Science Chemistry a-E

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Course Curriculum for Master Degree in AppliedChemical sciences

The Master Degree in Applied Chemical Sciences, is awarded by the Faculty of GraduateStudies at Jordan University of Science and Technology (JUST) upon the fulfillment of thefollowing requirements:

1) Compliance with the J.U.S.T. Master Degree regulations approved by the DeanCouncil (No. 492/2006), dated 8/8/2006.

2) Successful completion of (34) credit hours in one of the following tracks:

First: Thesis Track

1. Compulsory Requirements: (13) credit hours as follows:

Course Symbol andNumber

Course Name Credit

CHEM 711 Structure and Reaction Mechanismsof Organic Reactions

3

CHEM 721 Physicochemical Methods inInorganic Chemistry

3

CHEM 731 Methods of Chemical Analysis 3CHEM 741 Quantum Chemistry and Molecular

Spectroscopy3

CHEM 791 Seminar 1

2. Elective Requirements: (12 ) credit hours from the following* :


Course Name Credit

CHEM 712 Reaction and Synthesis of OrganicCompounds

3

CHEM 713 Heterocyclic Chemistry 3CHEM 714 Advanced Polymer Chemistry 3CHEM 723 Advanced Organometallic Chemistry 3CHEM 724 Solid State Chemistry 3

CHEM 732 Advanced Chemical SeparationMethods

3

CHEM734 Environmental Analytical Chemistry 3

1



CHEM 742 Industrial Electrochemistry 3CHEM 743 Chemical Kinetics 3CHEM 761 Metabolism of Bimolecules 3CHEM 746 Biochemical Techniques 3CHEM 790 Special Topics in Applied Chemistry 3

* The student may study not more than 3 credit hours from courses of 700 or 800 level

offered by other programs related to his field of study upon approval of the Dean of Graduate Studies based on the recommendation of the departmental graduate studiescommittee.

3. Master Thesis (CHEM 799): total of 9 credit hours as follows:


Course Name Credit

CHEM 799 A Master Thesis 9CHEM 799 B Master Thesis 6

CHEM 799 C Master Thesis 3CHEM 799 D Master Thesis 0

2



Course Curriculum for Master Degree in Applied ChemistryCourse Description

Chem.711: Structure and Reaction Mechanisms of Organic Compounds (3 credit hours)This course is designed to enable the graduate student to develop a broad and deepunderstanding of the chemical bonding, molecular structure, and organic reaction

mechanisms including kinetic and thermodynamic aspects, soft and hard acids and bases. Itemphasizes the mechanistic aspects of nucleophilic substitution, elimination, polar addition, rearrangement, oxidation, reduction, free radical and concerted reactions.

Chem. 712: Reactions and Synthesis of Organic Compounds (3 credit hours)The main goal of this course is to introduce the graduate student to reactions and synthesisof organic compounds, and to the use of organic, organometallic and inorganic reagents inthese synthesis. This include addition reactions, reduction of carbonyl and other functionalgroups, aromaticity and aromatic substitution reactions, oxidation, alkylation of carbon viaenolates and enamines, reactions of nucleophilic carbon species with carbonyl groups,reaction involving electron-deficient species. The course will emphasize the aspects of

multistep synthesis of commercially important compounds.

Chem. 713: Heterocyclic Chemistry (3 credit hours)This course deals with the nomenclature, synthesis, reactions and physical properties of heterocyclic compounds. It covers heterocyclic compounds.Containing one O-, N-,S-, and P- heteroatom in four-, five- and six- membered ring(aziridine, oxirane, thiirine, pyrole, furan, thiophene, phospholes, arsoles, indole,

benzofuran, benzothiophene, pyridine, quinoline and isoquinoline); heterocycliccompounds containing two heteroatoms in five-, and six-membered ring (pyrazole,imidzole, thiazole, isoxazole, oxazole, pyridazine, pyrimidine and pyrazine). Seven-membered ring heterocyclic compounds will be covered (borepine, oxepine, azepine and

thiapine). It emphasizes the biologically active natural products containing heterocyclicrings.

Chem. 714: Advanced Polymer Chemistry (3 credit hours)This course is designed to introduce the graduate student to the synthesis, thermodynamicsand kinetics of polymers and copolymers. It emphasizes the mechanisms of polymerization

properties (mechanical thermal, rheological, viscoelasticity and conformation), andinstrumental characterization of polymers, copolymers and additives. It also covers thesynthesis and characterization of special polymers (water soluble, fire retardant, hightemperature stable, and silicone polymers). General testing and quality control methods of

plastics will be discussed.

