps, Lift - Environmental Engineer ing - Water Supply, Drainage, Sewerage Systems, Plumbing,

Solid Waste Management · Architecture as System and Des ign - Architectural Theory: Sociological, Cultural, Ant hropologica l, Demographica l, Forma l and Others - History and Contemporary Architecture - Mater ia ls and Methods of Architectur al Construct ion - Ecology & Environment - Climatology, Pollut ion, Environmenta l cons iderations in design - Estimat ion, Cost ing, Specif ication, Project Management, Profess iona l Practice - Architectural Standards, Anthropometr ics, - Graphics, 2D-3D Forms, Geometry and Construction - Computer Graphics – CAD, BIM, 3D modeling and Architectural rendit ion - Architectural Des ign, Building Types , Circulation, Sit e P lanning - Architectur e and building r egulat ions , codes, r elevant legisla t ive frameworks · Architecture and Specializat ions - Planning - Regional, Urban, Environmenta l, Transport , Hous ing - Urban Des ign - Architectural Conservation

- Landscape Architectur e - Inter ior Des ign - Industr ia l Des ign - Sustainabil ity, Sustainable Architecture & Des ign – Resource eff ic iency in buildings,

Green Building, Energy Eff ic iency - Building Science

CHEMICAL ENGINEERING DEPARTMENT

Part 1: Research Methodology

Mathemat ics; Matr ices, Algebraic equat ions, Ordinary Differ ent ia l equat ions, Par t ia l different ia l equations, Laplace transformat ion; Statist ica l Methods : Regression, Error analys is; Numer ica l Methods for solving Linear and nonlinear a lgebraic equations, ODEs, IVP and BVP, Part ia l differ ent ia l equat ions; Des ign of exper iment.

Part 2 : Subjects in Chemical Engineering

As per normal Chemica l Engineer ing curr icu lum/syllabus as available a t Jadavpur Univers ity webs ite www. jaduniv. edu. in

CIVIL ENGINEERING DEPARTENT

Students should answer all quest ions from Part 1: Research Methodology and 25 quest ions out of 150 MCQs from Par t 2. If more than 25 quest ions are answered from Par t 2, only f irst

Part 1. Research Methodology

1.Meaning of research, disser ta t ion, thes is, Term paper , journal paper , concept notes.

2. Research hypo thes is, need and just if icat ion, Novelty of Research.

3. Character ist ics and components of Research, Need based /specif ic problem solving (sta te / nationa l)

4. Topics ident if ication, learning, formulating and analyzing the problem with ex ist ing problem/project/ extens ion work of respect ive depar tment / division / interdepar tmenta l effor ts.

5. Search Procedures for sta tement and formulation of r esearch problem.

Literature survey, web search, textual reading, search engine application, online data search , use of internet , personal communication, bound journal/paid journal/ E- journals, inst itut ion r epos itory, gateway, cross -ref,Scopus, Science Dir ect , Advanced search tools. Inst itution Library consulta t ion/ borrow

6. Application of proposed r esearch / Fundamenta l Research/ Exper iment base Numer ica l/ Computation.

7. Computation work, language, programming, software tools, to be used. Spread sheet , features and funct ions, data storage, generating char ts, graphs tables - use of la test’s software tools, features of sta t ist ical tools/ features

8. Application of theoret ical and system modeling for respective area of problems.

9. Statist ica l tools with data mining. Probabil ity and sampling distr ibut ion, ANOVA test , knowledge on sta t ist ica l package, correlat ions, Test of Hypothesis, Student t est , er ror analys is, mean square error , Box analys is, norma lizat ion of data ser ies, Linear programming, Dynamic Programming , Fuzzy logic problem.

10. Optimization ana lys is :-

Use of Factors, ANN, ANOVA (BOTH WAYS), SIGNAL TO NOISE RATIO, Orthogona l arrays, rep licat ion, Data validat ion with pr edicted values

11. Aims and object ive of research.

Area of Research- Formulation of r esearch object ives based on Literature survey, cr it ical review, Gaps ex ist in pr esent knowledge doma ins in the f ield of r esearch, Scope analys is

12. Research Approach:- Study population, parameters est imat ion and cons iderat ion, sampling- field / industr ia l rea l l ife, monitor ing, Exper imenta l invest igation, Literature / Proceedings / journal search, etc. Plan for data collect ion, and ana lyzing, Plan For data process ing and r ecording , Ethica l presentat ion

13. Exper imental Work: - Analyt ical methods / Protocols, Standard methods nat ional and internationa l codes, flowchart for Exper imental procedures, Fabr ication details of exper imenta l devices and instruments to be used, exper imenta l Set up, pilot p lant if any to be requir ed. Replications, Quality control, Quality Assurance procedures, Standardizat ion of instruments to be used.

14. Work p lan: - Major components and out line of the differ ent phases of research invest igation, use of f low char t , t ime frame summary of proposa l.

15. Use of mathemat ica l tools : - Numer ical analys is, Finit e element and differ ence , differ ent ia l equation solving tools, use of t ensor and vector calcu lus, etc. ,design of exper iment.

16. Presentat ion tools: - Power point tool, creating and customizing pr esentat ion.

17. Thes is writ ings : - Draft thes is, paper communicat ion and publicat ions, confer ence att enda nce presentat ion proceedings , Plagiar ism checking ( use of Urkund,Biblio,T er tit in) and cita t ion. Major contr ibut ion, outcome of the r esearch, patent poss ib ilit ies.

Part 2: Subjects in Civil Engineering

1. Structural Engineering

Structural Ana lys is

Bending moment and Shear force for determinate and indeterminate structur es, Bending str ess, Shear stress, Shear flow and shear centr e, Torsion of c ircu lar shafts, Ana lys is of two and Three hinged Arch

Strain energy pr inciple: Castiglino's theorems, Deflect ion analys is of beams, fr ames and trusses,Slope and def lect ion ana lys is of beams.Inf luence l ine ana lys is for determina te beams, trusses and thr ee hinged arches.

Buckling load: Euler 's theory, Rankine's theory, empir ical formulae, Column under eccentr ic load, Beam–Column. Buckling analys is by energy pr incip le, Unsymmetr ica l bending, S lope-Deflect ion method and Moment distr ibut ion method. Beams and Portal frame problems. Two hinged and f ixed Arches. Beams Curved in p lan. Approxima te analysis of Mult i bay Mult istor i ed Portal frames : Canti lever method, Por tal method.

Stiffness and f lex ib il ity methods : Matr ix methods of structural analysis. Ana lys is of Suspens ion br idges, Inf luence l inediagram for Three hinged and Two-hinged st iffening girders. Inf luence l ine diagram for indeterminate structur es : Muller -Bres lau pr incip le. Plastic ana lys is of Structures : Beams and Portal frames. Model ana lys is and applications.

Theory of p late bending: Navier 's solution, Levy's solut ion. Plate buckling problems.

Concrete T echnology

Cement-manufactur ing process.Phys ical and Chemica l proper t ies. Differ ent types of cement and their uses. Codes of practices, T esting of cement : Phys ical and Chemica l t ests. Tests on fr esh and hardened concrete.Chemica l admixtures and Plastic izers.Durabil ity of concrete. Mix des ign approaches. High Performance Concrete, Ready Mixed Concrete. Fibr e Reinforced Concrete.Shotcr ete .Pumped concrete.F ly ash concrete. Self -Compact ing concrete. Polymer concrete, etc. Grout ing and grouting mater ia ls .

Concrete Des ign

Proper ties of concrete.Codes of practices. Working stress and l imit sta te des ign of reinforced concrete structur es : Single and Doubly r einforced r ectangular , T , L, sect ions etc. agains t bending moment, shearforces and Torsion.

Bond str ess : Development length and Lap length. Design of One-way and Two-way Slabs .Staircase. Cont inuous beams. Axially loading columns.RCC members under combined bending and axial load.Isolated foot ing.

Des ign of Mult istor ied RCC buildings cons ider ing wind and seismic forces. IS code and specif ication, Combined and Str ip foot ing. Raft foundat ion. Pile foundations. Reta ining wa lls.Underground water tanks.Overhead water tank. RCC Culver ts and br idges : IRC loading, design of deck s lab and girder . Des ign of Prestressed concrete structur es

Steel Des ign

Des ign of Riveted, Bolted and Welded joints and connections. Working str ess and l imit st a te des ign of Tension and Compress ion members, Beams and P lated beams, Roof trusses, Pur lins, Columns, Base connection and foundations. Compound columns with lacingand battens.Des ign of Steel structures us ing tubular , rectangular and square sect ion.Gantry girders and Gantry columns including base and foundat ion. Steel Por tal frames. Pressed steel water tanks r ectangular and circu lar tanks. Steel Towers

Dynamic Ana lysis Free and force vibration analys is, Damped and Undamped vibration ana lys is of Single and Mult ip le degree of fr eedom systems: Beams and Portal frames. Plate vibration.Vibration control.Machine foundation.Random vibration.

Theory of Elastic ity and Elastic Stabil ity 2 and 3-dimens ional str ess t ensors, equat ions of equil ibr ium and compatib il ity, plane stress and plane stra in problems, stress functions, cons titut ive r elat ionship. Equations in Car tesian and Polar coordinates systems, bending of beams and plates, torsion of shafts, Introduct ion to b ifurcation of equil ibr ium, beam-column, plates under axial compress ion, Finit e element formulation of geometr ically non- linear problem.

Finit e element method Matr ix Algebra – methods for matr ix invers ion and solution of simultaneous equat ions – band and sparse matr ix t echniques -st iffness and f lex ib il ity matr ices of structural elements – var ious co-ordinate system and their transformat ion and synthes is -matr ix formulation of force and disp lacement methods – member approach.Finite element concept in Engineer ing Analysis – Disp lacement model shape funct ions and element proper t ies. Ana lys isof p lane str ess/stra in – ax i-symmetr icstr ess ana lys is.Weighted r es idua l methods and var ia t ional formulation of Finit e Element Ana lys is. Isoparametr ic element –Potent ia l flow and heat transfer in 2-Dimension – Numer ica l integration.

2. Soil Mechanics & Foundation Engineering

Formation and types of soil, Weight and volume r elat ionships; cons istency l imits, par t ic le size distr ibut ion; ident if ication and classif icat ion of soil; soil structur e and clay minera logy. Soil water suction and capil lary r ise, effective and pore water pr essure. Permeabil ity and ground water f low–Darcy's law, factors affecting permeabil ity; laboratory and f ield determinat ion of permeabil ity,

permeabil ity of stra t ified depos its. Seepage pr essure; quick condit ion; Laplace's equat ion; construction and use of f low nets, pip ing and heaving. Compaction of soil– compact ion phenomena, laboratory compact ion t est and f ield compact ion control. Compress ib ility and consolidat ion of soil–Terzaghi 's theory of one-dimens ional consolidation; consolidation t est and eva luation of consolidation parameters. T hree dimens ional consolidat ion; Numer ical solut ion, uniform and layered depos its. Sand drains – theory and applicat ions.

Shear strength of soil, Mohr -Coulomb theory, Determinat ion of shear strength from laboratory and field t ests. Stress path and its application.

Stabil ity of ear th s lopes, f init e and inf init e slopes, stabil ity ana lys is by Swedish method of s l ices; stabil ity number; t ens ion cracks.Stability of Dams under steady seepage and rapid drawdown condit ions. Lateral ear th pr essure; ear th pr essure at r est , act ive and passive condit ions; Rankine and coulomb's theory; Ear th pr essure on r etaining walls. Bear ing capacity of soil; modes of fa i lur e; bear ing capacity theor ies; factors affecting bear ing capacity.Subsurface exploration, methods of bor ing and sampling; differ ent types of samplers; ground water observations.

Stress distr ibut ion in homogeneous, non-homogeneous, layered and anisotropic depos its; Effect of nonlinear ity

Des ign of shallow foundat ion with sett lement analys is in Sand and Clay,

Pr inciples of ground improvement; Mechanical dens if icat ion; Drop hammer and compaction p ile; Compact ion of cohes ive soils, pre- loading and ver t ica l drains, stone columns and granular piles; Admixture stabil isation; Grouting; Geotext i le application.

Pile foundat ions – ver t ical and la teral loads ; Sett lement of P iles; Negat ive skin fr ict ion of p iles; Uplift capacity of p iles and anchors; Foundations on expans ive soils; Well foundations ; Machine foundations.

Canti lever sheet p ile wall; Anchored bulk head, Free and f ixed ear th support methods , types of sheet p iles and construct ion aspects; cellu lar coffer dams, des ign procedures, inter lock, pil ing r is e and over turning; Braced excavation, types, ear th pr essure, effect of wa ll r igidity and sequence of construction, Des ign of wall and wall supports; tunnels and shafts, pr essure distr ibut ion, design of tunnel l ining, methods of tunnell ing, ground loss.

3. Environmental Engineering

Section A :- Air pollut ion and control

Criter ia and non cr it er ia a ir pollutants, effect of a ir pollut ion, measurement of a ir pollutants (PM 1 0 , PM5 , PM2 . 5 , NO X , SO 2), Air quality Index (AQI), Standards and l imits, Air pollution monitor ing, Source apportioning model, r eceptor model, p lume dispers ion model, p lume pa ttern and atmospher ic stabil ity, stack monitor ing, Box model, Canyon modeling, Call ine model, Sreet dispers ion one dimens iona l highway model , fundamenta l of a ir pollut ion control devices (SPM Control only), Green House effect , Acid rain, Global Warming, Ozone layer deplet ion, Emiss ion standard.

Section B :- Water Supply & Treatment

Water Demand, Water sources - surface and ground water , qua lity of dr inking water , Water Qualit y Index (WQI), Delphi Techniques , Bacter iological examination of water , Water distr ibut ion system and network analys is, Ba lancing reservoir ,

Water treatment methods - Various unit operations, F low diagram, sett l ing analys is, High rate sett l ing theory, Colloid dispers ion double layer ionic theory, Coagulation and Flocculat ion, Jar tes t , Filtra t ion process, Adsorpt ion process, dis infection Break point chlor inat ion, softening process, Drinking water quality standard, Fluor ide and arsenic remediat ion t echniques.

Section C: - Solid Waste Management

Classif ication of Solid Waste, Character is t ics, Sampling and analys is, Integrated Solid waste Management Practice, Collect ion Methods, ( Manual and conta in) transfer sta t ion, processing and disposa l methods, Incineration and pyrolys is, landf il l, leachate est imat ion, HELP model, energy content eva luation, landf il l l iner system and des ign, route select ion and optimizat ion, compost ing and vermicultur e , aerob ic and anaerobic digestion of solid waste, waste to energy, Hazardous and biomedica l waste and their management, Solid waste Management Rules.

Section D: - Wastewater Engineer ing

Waste water character ist ics, BOD, COD and their determinat ion, Strom drainage system, rat iona l methods, sanitary sewer and combine sewer des ign, basic microbiology and kinet ics of bacter iologica l growth.

Pr imary treatment of sewage- Screen, Grit chamber , oil & grease r emova l, pr imary clar if ier , chemica l sedimentation, pH Control.

Secondary Treatment- Biologica l treatment of wastewater , Suspended growth and f ixed fi lm r eactor system, Act ivate s ludge process, Tr ickling f i lt er , Bio f i lt er , Aerated lagoon, extended aeration process, stabil ization pond, hybr id bior eactor , SBR, Anaerobic digester .

Ter t iary Treatment - Advanced oxidation, Electro coagulat ion, Adsorpt ion, Reverse Osmosis, Reus e and treated wastewater .

Mathemat ical Modeling of Wastewater tr eatment system-ASPM I , Atkinson, hybr id, mater ia l balance, Rit tman, McCarty, Davis , Isotherm, React ion Order , Break through column (BDST), etc

Sludge handling and treatment, heavy meta l r emova l process, chemica l oxidat ion, equalization, neutralization.

Section E: - Environmental Management

Rudiments of EIA, Scoping cr it er ia and analysis, E IA methodology, Matr ix , Leopold, Tally methods, shor t t erm and long term (Rapid and f inal EIA), EMP, Rules and r egulat ions, category of EIA on industr ia l basis, Pollut ion control requir ements.

---Noise pollution, sound pressure level , unit s, standards, Noise meter , Noise pollut ion control.

--- Ecology & Environment -Aquat ic ecosystem , ecosystem, components population ecology, Solar energy and its importance, product ivity, food chain, Trophic level, Ecologica l pyramid, b io geochemical cycles

- Plant Phys iological Str ess, POD, NRA, oxidative str ess, phytoremediat ion, Plant Enzymes features.

- Environmental Monitor ing system- sustainable development - Green T echnology, carbon cr edit , gr een building concept.

4. Water Resources Engineering

1) Hydrological Cycle:- Rainfall runoff measurement t echnique devices, Aquifer , Aquifer Parameters, Darcy’s Law, Steady & Unsteady State Well Hydraulics, Ground Water Flow, Salt water intrusions Stream f low measurement t echnique , Infi ltra t ion Indices , and W Index, Hydrograph ana lys is, Unit hydrograph, S and Instantaneous hydrograph , Synthet ic hydrograph, Flood est imat ion, Abstraction of pr ecip ita t ion, f lood rout ing.

2) Stat ist ical; hydrology----Rainfall Ana lys is, RI R per iod , uncer ta int ies, R Index, Mean Value Problem, Monte Carlo S imulat ion, Parameter Estimat ion, Moment Method, Likelihood Method,Goodness of f it Kolanogoror test , 2 analysis , Anderson test

3) Hydrologic simulat ion model . Watershed model- HEC, HSPF (Standard Package Further),SWM,MIKE.Watershed classif ications. Simulation model, for ecast ing models Determinist ic, Stochastic, Mccuran model.Mult i object ive modeling, Optimizat ion model.Use of Fuzzy Logic for Optimisation.

4) Water Resource Engineering : -Hydroelec tr ic power plant , Dam hydrology, Divers ion work, Weirs and barrage, Spur , Scour depth, lined and unlined cana ls , canal ir r igat ion system, hydraulic structures, apron, fa l ls , hydraulic jumps, s iphon, aqueduct. Concepts of Isovels, Draugt and f lood management , Remote sens ing and GIS, GPS applications, River tra ining and Bank protect ion, Gates and Va lves for f low control, spil lways and energy dissipaters, Stage –Discharge curve.

5. Remote Sens ing & GIS Energy sources, energy interact ion in the atmosphere, data acquisit ion and interp r etation, types of scanning and sens ing system, History of Indian Remote Sensing,T ypes of data , Visua l Image interpr etation, Concept of GPS and its application, Digita l Image Analysis - r ectif ication and restoration, Image enhancement, manipulation t echniques, Image classif ication, Post c lassif ication Smoothing, c lass if ication accuracy assessment, Pr incip les of GIS, Applicat ion of Remote Sens ing and GIS in dif fer ent projects. 6. Transportat ion Engineering

Mathemat ics: Fundamentals of Statist ics : Collection and graphical r epresentation of data; Measures of central tendency and measures of dispers ion; Corr elation and r egress ion; Linea r regress ion, Introduct ion to non- linear regression; Sampling theory; Hypothes is t est ing; Confidence interval; Probable error s;Ana lys is of var iance Theories of Probabil ity: Random exper iments and events; Classif ication of probabil ity; Laws of probabil ity;Definit ion and postu lates of probabil ity; Field of probabil ity; Mutually exclusive events; Bayes' Theorem; Independence; Bernoull i t r ia l; Condit iona l probability distr ibut ion; Binomia l, Norma l and Poisson distr ibut ions; Optimisation T echnique: Calculus of several var iables; Implicit function theorem; Nature of s ingular points; Necessary and suff ic ient condit ions for opt imizat ion; Elements of ca lcu lus of var ia t ion; Constrained Opt imisation; Lagrange mult ip liers; Gradient method; Dynamic programming Highway Engineer ing: Traffic studies : Speed, volume,delay and capacity of highways; Origin and destinat ion studies; parking studies; accident surveys; Traffic for ecast ing; Traffic flow character ist ics; Capacity and Level of service a t basic fr eeway segments and highway intersections; Traffic Controls and signa ls

Theory of traff ic f low including shock waves , bott lenecks and weaving; Queuing theory and its application; Management of signa lised and uns igna lised intersect ions Trip Generation, Distr ibut ion, Moda l splitand Traffic Ass ignment; Landuse transport models; Transportation economics; urban transportation management Geometr ic des ign of highway: Cross Sectiona l elements, Curves : Horizontal and Vert ica l, Intersect ion Geometry,conflicts and Grade separation,Road drainage; I l luminat ion Pavement and Its Des ign: Types; Components; Wheel loads; Stresses in flexible pavements – Two layer syst em; Flexib le pavement des ign – Burmister Method, IRC Method, AASHTO methods and mechanist ic approach; Stresses in r igid pavements; Rigid Pavement Des ign by Westergaard, and IRC method. Pavement Mater ia l and Construct ion: Highway Mater ia ls and Test ing under sta t ic and r epet it ive loading; Construct ion of f lex ib le pavement. Pavement eva luation, ma intenance and management : Pavement fa i lur es; quality control and Assessment; Over lay des ign of f lex ib le and r igid pavement Railway Engineer ing: Elements of permanent way; Tractive r es istance's; gradients and grade compensation on curves; cant; transit ion curves; ver t ica l curves; Stresses in ra ilway tracks; Points and cross ings; S ignall i ng and inter locking, Maintenance of ra ilway track. Airpor t Engineer ing: Planning and layout; runway and taxiway; gr ading and drainage; Des ign of Pavement

COMPUTER SCIENCE & ENGINEERING DEPARTMENT

Part 1: Research Methodology

Part-A: 30 Marks

Research methodology objectives; distinct approaches - descriptive, analytical, quantitative, qualitative, applied vs fundamental research; Research processes.

Different ways of benchmarking performance.

Mathematical Theory of Probability: Basic concepts, Classical and axiomatic approaches, Sample space and events, Properties of probability functions.

Conditional probability and independent events, Concept of random variable, Discrete and continuous probability density, mass and distribution functions.

Expectations and moments, Moment generating and characteristic functions, binomial and normal distributions.

Suggested Readings:

"Research Methodology: Methods and Techniques" by C. R. Kothari Higher Engineering Mathematics by B.S Grewal, Khanna Publishers, 42nd Edition. Probability and Statistics for Engineers and Scientists by Sheldon M.Ross, Academic Press, 4th Edition. A Modern Introduction to Probability and Statistics- Understanding Why and How by F.M.Dekking, C.Kraaikamp,

H. P.Lopuhaä, L.E.Meester, Springer Publisher.

Part-B: 20 Marks

Writing as per conventions showing control of grammar, spelling, word usage, syntax, and punctuation; use of appropriate tone, style, and diction; uses appropriate formatting, media, design, and documentation of sources.