Chem. 721: Physicochemical Methods in Inorganic Chemistry (3 credit hours)This course is designed to introduce the graduate students to Group Theory and itsapplication in inorganic chemistry. This include molecular symmetry, point groups,representation of groups, symmetry aspects of molecular orbital theory, hybrid orbitals,molecular orbitals, ligand field theory and molecular vibrations. This course emphasizesthe various physicochemical techniques used in structural determination of inorganic andorganometallic compounds; Vibrational Spectroscopy (infrared and Raman), X-Rayanalysis, Electron Spin Resonance (ESR), Nuclear Magnetic Resonance (NMR) of

paramagnetic and diamagnetic complexes, Circular Dichroism (CD) and optical RotatoryDispersion (ORD) Spectroscopy. It also introduce the graduate student to thermal analysistechniques (thermogravimetric, differential thermal techniques).

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Chem. 723: Advanced Organometallic Chemistry (3 credit hours)This course is designed to introduce the graduate student to bonding, structure, stability andreactivity of d- and f-block organometallic complexes. It covers their applications inorganic synthesis, activation of small molecules (CO, CO2, H2 …), and industrial processes(isomerization, hydroformylation, hydrocyanation, hydrosilation, hydrogenation,

polymerization …).

Chem. 724: Solid State Chemistry (3 credit hours)This course is designed to introduce the graduate student to the importance of stoichiometric and nonstolchiometric inorganic solid materials in modern science andtechnology. It emphasizes the bonding, structure, synthesis and characterization of inorganic oxides, borides, nitrides and carbides. The physical properties (thermal,magnetic, electric, electronic, optoelectronics, and chromic) will be discussed it also coversthe recent developments in fullerenes, fullerides, inorganic polymers and metallopolymers.The industrial aspects of these materials will be emphasized.

Chem. 731: Methods of Chemical Analysis (3 credit hours)This course deals with the various methods employed in chemical analysis. It includes

electroanalytical methods (potentiometry, voltametry, coulometry, electrogravimetry,conductance oscillometry); spectroscopic methods (visible, ultraciolet, infrared, Raman,luminescence, atomic spectroscopy; and chromatographic separations (liquidchromatography and gas chromatography0

Chem. 732: Advanced Chemical Separation Methods (3 credit hours)This course is designed to introduce the graduate student to the principles, techniques inelectroanalytical and chromatographic methods. It covers the basic concepts of analyticalelectrochemistry (impulse relaxation and diffusion, charge transfer, Nernest equation,Butler-Volmer equation, Tafel equation, coupled chemical reaction and chemicalreversibility); potential step excitation techniques (chronoamperomety, chronocoloumetry,chronoabsorptometry); potential scan techniques (stationary electrode voltametry, cyclicvoltamety, DC polarography, current sampled polarography and thin layer voltametry); andelectroanalytical evaluation of organic reactions mechanism. It also covers the principles(thermodynamic and kinetic aspects of chromatography); and techniques (size exlusion,liquid, gas and ion chromatography).

Chem. 734: Environmental Analytical Chemistry (3 credit hours)This course is designed to aquaint the graduate student to the present environmental

problems and the role of chemical analysis in environmental monitoring. It deals with thevarious analytical methods employed in the detevtion and analysis of chemical pollutants

(toxic metals, pesticides, phenolic, industrial wastes) in the atmosphere, hydrosphere,lithosphere and biosphere. The qualitative and quantitative aspects of common andindividual pollutants analysis will be emphasized. Radioactive pollutants (airborne dust andgases) will be mentioned.

Chem. 741: Quantum Chemistry and Molecular Spectroscopy (3 credit hours)The goal of this course is to introduce the graduate student to the concepts of quantumtheory and its application in electronic configuration. It includes revision of classicalmechanics, and introduction to quantum mechanics, Schrodinger equation and itsapplications to simple systems. Including particle in a box, harmonic oscillator, rigid rotor,operator and matrix algegra, angular momentum. It also covers the approximation methods.

(Perturbation theory and variation methods); and, interaction of radiation with matter,absorption coefficient, Starck and Zeeman effects.

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Chem. 742: Industrial Electrochemistry (3 credit hours)This course will introduce the graduate student to the electrokinetic phenomena occurringat the solution-electrode interfaces and their applications in industry. This includefundamentals of electrode science and technology; Butler-Volmer equation, current-

potential laws as related to reaction mechanism (electrolysis, gas evolution anddesposition); and the various electrochemical techniques (cyclic, stripping voltammetry), italso covers the technical aspects of electrochemistry; energy conversion systems, storage

system and electroplating, industrial processes, cell design and side reactions, gas bubbleseffect, current distribution and mass transfer. Recent development in the technology of theelectrode, diaphragms and cell construction will be discussed.