Useful moves for entering into and maintaining professional relationships through writing, which include writing memorandums, formal letters, application letters, cover letters and resumes.

Technical Communication Strategies and Researched Report Writing including origin of writing, scientific article writing, preparation of a short summary, writing introduction and/or conclusion for a given text.

International English Style; Principles of Simplicity, Clarity, Correspondence and Cultural Adaptation.

Suggested Readings:

Technical Communication by Markel, Mike, 10th Edition Boston: Bedford/St. Martin's, 2010. The Chicago Guide to Communicating Science: Second Edition by Scott L. Montgomery, University of Chicago

Press. Anderson, Paul V. (2011). Technical Communication: A ReaderCentered Approach. 7th ed. Wadsworth: Boston. How To Write and Publish a Scientific Paper, Robert A. DayFifth Edition, Oryx Press, Phoenix, AZ, 1998. The Elements of International English Style: A Guide to Writing Correspondence, Reports, Technical Documents,

and Internet Pages for a Global Audience by Edmond H. Weiss, 1st Edition, M.E. Sharpe, Inc.

Part 2: Subjects in Comp. Sc. and Engg.

Module 1 is compulsory (carrying 20 marks)

Module 1 a . Programming in C.

b. Data Structure: Array, Stack, Queue, L inked l ist , Tree, Binary Tree, Binary search tree.

One can attempt any three modules fro m the fo llowing (each module carrying

10 marks) Module 2 a . Basic Electronics and Circuit Theory: Diode, Bipolar

junction trans istor , FET, Amplifier c ircu its , Kirchhoff’s law, Thevenin's Theorem, Norton’s T heorem, RC, LR, LCR circu its.

b. Digital Logic: Logic gates, Combinationa l circu its (Decoder , Encoder , Mult ip lexer), Minimization, Flip -Flops, Counters.

Module 3 a . Mathematics: Funct ions, F irst order der ivative, Set theory, Permutat ion and Combinat ion.

b. Numerical methods: Solut ion of non- linear equat ion, Solut ion of l inear simultaneous equat ions.

Module 4 a . Microprocessor (8085): Instruct ion set and address ing modes, ALU, Data-path, and Control unit .

b. Computer organization: Memory Organization, ALU Des ign, Control Unit Design (Micro-programmed and Hardwired control units), Interrupt handling.

Module 5 a . Data Communication and Network: OSI model, Modulat ion and Encoding, F low control, Error control a t Data Link Layer , IP address ing & subnet masking, Rout ing algor ithms (Link State and Distance Vector a lgor ithms).

Module 6 a . Operating System: Memory management (Paging, Segmentation, Vir tual memory management ), Process management ( PCB, Scheduling a lgor ithms such as FCFS, RR ), Inter Process Communicat ion (PIPE-FIFO, Semaphore, Shared memory).

Module 7 a . DBMS: E-R Diagram, Relationa l model, Functiona l dependency and Normalization.

Module 8 a . Formal Language and Automata: DFA, NFA, Regular expression, Context -fr ee grammar and Pushdown automata

b. Compiler: LL parsing, Intermediate code generation.

CONSTRUCTION ENGINEERNG DEPARTMENT

Students should answer all quest ions from Part 1: Research Methodology and 25 quest ions out of 150 MCQs from Par t 2. If more than 25 quest ions are answered from Par t 2, only f irst

Part 1. Research Methodology

1.Meaning of research, disser ta t ion, thes is, Term paper , journal paper , concept notes.

2. Research hypo thes is, need and just if icat ion, Novelty of Research.

3. Character ist ics and components of Research, Need based /specif ic problem solving (sta te / nationa l)

4. Topics ident if ication, learning, formulating and analyzing the problem with ex ist ing problem/project/ extens ion work of respect ive depar tment / division / interdepar tmenta l effor ts.

5. Search Procedures for sta tement and formulation of r esearch problem.

Literature survey, web search, textual reading, search engine application, online data search , use of internet , personal communication, bound journal/paid journal/ E- journals, inst itut ion r epos itory, gateway, cross -ref,Scopus, Science Dir ect , Advanced search tools. Inst itution Library consulta t ion/ borrow

6. Application of proposed r esearch / Fundamenta l Research/ Exper iment base Numer ica l/ Computation.

7. Computation work, language, programming, software tools, to be used. Spread sheet , features and funct ions, data storage, generating char ts, graphs tables - use of la test’s software tools, features of sta t ist ical tools/ features

8. Application of theoret ical and system modeling for respective area of problems.

9. Statist ica l tools with data mining. Probabil ity and sampling distr ibut ion, ANOVA test , knowledge on sta t ist ica l package, correlat ions, Test of Hypothesis, Student t est , er ror analys is, mean square error , Box analys is, norma lizat ion of data ser ies, Linear programming, Dynamic Programming , Fuzzy logic problem.

10. Optimization ana lys is :-

Use of Factors, ANN, ANOVA (BOTH WAYS), SIGNAL TO NOISE RATIO, Orthogona l arrays, rep licat ion, Data validat ion with pr edicted values

11. Aims and ob ject ive of research.

Area of Research- Formulation of r esearch object ives based on Literature survey, cr it ical review, Gaps ex ist in pr esent knowledge doma ins in the f ield of r esearch, Scope analys is

12. Research Approach:- Study population, parameters est imat ion and cons iderat ion, sampling- field / industr ia l rea l l ife, monitor ing, Exper imenta l invest igation, Literature /Proceedings / journal search, etc.Plan for data collect ion, and analyzing, Plan For data processing and recording , Ethical presentat ion

13. Exper imental Work: - Analyt ical methods / Protocols, Standard methods nat ional and internationa l codes, flowchart for Exper imental procedures, Fabr ication details of exper imenta l devices and instruments to be used, exper imenta l Set up, pilot p lant if a ny to be requir ed. Replications, Quality control, Quality Assurance procedures, Standardizat ion of instruments to be used.

14. Work p lan: - Major components and out line of the differ ent phases of research invest igation, use of f low char t , t ime frame summary of proposa l.

15. Use of mathemat ica l tools : - Numer ical analys is, Finit e element and differ ence , differ ent ia l equation solving tools, use of t ensor and vector calcu lus, etc. ,design of exper iment.

16. Presentat ion tools: - Power point tool, creating and customizing pr esentat ion.

17. Thes is writ ings : - Draft thes is, paper communicat ion and publicat ions, confer ence att endance presentat ion proceedings , Plagiar ism checking ( use of Urkund,Biblio,T er tit in) and cita t ion. Major contr ibut ion, outcome of the r esearch, patent poss ib ilit ies.

Part 2: Subjects in Construct ion Engineering

1. Structural Engineering

Structural Analys is

Bending moment and Shear force for determinate and indeterminate structur es, Bending str ess, Shear stress, Shear flow and shear centr e, Torsion of c ircu lar shafts, Ana lys is of two and Three hinged Arch

Strain energy pr inciple: Castiglino's theorems, Deflect ion analys is of beams, fr ames and trusses,Slope and def lect ion ana lys is of beams.Inf luence l ine ana lys is for determina te beams, trusses and thr ee hinged arches.

Buckling load: Euler 's theory, Rankine's theory, empir ical formulae, Column under eccentr ic load, Beam–Column. Buckling analys is by energy pr incip le, Unsymmetr ica l bending, S lope-Deflect ion method and Moment distr ibut ion method. Beams and Portal frame problems. Two hinged and f ixed Arches. Beams Curved in p lan. Approxima te analysis of Mult i bay Mult istor ied Portal frames : Canti lever method, Por tal method.

Stiffness and f lex ib il ity methods : Matr ix methods of structural analysis. Ana lys is of Suspens ion br idges, Inf luence linediagram for Three-hinged and Two-hinged st iffening girders. Inf luence l ine diagram for indeterminate structur es : Muller -Bres lau pr incip le. Plastic ana lys is of Structures : Beams and Portal frames. Model ana lys is and applications.

Concrete Technology

Cement-manufactur ing process. Phys ica l and Chemica l proper t ies. Differ ent types of cement and their uses. Codes of practices, T esting of cement : Phys ical and Chemica l t ests. Tests on fr esh and hardened concrete. Chemica l a dmixtures and P lastic izers. Durabil ity of concrete. Mix des ign approaches. High Performance Concrete, Ready Mixed Concrete. F ibr e Reinforced Concrete. Shotcr ete . Pumped concrete. Fly ash concrete. Self -Compact ing concrete. Polymer concrete, etc. Grout ing and grout ing mater ia ls.

Concrete Des ign

Proper ties of concrete. Codes of practices. Working str ess and l imit sta te design of reinforced concrete structur es : Single and Doubly r einforced r ectangular , T , L, sect ions etc. agains t bending moment, shearforces and Torsion.

Bond stress : Development length and Lap length. Des ign of One-way and T wo-way Slabs. Staircase. Cont inuous beams. Axially loading columns. RCC members under combined bending and axial load. Isolated foot ing.

Des ign of Mult istor ied RCC buildings cons ider ing wind and seismic forces. IS code and specif ication, Combined and Str ip foot ing. Raft foundat ion. P ile foundations. Retaining wa lls.

Underground water tanks. Overhead water tank. RCC Culver ts and br idges : IRC loading, des ign of deck s lab and girder . Des ign of Prestr essed concrete structures

Steel Des ign

Design of Riveted, Bolted and Welded joints and connections. Working str ess and l imit st a te des ign of Tension and Compress ion members, Beams and P lated beams, Roof trusses, Pur lins, Columns, Base connection and foundat ions. Compound columns with lacingand battens. Des ign of Steel structures us ing tubular , rectangular and square sect ion. Gantry girders and Gantry columns including base and foundat ion. Steel Por tal frames. Pressed steel water ta nks r ectangular and circu lar tanks. Steel Towers

Dynamic Analys is Free and force vibration analys is, Damped and Undamped vibration ana lys is of Single and Mult ip le degree of fr eedom systems: Beams and Portal frames. Plate vibration. Vibration control . Machine foundation. Random vibration.

Finite e lement method Matr ix Algebra – methods for matr ix invers ion and solution of simultaneous equat ions – band and sparse matr ix t echniques -st iffness and f lex ib il ity matr ices of structural elements – var ious co-ordinate system and their transformat ion and synthes is -matr ix formulation of force and disp lacement methods – member approach.Finite element concept in Engineer ing Analysis – Disp lacement model shape funct ions and element proper t ies. Ana lys isof p lane str ess/stra in – ax i-symmetr icstr ess ana lys is. Weighted r es idua l methods and var ia t iona l formulation of Finit e Element Ana lys is. Isoparametr ic element –Potentia l f low and heat transfer in 2 -Dimens ion – Numer ica l integration.

Theory of Elast ic ity and Elast ic Stabil ity 2 and 3-dimens ional str ess t ensors, equat ions of equil ibr ium and compatib il ity, plane stress and plane stra in problems, stress functions, cons titut ive r elat ionship. Equations in Car tesian and Polar coordinates systems, bending of beams and plates, torsion of shafts, Introduct ion to b ifurcation of equil ibr ium, beam-column, plates under axial compress ion, Finit e element formulation of geometr ically non- linear problem.