Chem. 743: Applied Kinetics of Chemical Reactions (3 credit hours)Theories of reaction rates (unimolecular, bimolecular and termolecular), chemical kineticsof simple and complex reactions (parallel, consecutive, and reversible reactions) a detaileddiscussion of the kinetics and reaction mechanisms in the gaseous and liquid phases and insolutions, factors and conditions effecting reaction kinetics (such as energy and activation

parmeters, temperature, pressure … etc.), enzymes, homogeneous and heterogeneouscatalysis (including inhabitation), fast reactions; photo-induced reactions, kinetic

simulations, experimental techniques for fast kinetic studies.

Chem. 761: Metabolism of Biochemical Molecules (3 credit hours)This course deals with the biochemical aspects of the metabolism of individual aminoacids; special lipids (cholesterol, sphingolipid and prostragindins); complex carbohydrates;glycoproteins and proteoglycans; iron and heme metabolism; protein synthesis,translational and posttranslational modification; intracellular protein degradation.

Chem. 764: Biochemical Techniques (3 credit hours)This advanced laboratory course emphasizes the principles and techniques in voided in

preparation, isolation purification, concentration of highly diluted solutions, andidentification of biomolecules; protein labeling and its application in biochemical sciences.

Chem. 790: Special topics in Applied Chemistry (3 credit hours)The content of this course varies depending upon the research interests of the facultymembers and students needs. It covers recent developments and advancements inchemistry, applied chemistry and industrial chemistry.

Chem. 791: Seminar (1 credit hours)The goal of this course is to introduce the graduate students to the chemical literature,finding chemical information, critical reading of research papers, scientific reporting,

writing proposals and thesis, preparing transparencies, and presentation of data in seminars.The student is required to present a seminar on a recent topic in applied chemistry extractedfrom primary and review journals.

Chem. 799: Master Thesis (9 credit hours)The graduate student is required to perform original research work as directed by hisacademic/research advisor; submit and successfully defend his thesis in a departmentalseminar.

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لخطة لية لمنح دجة لماجستير ف لكيمياء

منح دجة لماجستير ف لكيمياء ية لا لعيا ف جاعة لعو لتكنولوجيا دية شرطة ا:

1. داصل ةعال ف ريتسجامل ارب اميع ف اهي وصنمل رلاب يقتل) رقب ءمعل 492/2006اتب (8/8/2006.

2.) ام34:انب اهتان لا كش ى مق ثب ام انب متع ةا () اة عتم ما 13:لمتطا جاة خص لها (.1اسمل ز اسمل ااسل

متعمل3نية مربا ضة وآيا تفاعلتها711كطرق فيزيميائية يمياء غير 721ك

ضة3

3رق حي يميائ731ك

3يمياء ويا جزية741ك دو791ك ـ ـ ـ ـ1

:) اة عتم لمساا لتالية*12لمتطا تياة خص لها (.2اسمل ز اسمل ااسل

متعمل3تفاعل وتصني مربا ضة712ك3يمياء مربا حية غير مجاسة713ك3يمياء مبمر مدة714ك

3يمياء ضة مدية مدة723ك 3يمياء حاة صبة724ك3رق فص يميائ حي732ك3يمياء حيية بيية734ك3يمياء هرائية صناعية742ك3رية فاعل يميائية طبيية743ك3ل جزا يميائية حية761ك3تنيا يمياء حية764ك3عا خاة يمياء طبيية790ك

6



وى ( 3يجو طاب رسة ما ل يزيد عن ( * ـ ـ ـ ـ ـ ـ ـ تـم ن ـ ـ مـ دتم اعاس (700أ800م نم (ع ءا ا اسرد دع نم رق اقاس اهسردي ةسرد تطخ ار اه ىأق ةج ةصو.

03 ) ةلارل ق دإ799) وب (9م ت ع ا ا ( .

اسمل ز اسمل متعمل ااسل

9الة اجستيرأ799799 ريتسجا ةلا 6799ريتسجا ةلا 3 0الة اجستير د799

7



ء لتطيقيهبرنا لماجستير ف لكيمياااسمل صو

711) اعا ايلآو ةضل ارمل ةيب :3(دمت اعاور يمعو اش ه رط اي اد ةب دعاسم قاسم ذ م

ج ىع قاسم ذ مو ةض ابرم لعافت ايآو يرتو ةيئايمي

0دنايا حرة وحرية فاعل ضة وما وعد ضيفة وة ورز ذ مساق عى آيا تفاعل بد نيييي وحذ واةرح وذجو يتر اعإو ةبطسم0