2. Soil Mechanics & Foundation Engineering

Formation and types of soil, Weight and volume r elat ionships; cons istency l imits, par t ic le size distr ibut ion; ident if ication and classif icat ion of soil; soil structur e and clay minera logy. Soil wa ter suction and capil lary r ise, effective and pore water pr essure. Permeabil ity and ground water f low–Darcy's law, factors affecting permeabil ity; laboratory and f ield determinat ion of permeabil ity, permeabil ity of stra t ified depos its. Seepage pr essure; quick condit ion; Laplace's equat ion; construction and use of f low nets, pip ing and heaving. Compaction of soil– compact ion phenomena, laboratory compact ion t est and f ield compact ion control. Compress ib ility and consolidat ion of soil–Terzaghi 's theory of one-dimens ional consolidation; consolidation t est and eva luation of

consolidation parameters. T hree dimens ional consolidat ion; Numer ical solut ion, uniform and layered depos its. Sand drains – theory and applicat ions.

Shear strength of soil, Mohr -Coulomb theory, Determinat ion of shear strength from laboratory and field t ests. Stress path and its application.

Stabil ity of ear th s lopes, f init e and inf init e slopes, stabil ity analys is by Swedish method of s l ices; stabil ity number; t ens ion cracks. Stabil ity of Dams under steady seepage and rapid drawdown condit ions. Lateral ear th pr essure; ear th pr essure at r est , act i ve and passive condit ions; Rankine and coulomb's theory; Ear th pr essure on r etaining walls. Bear ing capacity of soil; modes of fa i lur e; bear ing capacity theor ies; factors affect ing bear ing capacity. Subsurface exploration, methods of bor ing and sampling; differ ent types of samplers; ground water observations.

Stress distr ibut ion in homogeneous, non-homogeneous, layered and anisotropic depos its; Effect of nonlinear ity

Des ign of shallow foundat ion with sett lement analys is in Sand and Clay,

Pr inciples of ground improvement; Mechanical dens if icat ion; Drop hammer and compaction p ile; Compact ion of cohes ive soils, pre- loading and ver t ica l drains, stone columns and granular piles; Admixture stabil izat ion; Grout ing; Geotext i le application.

Pile foundat ions – ver t ica l and la teral loads ; Sett lement of P iles; Negat ive skin fr ict ion of p iles; Uplift capacity of p iles and anchors; Foundations on expans ive soils; Well foundations ; Machine foundations.

Canti lever sheet p ile wa ll; Anchored bulk head, Fr ee and f ixed ear th support methods , types of sheet p iles and construct ion aspects; cellu lar coffer dams, des ign procedures, inter lock, pil ing r is e and over turning; Braced excavation, types, ear th pr essure, effect of wa ll r igidity and sequence of construction, Des ign of wall and wall supports; tunnels and shafts, pr essure distr ibut ion, design of tunnel l ining, methods of tunnell ing, ground loss.

3. Transportat ion Engineering

Highway Engineering: Traffic studies :

Speed, volume,delay and capacity of highways; Or igin and dest ination studies; parking studies ; accident surveys; Traffic for ecasting; Traffic f low character ist ics; Capacity and Level of service a t basic fr eeway segments and highway intersections;Traffic Controls and s ignals

Theory of traffic f low including shock waves, bott lenecks and weaving; Queuing theory and it s application; Management ofs ignalised and unsignalised intersect ions

Trip Generation, Distr ibut ion, Modal sp lit and Traffic Ass ignment; Landuse transport models; Transportation economics; urban transportation management

Geometr ic des ign of highway:

Cross Sect iona l elements, Curves : Hor izontal and Vert ical, Intersect ion Geometry, conflicts and Grade separation,Road drainage; I l luminat ion

Pavement and Its Des ign:

Types;Components; Wheel loads; Str esses in f lex ib le pa vements – Twolayer system; Flexible pavement des ign – BurmisterMethod, IRC Method, AASHTO methods and mechanist ic approach; Stresses in r igid pavements; Rigid Pavement Des ign by Westergaard, and IRC method.

Pavement Mater ia l and Construct ion:

Highway Mater ia ls and T est ing under sta t ic and r epet it ive loading; Construct ion of f lex ib le pavement.

Pavement eva luation, ma intenance and management :

Pavement fa ilures; qua lity control and Assessment; Over lay des ign of f lex ib le and r igid pavement , condit ion monitor ing of pavements

Railway Engineering:

Elements of permanent way; Tractive r es istance's; gradients and grade compensation on curves; cant; trans it ion curves; ver t ica l curves; Stresses in ra i lway tracks; Points and cross ings; Signall i ng and inter locking, Maintenance of ra ilway track.

Airport Engineering:

Planning and layout; runway and taxiway; gr ading and drainage; Des ign of Pavement

4. Construct ion Management

Construct ion as an industry, Bas ic concepts of management. P lanning Organizing, cont roll ing & Mot ivating. Differ ent schools of management. Introduct ion to behavioral science, communicat ion skil ls , leadership Applied psychology, project Formulation t echno-economic study, mult idiscip linary approach, budget a l lotment, Facets of construct ion Management -General M, personnel M, contract M, contract Labour M, Mater ia l M., organizational structure -work Flow and informat ion f low. Two-par ty and three-par ty models. In-house and off loading.

Construct ion Infrastructure: Power , water , Access, Hous ing secur ity, storage, plant , Maintenance, communication, Welfare. Enabling Works; personally; progress constroly; safety and Qualit y control. Planning and Scheduling Gantt char t , Milestone char t , PERT and CPM. Squared networks. Monitor ing and updat ing. control on mater ia l consumpt ion. Use of computer packages. Mater ia l procurement storage and accountancy. Labour management. Basic concepts in law, rela ted to construction Laws; contract Labour (R&A), Act and rules, payment of wages Act, Minimum Wages Act, workman's compensat ion Act, Intersta te Labour Act, Trade Union Act, Industr ia l Disputes Act.

Planning and Scheduling CPM and PERT Squared networks, Monitor ing and updat ing. control on mater ia l consumpt ion. Use of computer packages, Mater ia l procurement storage and accountancy. Contracts object ive of contracting par t ies : Reconcil ia t ion of a ims. Conflicts and problems, Standard from contracts, Type of contracts, their peculiar it ies and applications to repair job; Tender ing process; Stor ing of mater ia ls with ident if iable batch lot , documentat ion of incoming cer t if icates, in-house checking and documentation of input mater ia ls, semi processed mater ia ls, finished mater ia ls. Quality assurance p lan, It ems of work. Method of measurement and documentat ion, Pr icing rules of taking off, Pr incip les of abstracting, Bil l of quantit ies, Analys is of ra te, Overhea d and prof it , Determinat ion of unit ra te, Specif icat ion of work.

ELECTRICAL ENGINEERING DEPARTMENT

Part 1: Research Methodology

1. Introduct ion to Research Methodology: motivation, objectives and goa l, cr it er ion of good research, research psychology. 2. Defining r esearch problem: importance of def ining r esearch problem, industr ia l r esearch problems and academic r esearch problems, ways to def ine a research problem. 3. Research planning, features of good r esear ch planning. 4. Stages of practical exper imentat ion; Des ign of exper iments. 5. Measurement and data acquis it ion in resea rch, importance of appropriate and meaningful data acquis it ion, selection of appropriate measur ing instruments in r esearch, errors in measurements, 6. Literature survey: importance of l it eratur e survey in r esearch, selection of good r efer ences, survey papers. 7. Data analys is and sta t ist ica l methods, interpretation of graphs and char ts. 8. Engineer ing s imulat ion: importance of s imulation in r esearch, simulation tools, basic building blocks of simulation studies. 9. Thes is organization: structur e of a thes is, figures and i l lustrat ions, tables and char ts, content s, index, thes is style. 10. Organization of t echnical papers; organization of refer ence; r efer ence Style. Refer ence: C.R. Kothar i, Research Methodology: Methods & Techniques, New Age Internationa l Publishers, 2004

Part 2: Subjects in Electrical Engineering

Engineering Mathematics Linear Algebra : Matr ix Algebra, Systems of linear equat ions, Eigenva lues, Eigenvectors. Calculus : Mean va lue theorems, Theorems of integra l ca lcu lus, Eva luation of def init e and improper integrals, Par t ia l Der ivatives, Maxima and minima, Mult ip le integrals, Four ier ser ies, Vector ident it ies, Dir ectiona l der ivatives, Line integral, Surface integra l, Volume integra l, Stokes’s theorem, Gauss’s theorem, Green’s theorem. Differential equations : First order equa tions ( linear and nonlinear), Higher order l inear dif fer ent ia l equations with constant coeff icients, Method of var ia t ion of parameters, Cauchy’s equation, Euler’s equat ion, Init ia l and boundary va lue problems, Par t ia l Differ ent ia l Equat ions, Method of separation of var iables. Complex variables : Analyt ic funct ions, Cauchy’s integral theorem, Cauchy’s integral formula, Taylor ser ies, Laurent ser ies, Res idue theorem, Solut ion integra ls. Probability and Stat ist ics : Sampling theorems, Condit iona l probabil ity, Mean, Median, Mode, Standard Deviat ion, Random var iab les, Discrete and Cont inuous distr ibut ions, Poisson dis tr ibution, Norma l distr ibut ion, Binomia l distr ibut ion, Correlat ion analys is, Regress ion ana lys is. Numerical Methods : Solut ions of nonlinear a lgebraic equations, Single and Multi ‐step methods for dif fer ent ia l equations. Transform Theory : Fourier Transform, Laplace Transform, z‐Transform.

Electrical Materials Electr ical Engineer ing Mater ia ls, crysta l structures and defects, ceramic mater ia ls, insu lating mater ia ls, magnet ic mater ia ls – basics, p roper ties and applicat ions; ferr it ies, ferro-magnet ic mater ia ls and components; basics of solid sta te phys ics, conductors; Photo -conduct ivity; Basics of Nano mater ia ls and Superconductors. Electric Circuits Network graph, KCL, KVL, Node and Mesh analys is, Transient r esponse of dc and ac networks, Sinusoidal st eady‐state ana lysis, Resonance, Passive f i lt ers, Idea l current and voltage sources, Thevenin’s theorem, Norton’s theorem, Superpos it ion theorem, Maximum power transfer theorem, Two‐port networks, Three phase circu its, Power and power factor in ac c ircu its. Field Theory Coulomb's Law, Electr ic Field Intens ity, Electr ic Flux Dens ity, Gauss 's Law, Divergence, Electr ic field and potent ia l due to point , line, p lane and spher ical charge distr ibut ions, Effect of dielectr ic medium, Capacitance of s imple configurations, Biot‐Savart’s law, Ampere’s law, Curl, Faraday’s law, Lorentz force, Inductance, Magnetomot ive force, Reluctance, Magnet ic c ircuits, Self and Mutual inductance of s imple configurations. Electrical and Electronic Measurements Principles of measurement, accuracy, precis ion and standards; Bridges and potent iometer s; moving coil, moving iron, dynamometer and induct ion type instruments, measurement of voltage, current, power , energy and power factor , instrument transformers, digita l voltmeters and mult i -meters, phase, t ime and fr equency measurement, Q-meters, oscil loscopes, potent iometr ic recorders, error analys is, Basics of sensors, Transducers, basics of data acquis it ion systems Computer Fundamentals Number systems, Boolean algebra, ar ithmetic funct ions, Bas ic Arch itectur e, Central Process ing Unit , I/O and Memory Organisation; per ipheral devices, data r epresenat ion and programming, basics of Operat ing system and networking, vir tual memory, f i le systems; Elements of Programming languages, typical examples. Analog and Digital Electronics Basics of Semiconductor diodes and trans istors character ist ics, Junction and f ield effect transistor s (BJT, FET and MOSFETS), differ ent types of transistor amplif iers, equiva lent c ircuits and frequency response; oscil la tors and other c ircuits, feedback amplif iers. Operational amplif iers – character ist ics and applicat ions, combinationa l and sequent ia l logic circu its, mult ip lexers, mult i-vibrators, sample and hold circu its, A/D and D/A conver ters, basics of fi lt er c ircu its and applications, simple active f i lt ers; Microprocessor basics - inter faces and applications, basics of l inear integrated cir cuits; Analog communication basics, Modulation and demodulation, noise and bandwidth, transmitters and r eceivers, signa l to noise ra tio, digita l communication basics, sampling, quant iz ing, coding, fr equency and t ime doma in mult ip lex ing, power l ine carr ier communication systems. Systems and Signal Process ing Representation of cont inuous and discr ete- t ime s ignals, shift ing and sca ling operations, l inear , t ime-invar iant and causal systems, Fourier ser ies r epresentat ion of cont inuous per iodic s igna ls, sampling theorem, Fourier and Laplace transforms, Z transforms, Discrete Fourier transform, FFT, l inear convolut ion, discr ete cos ine transform, FIR filt er , IIR f i lt er , bi l inear transformat ion.