712) ةضل ارمل يو عا :3(دمت اعاإ هد رئي هذ مساق تر بة دا يا افاعل ورق تحضير

واد مساعد ضة وضة-مدية وغير 0مربا ضةوم ذ عى تفاعل اة وخز0ضة تصني مربا ضة

جمعة ري وجمعا وظيفية أخر ،تفاعل بد مربا حيةواتية ،سد ،خز ،ة ،ر ع ر تي ن ويناي ،ويرز

ط د ريضحت ةرط ةاج ةيم ابرم ريضحت ىع قاسم ذ0713) ةسناتمل ريغ ةيقحل ارمل ءايمي :3(دمت اعا

نى ذ مساق سمية وتصني وتفاعل مربا حية غير مجاسة وخصائصها دو ىع حت و ةساجم ريغ ةيح ابرم انو ةيئازيف

وسجي ،نيروي ،بر وفسف حا راعية وماية وسدية،ور ف ييث ،ي ،وري ،ريث ،رسوأ ،در ىع ميو

ابر ىع مت ام ،نيمو ين ،رري ،ييثوزن ،يزن ود،وري ةيدو ةيامخ ا يساج ريغ يت ىع حت ةي

ريو ديمري ،دري واسو واسس ،وايث ،وزتديم0مت اميايثو ي ،يبيسوأ ،يور ةح ةيعاب ةساج ريغ ةي ابر ىع0

ي ا ةي ابر ىع حت ةييبط اجنم ىع دي 0714) ةدقتمل رممل ءايمي :3(دمت اعا

،ينص ي ةوزم رمبمو رمبما اط ر قاسم ذ مئاصخو رمبم ايآ ىع دي ،لعاف ةيرو ةرح ةيياندو

ايهو ةوزو ةورمو ،"د" ةد ،ةرح ،ةييايم) رمبم000(ااضمو ةوزم رمبمو رمبم ىع رو0يت ىع م ام

ا دنع ةاو ئرح ةيم ،ءام وذت ) ةاخ رمب ىع رو(يس رمبو ةياع ر0 ح ابخو ةا ابخ ان ام

يلب 0

721) ةضل ريغ ءايميكل ف ةيئاميزيل رطل :3(دمت اعاه ذ مساق ر طا نرة مجمعا وتطبياتها يمياء غير ضة

ثام رانعو ،اعمجم يمتو ان اعمجو ،زج ثام ىع مواطبترم اج ةر ،ةيزج دم ،ةنجهم دم ،ةيزج دم ةرن

ةدسم ةيئايميزيف اين ىع قاسم ذ دؤ ام ،ةيزج اذذوحت) ةيذذ اي ةيدم-ةضو ةض ريغ ابرم ةيتابن يص ددحت

0حمرء وا (وشة ق بنفسجية

723) ةدقتمل ةيندمل ةضل ءايميكل :3(دمت اعادم او ابث ،يرو ،ئايمي را اط ر قاسم ذ م

) د ةعمجم ةيدم ةضf,d اهتايبطت د ىع متو (ر ديسأ اثر ديسوأ ) ريص ازج ينتو ةض اي

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يف ةعمج اخو واص ةيعانص ايم اهدو (يوديهورمبمو ةدهو ييسو ديايسو0

724) ةل ةلاحل ءايمي :3(دمت اعار ذ مساق طا مية م صبة غير ضة ونيا

حدة ،وتؤد عى ر يميائ ،وري وي وصائ مفة(منايسية وهرائية وروية وروية-ضئية و) سييا غير

ديرو دورينو دبو دياو ةض0ط ىع م امةيعانص اهيمأ ىع دي ةيدم رمبمو ةض ريغ رمبم ةدح0

731) ئايميكل يحتل ر :3(دمت اعاهد ذ مساق إى تر طا را وتطبيا رق حي طيف ورق

ءض خدت ةر :ةيا يم قاسم ذ طو ئايميوره يحفيط يح قرط ةيم ايبطو سيانوره يط ءزأ ،ام

ا ةشأو ،ءرمح حت ةش ،ةيجسفنب ق ةش ،ةيئرم ةش دا0طيف يض ومطياية ذة ،ومفاي اية يمياء حيية هرائية

(نب ورخاء وا وا حنة ،اة رس واة ر-مر ،اة(ئايمي او ةوزم-ةيئايمي لعاف ،ات0ىع ةدهج اث اينت

خط) ماسة زنية بيرورة زنية رة زنية ووريا اي ،ةيح ةيف ا طا ةين ةسام) دهج سم اينت (ةاص

ايآ ييتو ةير ةبطا ةيف ةسامو ،ام اي ايرو رمسمئاره يحا ةض لعاف0

732) ةدقتمل ئايميكل ل ر :3(دمت اعاهد ذ مساق إى تر طا ولع عى أ رق فص يميائية مفة

: ا قاسم ذ طو ح اهن اح ا د مي0تصني رق فص اري وطير ول رة وتطبيا رواتريا

ا ايرتاور0ا ء ئاس ايرتاور0ةبط ايرتاور 0رواتريا م ق دة حرة رة وتطبيا هجر هرائية0رية

734) ةييل ةييحتل ءايميكل :3(دمت اعايح وو ةرص ةييب ام ىع علو اط رت ىإ قاسم ذ ده

ونا طرق مفة مسمة ع0يميائ مربة بييةمثا بية وتحيها :ما ساة ،مبيد ،فين ،فضل صناعية)

ما ؤد عى أ حي0مثا ج وماء ورة وائنا حية حية0م اب) ةم اثم ر ةاو ةا اثم مو عن

(ً ةنم-او0

741) ةيزل ايو كل ءايمي :3(دمت اعا اهتايبطتو ةر يافم اط رت ىإ قاسم ذ ده

رو وم عى رة ميايا ليية "يدة" ودة ،اة،ة ةرح قودن يسج اهي ام ةطيسب ةم ىع اهتايبطتو رجورش

ما وم عى (0ا وبر مجمعا ،ز زوRigid Rotor دو جاىء () ةر) ر قرPerturbation) ريي ةرو (Variationةش عافت (

امو كا رثؤو اص ا ام 0

742) ةيعال ةيئابركل ءايميكل :3(دمت اعار طا خل ذ مساق عى ر هرورية تح عى حد

(حي هر0،طا اة ر-ر ،ي هد يا وعلها ية فاعوتم عى أ ع وتنية0فا ي ط ومح وتطبياتها صناعةتصاعد ا وري (ونيا هرويميائية مفة (ماسة فية حية

) ما تم عى عا تنية يمياء هرائية ،أمة تح طاة00،وجردة

9



،ةيباج لعافو ةي يمصت ةيعانص ايم ئاره ءلطو ز ةمأواينت ةدح ط ان ام ة او اي ت ،ةا اعاف ريثت

0طا وصفائ مساية وناء ية

743) ةيقيطتل ةيئايميكل عاتل ةير :3(دمت اعادمو ةطيسب لعاف ةير ،(دم ،ئان ،ا) عاف ىعر ي،ياحم و ةئاسو ةا ةاح (دئاو ةامو ةم لعاف )

،(ر آية فاع و إيها ا رية000،حر ض ،ورو تؤثر رية فاعل ) اة وال ني ،ةد ،ةرس لعاف ،ةساجم ريغو ةساجم دعاسم و ،امزعاف ةير ة قر ةيرح (يب) ااحم ،ةيئايمي لعاف ءض

رس0

761) ةيحل ةيئايميكل ايئزل قت :3(دمت اعا ةعمجم دهو ءانب ةب لل ةيئايمي ن قاسم ذ ا

ايند ،وريسي) ةا ةيبط ايند ،ةيني ام : ابرمت ،يهو ددح ل ،دم انو ،(دلاوربو ،ةيجنف

0بروتي ،تد تري بروتي أثناء ت تح بروتي خ ية حية

764) ةيحل ءايميكل ايق :3(دمت اعا،ص ،ريضحت ةدسم رطو ءابم ىع زر د مع قاس ذ

) ييت قر ةيح ازج ىع رو ،ً )Labelingتنية ،تريز محاي مففة د0وما بروتينا صناعا يميائية حية

790) ةيقيطتل ءايميكل ف ةصاخ اع :3(دمت اعاتحدد حا ذ مساق ماا بح د أعضاء ية د ،وياا طبة

وتم عى ط ود يمياء طبيية ويمياء صناعية فروعها00مفة

791) ودن :1(دمت ةعاهد ذ مساق ر بة دا يا امن مية جا يمياء

وبح يها ع ما ،تد طا عى رء فاصة حا وار ئاو زيهجتو راحم ام دتو ،ةورو ةيم ام ةاو ةيم

وعى طا أ حار (دو) ت د مي حدة 0ضا لة)Primary Journalsيمياء طبيية س أحا ن دوا وية (

Review Journal)0ومرية (

799) ريتسجامل ةلا :9(دمت اعااط دشر رش ةيمع ةاأ ئايمي ح ءرإ ىع قاسم ذ م

اأ ورأ اجن انو دو د أ اي اد ا ىعو حب/مار ذه ا ً 0جنة ت خصيص

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Science Chemistry a-E