Control Systems Mathemat ical modeling and r epresentation of systems, Pr incip les of feedback, transfer funct ion, block diagrams and signa l f low graphs, steady-state errors, transforms and their applicat ions; Routh-hurwitz cr it er ion, Nyquist t echniques, Bode p lots, root loci, lag, lead and lead- lag compensation, stab il ity analys is, t rans ient and fr equency r esponse analysis, sta te space model, sta t e transit ion matr ix, controllabil ity and observabil ity, l inear sta te var iab l e feedback, PID and industr ia l controllers. Electrical Machines Transformers– equivalent circu it , phasor diagram, parallel operation, auto -transformer , DC machines – types, character ist ics, armature reaction and commutat ion, star t ing and speed control of motors, Induction motors – pr incip les, types, performance character ist ics, star t ing and speed control, Synchronous machines – performance, servo and stepper motors. Power Systems Basic power generat ion concepts, st eam, gas and water turbines, corona and rad io interfer ence, power factor correct ion, symmetr ica l components, fault analys is, pr incip les of protect ion systems , basics of solid sta te r elays and digita l protect ion; C ircuit br eakers, Radial and r ing -ma in distr ibut ion systems, Matr ix representation of p ower systems, load f low ana lys is, voltage control and economic operation, System stabil ity concepts, Swing curves and equal ar ea cr it er ion. HVDC transmiss ion and FACTS concepts, Concepts of power system dynamics, distr ibuted generation, solar and wind power , smart gr id concepts, environmental implications. Power Electronics Character ist ics of semiconductor power devices : Diode, Thyristor , Tr iac, GTO, MOSFET, IGBT; DC to DC convers ion: Buck, Boost and Buck-Boost conver ters; Single and three phas e configurat ion of uncontrolled rect if iers, Line commutated thyr istor based conver ters, Bidir ect iona l ac to dc voltage source conver ters, Issues of l ine current harmonics, Power factor , Distor t ion factor of ac to dc conver ters, Single phase and thr ee phase inver ters, Sinusoida l pulse width modulation. Il lumination Engineering Fundamentals of Light-radiation and vis ion, quant it ies, units, standards and measurement . Genera l class if ication of lamps: Incandescent, TL, CFL , white LEDs and HID lamps, bas ic pr incip les of their operation. Laws of i l luminat ion. Elementary Light ing Des ign- Definit ions of design parameters. Bas ic lumina ir es class if ication and their distr ibut ion character ist ics. Light ing ca lcu lat ions for indoor applicat ions. Light ing circu its for var ious lamps, Emergency l ight ing and Standby power sources.

ELECTRONICS & TELECOMMUNICATION ENGINEERING DEPARTMNET

Part 1: Research Methodology Module I: Concept & Significance of Research Signif icance of r esearch, Object ive of Research, Mot ivation of Research, Research methods vs Methodology , Types of r esearch – Descr ipt ive vs. Analyt ical, Applied vs . Fundamental, Quant ita t ive vs. Qualita t ive, Conceptual vs. Empir ica l Select ion and formulation of Research Problem, Select a Research Topic , Steps/Stages in Narro wing a Research Topic , Steps for Successful Research Module II : Research Des ign Need for r esearch Des ign, Research Methods : Tradit ional Methods – Histor ica l, Institut iona l, Legal, Philosophical, Comparative, Ethica l methods etc. Modern Methods : – Survey of Literature, Sampling method, Quest ionnair e, Schedule etc, Focus Group discussion, Observat ion Method, Case Study method, Content ana lys is, Statist ical Method, Exper imenta l method, Brainstorming T echniques etc. Select ion of Appropriate Research Tools, Module III: Report Writ ing

(a) Signif icance of Report Writ ing (b) Organization of the Research Report Preliminar ies Like: Differ ent st eps in Wr it ing Report , Layout of the Research Report , Bib liography, Appendices (c) Precautions for Writ ing Research Report l ike: IPR and P lagiar ism Refer ence: 1. https :/ /www.s lideshare.net/ lgustavomartins/r esearch-methodology-10445096 (PPT on

Research Methodology by Luís Gustavo Martins, Por to, Por tugal) 3. Dona ld H. McBurney, “Research Methods”, Thomson Asia Pvt. Ltd. , Singapore,

2002. 4. Kothar i C. R. , “Research Methodology and T echniques”, New Age Internationa l

Publishers, 2nd Edit ion, New Delhi, 2004. Part 2 : Syllabus for Electronics & Tele-Comm. Engg. Discipline As per the Bachelor of Engineer ing (Electronics & Tele-Communication Engineer ing) available in the Jadavpur Univers ity webs ite.

FOOD TECHNOLOGY & BIOCHEMICAL ENGINEERING DEPARTMENT

Part 1. Research Methodology

Linear and non l inear a lgebraic equat ions. Concept of differ ent numer ical methods, integration b y

trapezoidal and Simpson’s rules. Use of log-log and semi log papers. concept of independent &

dependent var iables; Data preparation and analys is : fr equency tables, bar char ts, pie char ts,

percentages, Error ana lys is. Concepts of accuracy, pr ecis ion and r esolut ion. Concept of mean,

median, standard deviat ion ,curve f it t ing, correlat ion and r egress ion. Concept of units and

dimens ions, Object ives of Research, Main components of any r esearch work. Use of tools l ike

Microsoft Excel, Microsoft PowerPoint , Us e of Internet and search engines . Writ ing a research

report; Plagiar ism, Intellectual Proper ty Issues.

Part 2: Subjects in Food Technology & BioChemical Engineering

Fermentative product ion of va luable products (amylase, a lcohol, Baker’s yeast , lactic aci d,

vinegar); microscope; Pasteur izat ion; ster il ization; bacter ia l growth curve; structural and

phys icochemical proper t ies of carbohydrate, protein, l ip id , vitamin and natural p igment; units and

dimens ions; mass and energy balance; basic concept of chemica l and enzymat ic kinet ics; Newtonian

and non-Newtonian f lu ids; introduct ion to rheology of food mater ia ls; concept of canning; drying;

freezing; ir radiation and chemica l pr eservative; Bioreactors ( types and applications ); Raw

mater ia l and process steps for manufactur ing of Bread , biscuit and ice-cr eam; object ives of food

packaging and types of food packaging mater ia ls; food laws and regulat ions ( FSSAI,

FPO,AGMARK).

INFORMATION TECHNOLOGY DEPARTMENT

Part 1: Research Methodology

Ethics in r esearch - lega l issues, copyr ight, plagiar ism. Purpose of writ ing r eport , Types of Report ,

Structure and Components of a research r eport , refer encing r eport wr it ing, how (and how not) to

wr it e a good confer ence/ journal paper .

Elementary graphs : graph, tree, planner graph.

Combinator ics : Basic count ing ru les : sum rule, subtraction pr incip le, product ru le, divis ion

pr incip le, permutations, combinat ion.

Statist ics : Mean, medium, mode, standard deviation, corr elat ion, regress ion, hypothes is t est ing.

Set Theory: countable and uncountable sets, rela t ion, function, group, field.

Review of Probabil ity Theory: Discr ete Random Variable: - The p.m.f. , distr ibut ion funct ions,

analys is of program MAX, probabil ity generating funct ions, independent random var iables;

Cont inuous Random Variab le:- The p.d.f . , exponentia l distr ibut ion, Binomia l and Poisson

distr ibut ions.

Part 2: Subjects in Information Technology

Data Structure: Array, Stack, Queue, Linked List , Tree, Binary Tree, Search Tree, Balanced

Search Trees : AVL, Red Black tree, Graph Traversals, MST, Shortest path, Hashing, Sor ting.

Algorithms: Greedy, Dynamic Programming, Heurist ic Search, Complexity Ana lys is, NP

Completeness, Approximation Algor ithms.

Operating System: Process Management, Memory Management, CPU Scheduling, Process

Synchronizat ion, File Systems.

Networks: OSI r efer ence model, TCP/IP refer ence model, Data Link Layer , Network Layer ,

Transport Layer , Local Area Networks.

Theoret ical Computer Science: DFA, NFA, PDA, CSG, TM.

DBMS: ER Diagram, Relationa l Data Model, Norma lizat ion, Concurrency Management, Transaction

Management, Recovery Management.

INSTRUMENTATION & ELECTRONICS ENGINEERING DEPARTMENT

Part 1: Research Methodology

1. Research Ethics and Codes of Practice: Types of Ethica l Issues; Plagiar ism-Definit ion and names of popular tools.

2. Matrix algebra, systems of linear equat ions, Eigen va lues and Eigen vectors 3. Calculus : Mean value theorem, maxima and minima, 4. Fourier ser ies and Fourier Transform 5. Differ ent ia l equations : F irst order equat ion ( l inear) 6. Statist ics : Analys is of central t endency. Mean, median, mode, standard deviat ion;

Probabil ity, Sampling distr ibut ion; Estimat ion, Hypothes is t est ing & applicat ion; Correlat ion & regress ion analys is; Hypothesis t est ing; T est of Signif icance, ‘p’ -va lue, ‘t’ t est , chi-square test

7. Design of exper iments – Methodology select ion; Data collect ion and quant ita t ive ana lys is of patterns - Orthogona l array, ANOVA.

8. Numer ica l methods – a) Solut ion of a lgebraic equations : Newton Raphson method, Bisect ion method b) Interpolation methods : Newton’s forward and backward differ ence formulae. c) Numer ical integrat ion: Numer ical integration us ing Trapezoidal, Simpson’s 1/3 rule d) Fourth order Runge-Kutta method for solving f irst order equat ions

Reference Books:

1. E. Kreyszig, Advanced Engineer ing Mathema tics, John Wiley & Sons. 2. B. V. Ramana, Higher Engineer ing Mathematics, Tata Mc Graw-Hill Publishing Company

Ltd. 3. R.K.Jain & S.R.K. Iyengar , Advance Engineer ing Mathemat ics, Narosa Publishing House. 4. B.S. Grewal, Higher Engineer ing Mathemat ics, Khanna Publishers. 5. Montgomary, Douglas C. (2007) 5/e, Des ign and Analys is of Exper iments (Wiley India). 6. Montgomary, Douglas C. & Runger , George C. (2007) 3/e, Applied Statist ics & probabil it y

for Engineers (Wiley India). 7. Roig, M. Avoiding p lagiar ism, self -p lagiar ism, and other questionable wr it ing practices : A

guide to ethical writ ing, (2006). 8. Vaughan, L. Statist ical methods for the information profess iona l: A practica l, painless

approach to understanding, us ing and interpreting sta t ist ics (Ed. 2), (2004) Information Today, Medord.

9. J.B.Scarborough: Numerical Mathemat ical Analysis.

Part 2: Subjects in Instrumentation & Electronic Engineering

Fundamental of ins trumentation : SI units, systemat ic and random errors in measurement, express ion of uncer ta inty - accuracy and precis ion, r epeatabil ity and r eproducib il ity, propagation of errors. Industrial Instrumentation: Resist ive-, capacit ive-, induct ive-, piezoelectr ic-, Hall effect sensors and associated s igna l condit ioning circu its; transducers for industr ia l instrumentation: disp lacement ( l inear and angular), velocity, accelerat ion, force, pr essure, f low (differ ent ia l pr essure, var iable area, electromagnet ic , ultrasonic, turbine and open channel f low meters ) t emp erature (thermocouple, bolometer , RTD (3/4 wir e), thermistor , pyrometer and semiconductor); l iqu id level , pH, conduct ivity measurement. Signals and Systems:

Laplace, Fourier and z - transforms; transfer funct ion, fr equency r esponse of first and second or der l inear t ime invar iant systems, impulse r esponse of systems; convolut ion, correlat ion. Discrete t ime system: impulse r esponse, fr equency r esponse, pulse transfer funct ion; DFT and FFT; basics of IIR and FIR fi lt ers. Control Systems: Feedback pr inciples, signa l f low graphs, transient and steady sta te response ana lys is, Bode plot , phase and ga in margins, Stabil ity analysis using Routh and Nyquist cr it er ia , root loci, des ign of lead, lag and lead- lag compensators, sta te-space representation of system, on-off, P, P-I, P-I-D control , Control valves. Analog Electronics : Character ist ics of operat ional amplif iers; applications of opamps: dif fer ence amplif ier , adder , subtractor , integrator , differ ent ia tor , instrumentat ion amplif ier , precis ion rect if ier , active fi lt ers. Oscilla tors, signal generators Digital Electronics: Combinationa l logic c ircu its, minimizat ion of Boolean functions. Ar ithmet ic c ircu its, comparators, Schmitt tr igger . Sequent ia l c ircu its, f l ip-f lops, shift regis ters, t imers and counters; samp le-and-hold circu it , mult ip lexer , analog-to-digita l (success ive approximat ion, f lash and s igma -delta) and digita l-to-analog conver ters (weighted R, R-2R ladder) ; Basics of number systems, 8-b it microprocessor and microcontroller (Intel 8085 and 8051): appl ications, memory and input-output interfacing; basics of data acquisit ion systems. Reference Books:

1. Kuo, B.C, and Golnaragh, F. , Automatic Control Systems, Wiley 2. D. Roy Choudhury, Modern Control Engineer ing, Prent ice-Ha ll Inc. , 2005. 3. M. Gopal, Control Systems: Pr incip les and Design, Tata McGraw Hill 3rd Edn, 2008. 4. Joseph J. Distefano, Allen J. Stubberud, and I. J . Will iams. 1997. Schaum's Out line of

Feedback and Control Systems (2nd ed.). McGraw-Hill Professiona l. 5. Taub, H. and Schil l ing, D. , Digita l Int egrated Citcu its, Mc Graw Hill 6. Coughlin, R.F. , and Driscoll, F.F., Operationa l Amplif iers and Linear Integrated Circuits,

Pearson 7. Manolakis, D. G. , and Proakis, J . G. , Digita l Signa l Process ing: Pr inciples, Algorithms and

Applications, Prent ice Hall. 8. Patranabis, D. , Pr incip les of Industr ia l Instrumentat ion, Tata McGraw Hill 9. Patranabis, D. Pr incip les of Process Control, Tata McGraw Hill 10. D. V. S. Murthy, Transducers and Instrumentation, Prent ice-Hall Inc. (2nd ed.), 2010. 11. A. K. Ghosh, Introduct ion to Measur ements and Instrumentat ion, Prent ice-Ha ll Inc. (4th ed.),

2012. 12. E. O. Doebelin, Measurement Systems: Applicat ion and Des ign, McGraw Hill (4th ed.),

1990. 13. J. P. Bent ley, Pr incip le of Measurement Systems , Pearson Education (4th ed.), 2005.

MECHANICAL ENGINEERING DEPARTMENT

Part 1: Research Methodology

Mathematics :

Linear Algebra: Matr ix a lgebra, systems of l inear equations, eigenva lues and eigenvectors. Calculus : Functions of single var iab le, l imit , continuity and differ ent iabil ity, mean value theor ems, indeterminate forms; eva luation of def init e and improper integra ls; double and tr iple integra ls; par t ia l der ivat ives, tot al der ivative, Taylor ser ies ( in one and two var iab les ), maxima and minima, Fourier ser ies; gradient, divergence and cur l, vector ident it ies, dir ect iona l der ivat ives, l ine, surface and volume integrals, applicat ions of Gauss, Stokes and Green’s theorems. Differ ent ia l equations : F irst order equat ions (l inear and nonlinear); higher order l inear dif fer ent ia l equations with constant coeff icients; Euler -Cauchy equation; init ia l and boundary value problems; Laplace transforms; solut ions of heat , wave and Laplace's equations. Complex var iables : Ana lyt ic funct ions; Cauchy-Riemann equat ions; Cauchy’s integra l theorem and integral formula; Taylor and Laurent ser ies. Definit ions of probabil ity, sampling theorems, condit ional probabil ity; mean, median, mode and standard deviat ion; random var iab les, binomial, Poisson and norma l distr ibut ions. Numer ica l solutions of l inear and non-linear a lgebraic equations; integration by trapezoidal and Simpson’s rules; single and mult i-step methods for differ entia l equations, interpolation and curve-fit t ing.

Experimental Methods and Measurements :

Theoret ical, Computat ional and Exper imental Research Methodologies. Object ives of Exper iments : Monitor ing, Control and Research. System and Variable Identif icat ions, Planning of Instrumentat ion, Des ign of Exper iments. Ana log and Digita l Measurements, Static and Dynamic Measurements. Accuracy, Precis ion, Sources of Errors in Measurements, and Uncer tainty Analys is. Performance Character ist ics, Order of Instruments and Calibration.

Part 2: Subjects in Mechanical Engineering

Candidate must answer from any one sect ion

Sect ion 1: Applied Mechanics and Des ign

Engineering Mechanics : Free-body diagrams and equil ibr ium; trusses and frames; vir tual work; kinemat ics and dynamics of par t ic les and of r igid bodies in plane mot ion; impulse and momentum (l inear and angular) and energy formulations, coll is ions. Mechanics of Materials : Stress and stra in, elast ic constants, Poisson's ra t io; Mohr’s c irc le for plane str ess and plane stra in; thin cylinders; shear force and bending moment diagrams; bending and shear stresses; def lect ion of beams; tors ion of c ircu lar shafts; Euler ’s theory of colum ns; energy methods; therma l str esses; stra in gauges and rosett es; t est ing of mater ia ls with universal test ing machine; t est ing of hardness and impact strength. Theory of Machines : Disp lacement, velocity and acceleration ana lys is of p lane mechanisms; dynamic ana lys is of l inkages; cams; gears and gear tra ins; flywheels and governors; balancing of reciprocat ing and rotat ing masses; gyroscope. Vibrations : Free and forced vibration of single degree of fr eedom systems, effect of damping; vibration isolation; r esonance; cr it ica l speeds of shafts. Machine Des ign : Des ign for sta t ic and dynamic loading; fa i lur e theor ies; fa t igue str ength and the S-N diagram; pr incip les of the design of machine elements such as bolted, r iveted and welded joints; shafts, gears, rolling and sl iding contact bear ings, brakes and clutches, spr ings.

Sect ion 2: Fluid Mechanics and Thermal Sciences:

Fluid Mechanics : Flu id proper ties; f lu id sta t ics, manometry, buoyancy, forces on submerged bodies, stabil ity of f loating bodies; control -volume analys is of mass, momentum and energy; f lu id acceleration; dif fer ent ia l equations of cont inuity and momentum; Bernoull i’s equation; dimens iona l analys is; viscous f low of incompressible f lu ids, boundary layer , elementary turbulent f low, f low through pipes, head losses in p ipes, bends and f it t ings. Heat-Transfer : Modes of heat transfer ; one dimens iona l heat conduct ion, r esistance concept and electr ica l analogy, heat transfer through f ins; unsteady heat conduct ion, lumped parameter system, Heis ler 's char ts; ther ma l boundary layer , dimensionless parameters in fr ee and forced convect ive heat transfer , heat transfer corr elat ions for flow over f la t plates and through p ipes, effect of turbulence; heat exchanger performance, LMTD and NTU methods; radiative heat transfer , Stefan Boltzmann law, Wien's disp lacement law, black and gr ey surfaces, view factors, radiat ion network analys is. Thermodynamics : Thermodynamic systems and processes; proper t ies of pure substances, behaviour of idea l and r eal gases; zeroth and f irst laws of thermodynamics, calcu lation of work and heat in var ious processes; second law of thermodynamics; thermodynamic proper ty char ts and tables, availabil ity and ir revers ib il ity; thermodynamic r elat ions. Applicat ions : Power Engineer ing: Air and gas compressors; vapour and gas power cycles, concepts of regeneration and r eheat . I.C. Engines : Air -standard Otto, Diesel and dual cycles. Refr iger ation and air condit ioning: Vapour and gas refr igeration and heat pump cycles; proper t ies of moist a ir , psychrometr ic char t , basic psychrometr ic processes. Turbomachinery: Impulse and r eact ion pr inciples, velocity diagrams, Pelton-wheel, Francis and Kaplan turbines.

Section 3: Materials, Manufacturing and Industrial Engineering:

Engineering Materials : Structur e and proper ties of engineer ing mater ia ls, phase diagrams, heat treatment, stress-stra in diagrams for engineer ing mater ia ls.

Casting, Forming and Joining Processes : Differ ent types of castings, des ign of patt erns, moulds and cores; solidif ication and cooling; r iser and gating des ign. Plast ic deformation and yield cr it er ia ; fundamentals of hot and cold working processes; load est imat ion for bulk ( forging, roll ing, extrusion, drawing) and sheet (shear ing, deep drawing, bending) meta l forming processes; pr incip les of powder meta llurgy. Pr incip les of welding, brazing, solder ing and adhes ive bonding. Machining and Machine Tool Operations : Mechanics of machining; basic machine tools ; single and mult i-point cutt ing tools, tool geometry and mater ia ls, tool l ife and wear ; economics of machining; pr incip les of non-tradit ional machining processes; pr incip les of work holding, des ign of j igs and f ixtur es. Metrology and Inspect ion : Limits, f its and tolerances; l inear and angular measurements; comparators; gauge des ign; interferometr y; form and f inish measurement; a l ignment and test ing methods; tolerance analys is in manufactur ing and assembly. Computer Integrated Manufacturing : Basic concepts of CAD/CAM and their integrat ion tools. Production Planning and Control : Forecasting models, aggregate product ion planning, scheduling, mater ia ls r equir ement p lanning. Inventory Control: Determinist ic models; safety stock inventory control systems. Operations Research : Linear programming, simplex method, transportation, assignment, network flow models, simple queuing models, PERT and CPM.

METALLURGICAL & MATERIAL EINGINEERING DEPARTMENT

Part 1: Research Methodology

Mathematics :

Linear Algebra : Matr ix a lgebra, systems of l inear equations, eigenva lues and eigenvectors. Calculus: Functions of s ingle var iable, l imit , cont inuity and dif fer ent iabil ity, mean va lue theorems, indeterminate forms; eva luation of def init e and improper integrals; double and tr ip le integrals; par t ia l der ivatives, total der ivative, Taylor ser ies ( in one and two var iables), ma xima and minima. Differential equations: First order equations (l inear and nonlinear); higher order linear differ ent ia l equations with constant coeff ic ients; Euler -Cauchy equat ion; init ia l and boundary value problems; Laplace transforms; solut ions of heat , wave and Laplace's equations. Probability and Statis t ics : Definit ions of probabil ity, sampling theorems, condit ional probability; mean, median, mode and standard deviat ion; random var iab les, binomial, Poisson and norma l distr ibut ions. Numerical Methods: Numer ica l solut ions of l inear and non-linea r a lgebraic equat ions; integration by trapezoidal and Simpson’s rules; s ingle and mult i-step methods for differ ent ia l equat ions, interpolat ion and curve-fit t ing.

Experimental Methods and Measurements

Theoret ical, Computationa l and Exper imenta l Research Methodologies. Objectives of Exper iments : Monitor ing, Control and Research. System and Variable Ident if ications, Planning of Instrumentat ion, Des ign of Exper iments.

Part 2: Subjects in Metallurgical & Material Engineering

GROUP – A IS COMPULSORY FOR ALL (20 MARKS) ## ANY ONE SECTION FROM GROUPS B, C, D (30 MARKS)

GROUP – A

Crystal structure, a tomic packing, solid solut ions, pahse ru le, a l loy def init ion, Hume Rothery Rule, binary isomorphous diagram, Fe-C pahse diagram, X-Ray dif fraction pr inciples, Resolut ion of microscope, Optical magnif icat ion, Diffus ion, Crystal defects, homogeneous and heterogeneous nucleation, segregat ion (cor ing), solidif ication t ime, conductors, semiconductors, insu lators; composit structur e.

GROUP – B

Thermodynamics and Kinet ics : Free Energy of r eact ions, Equilibr ium constant, Application of thermodynamics to produce meta l from ores/waste, Elingham diagram, Idea l and Non Idea l solut ion, Raoult’s and Henry’s laws, Chemica l potent ia l, Free Energy compos it ion diagram, Gibbs Phase rule. Homogenous and Heterogeneous react ion , Rate of r eact ions, react ions mechanism from kinet ics data , diffus ion controlled , chemica l controlled, contract ing geometry, Act ivation Energy , Rate of

react ion dependent on t emperature, pr essure, concentration and par t ic le s ize. Diffus ion, Fick’s 1 s t and 2n d laws of dif fus ion.

Pyro, Hydro and Electro metallurgical Process: Roasting, Smelt ing, matte smelt ing, conver t ing for Meta l su lphides/oxides/chlor ides , Pr incip le of Leaching of oxides/su lphides/ chlor ides/ pure metal , E -pH diagram , Solvent extraction, Ion exchange, Electrowining, Electror ef iningAquous solution and Fused sa lt electrolys is b y Electrometallurgy.

Corros ion Electrochemica l Pr incip le of Corros ion, E-pH diagram, Corros ion of st eel in aqueous environment, Polar ization, Rate of corros ion, E c o r r, I co r r, Forms of Corros ion, Atmospher ic corros ion, Pr incip le of corrosion protection by Inhib itor , coatings, anodic and cathodic protect ion .

Mineral Dress ings Principle of Benef iciat ion of ore by s iz ing , sieve ana lys is, Magnet ic separation , Gravity separation by Jigging, Tabling . Froth F loatation of su lphide or es.

Iron and Steel Technology Cokemaking. Review of Ironmaking Processes l ike Blast Furnace, Corex, DR Plant (coal & gas based) and other modern processes. Review of steelmaking processes l ike LD, LDAC, OBM, EAF, IF and other modern processes. Secondary steel making, deoxidat ion, desulphur ization and degass ing. Pr incip les of a l loy steel making process in view of sta inless steel production, AOD, VOD. Casting p it practice, solidif ication defects & r emedies, kil led, semi kil led & r imming steel . Cont inuous casting process. Basics of ferro alloy product ion. Pr incip les and techniques of ferro alloy product ion l ike FeMn, FeCr, FeS i, SiMn, CaSi, FeTi, FeV, FeW, FeNb, FeNi, FeMo.

GROUP – C Physical Metallurgy

Steel and iron microstructur es with phase r elat ions, Fr ee energy-compos it ion diagrams. Diffus ion: Diffus ion laws, Kirkenda ll effect , activation energy, uphil l diffusion etc. Solidif ication and solid-sta te transformation. Nucleat ion and growth react ions : Homogeneous & Heterogeneous nucleat ion. Dendrit ic solidif ication; Super cooling, Interface calcu lation etc. Segregat ion, precip ita t ion react ion. Diffus iona l phase transformat ion process, mass ive transformat ion, recrystall isat ion, precip ita t ion transformation, order disorder , eutectoid and sp inoidal transformat ions . Optical microscopy: Construct ion, image formation and r esolut ion

Phase transformation in steel , Kinet ics of transformat ion, TTT & CCT curves, pear l it ic transformat ion with differ ent factors, character ist ic of ba intic transformat ion, Dt if fusionless transformat ion; character ist ics of martens it ic transformat ion with stabil ization and micro assoc iated phenomena. Role of a l loying elements in Steel -Equil ibr ium diagrams etc. Structure and proper ties. Alloy classif ication and families - Stainless s teel, High speed steel etc. Heat tr eatment of differ ent a lloy steels, specia l heat tr eatment processes, a tmospheres etc. Tool st eels, bear ing steels.

Hardenabil ity, Differ ent heat tr eatments - Annea ling, Norma lizing, Hardening, T empering surface treatment etc. Thermo mechanical tr ea tments, Differ ent heat ing atmospheres and salt baths,Carburizing, nitr iding and its var iet ies, and induction hardening.

Material Engineering Detailed descr ipt ion and meta llurgy of following meta ls and their a l loys -specif icat ions, proper ties and applications - Cu, Al, Ti, and super a l loys.Bear ing, cryogenic, a erospace, nuclea r , cutt ing tools, etc.

Mater ia ls for electr ica l contact , heat ing element, thermocouples, ant ifr ict ion, magnet ic mater ia ls, reactor , heat res istance, cryogenic purpose.

Heat treatment technology Heat treatment of dif fer ent nonferrous metals . Failur es and defects as sociated with heat treatment.

X-RAY & ELECTRON MICROSCOPY Ster eographic project ion.Reciprocal la t t ice concepts.Generation of X -Ray.Cont inuous and character ist ic spectrum of X-ray.Filt ers.Coherent scatt er ing and dif fraction under nonidea l condit ions.Intens ity of diffracted beams, Laue & Powder method. Indexing of cubic and non-cubic crystals.Applicationpar tic le s ize determination, Electron microscopy pr inciples.

GROUP – D

Casting Technology

Foundry Fundamentals, Bonding, Sand & Clay, Test ing, Solidif ication, Gating, Riser ing, Defects, Casting Processes, cast ing Des ign, Methoding, Steel and Iron castings, Light Metal Casting, New Casting Technologies.

Joining of Materials Fundamental of bonding, welding arc and arc phys ics, power sources for arc welding.Welding, Brazing, Solder ing, Adhes ive Bonding, Micro-joining, Micro-p lasma, Micro-r es istance, Ultasonic Welding, Low Power Laser , Microwave Welding, Plastics & Ceramics, Joining of Advanced Mater ia ls, Defects in welded , brazed and soldered joints and its signif icance, Destructive and Non-destructive t est ing of welded joints, weldabil ity t est .

Plastic Deformation and Metal Working Processes Concepts of stress & plastic sta te of deformat ion – pr incipal stress, normal str ess, hydrostatic stress, shear stress etc. , Yield Crit er ia – Von Mises and Tresca.

Cr it ica l resolved shear stress, Dis locat ion concept for plast ic deformation, Types of dislocat ion, Dis location r eact ion, Lomer -Cottr el l barr ier , Bauschinger Effect , Tens ile, Fatigue, Creep and Impact behavior of meta ls, Strain rate sens it ivity, stra in hardening, superp lastic ity, Equicohes ive temperatur e, , Annea ling process, Recrystall isat ion Temperatur e, Linear elast ic fractur e mechanics, Fracture Toughness.

Elements of meta l deformat ion processes – Roll ing: hot r olling & cold roll ing; Forging: open die forging, c losed die forging & press forging; Extrusion: dir ect , indir ect &Aluminium extrusion; Wire drawing; Sheet metal working; Stretch forming for foils. Defects & limitations, thermomechanical process ing, r ecovery, recrystall ization and grain growth, microstructur e development dur ing forming.

PHARMACEUTICAL TECHNOLOGY DEPARTMNET

Part 1: Research Methodology:

1. Introduction to research: Meaning, objective, mot ivat ion and types of r esearch. Resea rch and scient if ic method. 2. Research problem: Select ion, Necess ity and technique of def ining the problem. 3. Research Des ign: Meaning and need for research des ign. Basic pr incip les of research design. 4. Sampling Des ign: Criter ia and character is t ic of good sample des ign. Random sample design. 5. Method of data co llect ion : Collect ion and observation. Differ ent method of data collect ion. 6. Process ing and analys is of data: Problem in data process ing. Statist ics in r esearch. 7. Testing of Hypothesis : Basic concept and procedure for hypothes is t est ing. 8. Analys is of variance and covariance: What is ANOVA, Basic pr incip le of ANOVA, ANOVA T echnique, Coding method, Two way ANOVA. ANOVA in la t in-square des ign, Ana lys is of Co-var iance. 9. Interpretat ion and Report Writ ing: Meaning, Why, Technique, Precaut ion of interpr etation. Signif icance of repor t writ ing, step involve in r eport writ ing, layout of research r eport . 10. The compute and its ro le in research.

Part 2: Subjects in Pharmaceutical Techno logy

Ana lyt ica l method development, Instrumentation method involve in drug and formulat ion research. Chromatographic t echniques in drug development l ike HPLC, HPTLC, LC -MS, GC-MS, CPC etc. Phys iochemical factors regulating b ioava ilabil ity, bioequivalence and ADME Parameter . Drugs from their natural or igin with therapeutics importance, their tox icity and r egulation. Combinator ia l chemistry, HTS and deconvolution ana lys is. Lead f inding in drug discover y and development ( ant i cancer , ant i diabetic and cardiovascular drugs). React ion mechanism and named r eact ions. General consideration for newer delivery systems including Control and Sustained r eleas e systems. Out line of some alt ernative routes of drug delivery, ocular , t ransderma l, pulmonary, recta l and vaginal delivery. Liposomes, Fusogenic l iposome, niosomes, mult ip le emulsion system. Pharmacokinet ics, Pharmacodynamics. Drug development , evaluat ion and safety studies. Individual var iants and drug interact ion. Molecular basis of chemotherapy. Chemotaxonomy of natural drug. Ant itumor and Ant idiabet ic drugs of Natural or igin. Hallucinogenic, a l lergic and teratogenic drugs. Natural drug of st eroid group. Current drug discovery from natural or igin. Metabolic pathways. Elementary cytochemistry of mammalian bacter ia l and viral cell, importance of cytochemistry in drug development. Kinet ic of enzyme r eact ion. Bas is of metabolic antagonism. Chemistry of protein, l ip id and carbohydrate. Classif ication and taxonomy, structure and cytology, nutr it iona l r equir ement, enzymes and metabolism by micro-organism. Method of cu lt ivation of bacter ia , fungi and viruses. Ster i l ization and test for st er i lity, ant ib iot ic, ant i bodies, immunity. Gene therapy, Biotechnologica l products. Enzymes, Vitamins. Bacter ia l genet ics.

POWER ENGINEERING DEPARTMENT

PART 1 : Research Methodology 1. Measurement: Concept of measurement. Scales of measurement - Nomina l, Ordina l, Interval, Ratio. Error in measurement; Design of exper iment, concept of independent & dependent var iables; Data preparation and ana lys is (fr equency tab les, bar char ts, pie char ts, percentages), Error analys is. Concepts of accuracy, precis ion and resolution. Sens it ivity analys is. Sample problems in measurement in research. (40%)

2. Mathematical Review: Concepts of set theory and probabil ity, Linear a lgebraic equations. Differ ent ia l equations – l inear ODEs and PDEs. Complex numbers, Statist ical methods, Concept of central t endencies, measurement of dispers ion. Curve f it t ing, correlat ion and regress ion. Concept of dif fer ent numer ica l methods. (40%)

3. Background of Bas ic Phys ical Science for Research: Concept of units and dimens ions, Basics of Solid mechanics, thermodynamics, hydraulics, and electrodynamics. (20%)

PART 2: Subjects in Power Engineering

The candidates have to answer either Group A or Group B

Group A: Syllabus as in Mechanical Engineer ing, GATE, 2017

Group B: Syllabus as in Electr ica l Engineer ing, GATE 2017

PRINTING ENGINEERING DEPARTMENT

SYLLABUS FOR PH.D. ENTRANCE EXAMINATIONS

Part 1: Research Methodology

1. Type of Researches 2. Steps in sample Design and sample select ion cr it er ia 3. Measurement Scales, method of pair ed comparison 4. Sources of measurement error 5. Test of Validity, rel iabil ity, practicability etc. 6. Observat ion method, interview method and other method of pr imary data collection. 7. Data process ing operations 8. Central limit theorem 9. Hypothes is t est ing of mean. 10. Chi-square t est of var iance comparison 11. Basic pr incip le of ANOVA 12. Interpretat ion t echniques and pr ecaut ions of interpr etation. 13. Steps of r epor t wr it ing

Part 2: Subjects in Print ing Engineering

B.E. Pr int ing Engineer ing Syllabus as available in Jadavpur Univers ity Webs ite

PRODUCTION ENGINEERING DEPARTMENT

Part 1: Research methodology

Overview of r esearch methodology, Data collect ion & presentation, Review of Bas ic sta t is t ica l measure, Probabil ity Distr ibutions, Sampling methods & Distr ibut ion, Tests of Hypotheses, Non-Parametr ic t ests, Des ign of Exper iment, Bas ic multivar ia te ana lys is, Theory of opt imization.

Part 2: Subjects in Production Engineering

Engineering Mathematics

Linear Algebra: Matrix algebra, Systems of l inear equat ions, Eigen va lues and eigen vectors. Calculus: Funct ions of s ingle var iable, Limit , cont inuity and dif fer ent iab il ity, Mean va lue theorems, Eva luation of def init e and improper integrals, Par t ia l der ivat ives, Total der ivat ive, Maxima and minima, Gradient, Divergence and Cur l, Vector ident it ies, Dir ect ional der ivatives, Line, Surface and Volume integrals, Stokes, Gauss and Green’s theorems. Differential equations : First order equations (l inear and nonlinea r), Higher order l inear differ ent ia l equations with constant coeffic ients, Cauchy’s and Euler’s equations, Init ia l and boundary value problems, Laplace transforms, Solut ions of one dimens iona l heat and wave equations and Laplace equat ion. Complex variables : Ana lyt ic funct ions, Cauchy’s integral theorem, Taylor ser ies. Probability and Stat is t ics : Definit ions of probabil ity and sampling theorems, Condit iona l probabil ity, Mean, median, mode and standard deviat ion, Random var iab les, Poisson, Norma l and Binomia l distr ibut ions. Numerical Methods: Numerical solut ions of l inear and non-linear a lgebraic equations Integration by trapezoidal and Simpson’s ru le, single and mult i-step methods for differ entia l equations.

General Engineering

Engineering Materials: Structure and proper t ies corr elat ion;engineer ing mater ia ls (metals, ceramics, polymers and compos ites) – proper ties and applications; stress -stra in behavior of meta ls and alloys; ir on-carbon phase diagram, heat treatment of meta ls and alloys, its inf luence on mecha nica l proper t ies. Applied Mechanics: Engineer ing mechanics – equivalent force systems, free body concepts, equations of equil ibr ium; trusses; strength of mater ia ls – str ess, stra in and their r ela t ionship ; fa i lur e theor ies, Mohr’s c irc le(str ess), def lection of beams, bending and shear stress, Euler’s theory of columns. Theory of Machines and Des ign: Analys is of p lanar mechanisms, cams and followers; governors and f ly wheels; des ign of bolted, r iveted and welded joints; interfer ence/shr ink f it joints; des ign of shafts, keys, spur gears, belt dr ives, brakes and clutches; pressure vessels . Thermal and Fluids Engineering: Fluid mechanics – fluid sta t ics, Bernoull i’s equation, flow through p ipes, equat ions of cont inuity and momentum, capil lary action, contact angl e and wett ing; thermodynamics – zeroth, first and second law of thermodynamics, thermodynamic system and processes, ca lcu lation of work and heat for systems and cont rol volumes; a ir standard cycles; heat transfer – basicapplicat ionsof conduct ion, convect ion and radiation.

Manufacturing Processes I

Casting: types of cast ing processes and applications; patterns – types and mater ials; a llowances; moulds and cores – mater ia ls, making, and test ing; casting t echniques of cast iron, st eels and nonferrous meta ls and alloys; analys is ofsolidif icat ion andmicrostructur e development; des ign of gating and r iser ; or igin of defects. Metal Forming: Str ess-stra in r ela t ions in e last ic and p lastic deformat ion; concept of f low stress; hot and cold working – forging, roll ing, extrusion and wir e drawing; sheet metal working processes – b lanking, bending and deep drawing; idea l work and s lab ana lys is;or igin of meta l workingdefects. Joining of materials : Princip les of fus ion welding processes (manua l metal arc, MIG, TIG, plasma arc, submerged arc welding processes)–differ ent heat sources (f lame, arc, res ist ive, laser , electron beam), and heat transfer and associated losses, f lux application, feeding of fi l ler rod; Pr incip les of solid sta te welding processes (fr ict ion, explos ive wel ding, u ltrasonic welding processes); Pr incip les of adhes ive, brazing and solder ing processes; Or igins of welding defects. Powder process ing: Production of metal/ceramic powders, compact ion and sinter ing of meta ls and ceramic powders. Poly mers and Composites: Plast ic processing – injection, compress ion and b low molding, extrusion, calendar ing and thermoforming; molding of compos ites.

Manufacturing Processes II

Machine Tools and Machining: Basic machine tools l ike centr e la the, mill ing machine, and dr i l l ing machine – construct ion and kinemat ics; machining processes - turning, taper turning, thr ead cutt ing, dr i l l ing, bor ing, mill ing, gear cutt ing, thr ead product ion, gr inding; geometry of s ingle point cutt ing tools, chip format ion, cutt ing forces, specif ic cutt ing energy and power r equir ements, Merchant’s analys is; basis ofselection of machining parameters; tool mater ia ls, tool wear and tool life, economics of machining, therma l aspects of machining, cutt ing fluids , machinabil ity; J igs and f ixtur es – pr incip les, applications, and design Non-tradit ional Manufacturing: Princip les , applications, effect of process parameters on MRR and product qua lity of non-tradit ional machining processes – USM, AJM, WJM, AWJM, EDM and Wire cut EDM, LBM, EBM, PAM, CHM, ECM. Computer Integrated Manufacturing: Basic concepts of CAD – geometr ic modeling, CAM – CNC and robot ics – configurations, dr ives and controls, Group Technology and its applications – CAPP, cellu lar manufactur ing and FMS.

Quality and Reliability

Metrology and Inspect ion: Limits, f its , and tolerances, gauge des ign, inter changeabili ty, select ive assembly; l inear , angular , and form measurements(stra ightness, squareness, fla tness, roundness, and cylindr icity) by mechanical and optical methods; inspect ion of screw thr eads and gears; surface f inish measurement by contact and non-contact methods;tolerance analys is in manufactur ing and assembly. Quality management : Quality – concept and costs; quality assurance; sta t ist ical quality control, acceptance sampling, zero defects, s ix sigma; tota l quality management; ISO 9000. Reliabil ity and Maintenance: Reliabil ity, availabil ity and mainta inabil ity; distr ibut ion of fa i lur e and r epa ir t imes; determinat ion of MTBF and MTTR, rel iab il ity models ; determinat ion of system r eliab il ity; pr event ive ma intenance and rep lacement.

Industrial Engineering

Product Des ign and Development: Principles of good product des ign, tolerance des ign; qua lity and cost cons iderations; product l ife cycle; standardization, s implif ication,

divers if ication, value engineer ing and analys is, concurrent engineer ing;comparison of product ion alt ernatives. Work System Des ign: Taylor’s scient if ic management, Gilbr eths ’s contr ibut ions; product ivity – concepts and measurements; methodstudy, micro-motion study, pr incip les of mot ion economy; work measurement –t ime study, work sampling, standard data , PMTS; ergonomics; job eva luation, mer it ra t ing, incent ive schemes, and wage administra t ion. Facility Des ign: Facil ity location factors and eva luation of a lt ernate locat ions; types of plant layout and their evaluat ion; computer a ided layout des ign techniques; assembly l ine balancing; mater ia ls handling systems.

Operations research and Operations management

Operation Research: Linear programming – problem formulation, s implex method, dualit y and sens it ivity analys is; transportation and assignment models; network f low models, constrained opt imization and Lagrange mult ip liers; Markovian queuing models; dynamic programming; s imulat ion – manufactur ing applicat ions. Engineering Economy and Cost ing: Elementary cost account ing and methods of depreciation; br eak-even analys is, t echniques for eva luation of capita l investments, f inancia l sta tements, t ime-cost trade-off, resource leveling. Production control : Forecasting t echniques – causal and t ime ser ies models, moving average, exponent ia l smoothing, tr end and seasonality; aggregate product ion planning; master product ion scheduling; MRP and MRP-II; rout ing, scheduling and pr ior ity dispatching; Push and pull production systems, concept of JIT manufactur ing system; Logist ics, distr ibut ion, and supply chain management; Inventory – funct ions, costs, class if ications, determinist ic inventory models, quant ity discount; perpetual and per iodic inventory control systems. Project management – PERT and CPM.