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Curriculum Development
of Master’s Degree Program in
Industrial Engineering for Thailand Sustainable Smart Industry
WP1 - Wichai Chattinnawat and Rui M. Lima
WP1: Execution Status Report
WP 1
• Throughout the entire first year the WP1 will
• 1) identify the strengths and weaknesses , the common points, the differences and the good practices concerning curricula, teaching methods and tools in Thai and EU universities
• 2) identify the gap between the needs of industry, for being ready for Thailand 4.0, especially in capacity building, and the competence of MSc graduates from current curricula offered by Thai and EU universities
• 3) recommend the specifications and focus areas of the new proposed MSIE curriculum.
Curriculum Development of Master’s Degree Program in Industrial Engineering for
Thailand Sustainable Smart Industry -MSIE4.0
Final Revision Working plan wp
WP1-1.2 Analysing of MSIE curricula being offered, and of learning and teaching methods being applied
Task 1.2
• The task 1.2 aiming at analysing MSIE curricula being offered, and of learning and teaching methods being applied and will be carried out considering the following tasks:
• -Task 1.2.1 Reviewing MSIE curricula being offered currently in Thailand
• -Task 1.2.2 Reviewing teaching and learning methods being applied currently in Thailand
• - Task 1.2.3 Reviewing MSIE curricula being offered currently in partners’ countries - Task 1.2.4. Reviewing teaching and learning methods being applied in partners’ countries
• -Task 1.2.5 Analysing curricula, and teaching and learning methods
22 Programs from 17 Universities selected in Thailand listed by each partner
1.Chiang Mai University (CMU) 1.Master of Engineering Program in Industrial Engineering
2.Naresuan University 1.Master of Engineering Program in Management Engineering
3.Mae Fah Luang University1.Master of Business Administration Programme in Logistics and Supply Chain Management
(International Programme)
4.Kasetsart University1.Master degree in industrial engineering
2. Master degree in engineering management
1.Khon Kaen University (KKU) 1.Master of Engineering Program in Industrial Engineering
2.Suranaree University of Technology 1.Master of Engineering (Industrial Systems and Environmental Engineering)
3.Ubon Ratchathani University 1.Master of Engineering Program in Industrial Engineering
4.Chulalongkorn university (CU) 1.Master of Industrial Engineering
1.Prince of Songkla University (PSU) 1.Master of Engineering Program in Industrial Engineering2.King Mongkut's Institute of Technology
Ladkrabang1.Master of Industrial Engineering
3.Burapha University 1.Master of Industrial Engineering
4.Nakhon Si Thammarat Rajabhat University 1.Master of Industrial Engineering
King Mongkut's University of
Technology North
1.King Mongkut's University of Technology
North Bangkok1.Master of Industrial Engineering
2.King Mongkut's Institute of Technology
Thonburi
1.Master of Engineering Program in Metal Forming Technology
2.Master of Engineering Program in Manufacturing System Engineering
3.Master of Engineering Program in Precision Engineering
1. Thammasat University (TU) 1.Master of Industrial Engineering
1.Sirindhorn International Institute of
Technology (SIIT), Thammasat University
1.Master of Engineering Program in Engineering Technology
2.Master of Engineering Program in Information and Communication Technology for Embedded Systems
(ICTES)
3.Master of Engineering Program in Logistics and Supply Chain Systems Engineering (LSCSE)
1. AIT1. Industrial Engineering and Management, Design and Manufacufacturing Engineering, Logistics and Supply
Chain Management
Chiang Mai University (CMU)
AIT
Thammasat University (TU)
Prince of Songkla University (PSU)
Khon Kaen University (KKU)
11 Programs being reviewed in Europe listed by each partner
AIT1. University of
Greenwich1. Master of Engineering in Industrial Management
UPB
1. Universitatea
POLITEHNICA din
Bucuresti/POLITEHNICA
University of Bucharest
(UPB)
1.Master of Engineering Programs in Industrial Engineering
Design industrial şi produse innovative/Industrial design and product
innovation(DIPI)
Inginerie avansată asistată de calculator/Advanced Computer Aided
Engineering(IAAC)
Ingineria nanostructurilor şi proceselor neconvenţionale/Engineering of
nanostructures and nonconventional processes(INPN)
Ingineria proiectării şi fabricării produselor/Engineering of Design and Product
Manufacturing(IPFP)
Conception intégrée des systèmes technologiques/ Concepția integrată a
sistemelor tehnologice/Integrated design of technological systems(CIST)
Concepție si management în productică/Design and Management of
Automated Production Systems(CMP)
Echipamente pentru terapii de recuperare/Rehabilitation Therapies
Equipments(ETR)
Maşini şi sisteme de producţie/Machines and production systems(MSP)
Tehnologii şi sisteme poligrafice/Poligraphic systems and technologies(TSP)
Logistică industrial/Industrial logistics(LI)
Managementul întreprinderilor industriale virtuale/Management of virtual
industrial enterprises(MIV)
Ingineria calității/Quality Engineering(IC)
11 Programs being reviewed in Europe listed by each partner
AIT 1. University of Greenwich 1. Master of Engineering in Industrial Management
UPB
2. Universidad Politécnica de Madrid1.Master programe from ESCUELA TÉCNICA SUPERIOR DE
INGENIEROS INDUSTRIALES(CFAC)
3.Universitatea Tehnica Gheorghe Asachi, Iasi/Technical
University Gheorghe Asachi, Iasi (U Gha lasi)
1.Concepţia şi Fabricaţia Asistată de Calculator/Computer
Assisted Design and Manufacturing(IMFM)
2.Inginerie şi Management în Fabricaţia Mecanică/Engineering
and Management in Mechanical Manufacturing
4.ESCUELA TÉCNICA SUPERIOR DE INGENIEROS
INDUSTRIALES - Universidad Politécnica de Madrid
(UPM)
1.ESCUELA TÉCNICA SUPERIOR DE INGENIEROS INDUSTRIALES
- Universidad Politécnica de Madrid
U Minho
1.University of Minho
1.UMinho1 - Integrated Master in Industrial Engineering and
Management (MIEGI)
2.UMinho2 - Master in Engineering Systems (MES)
3.UMinho3 - Master in Industrial Engineering (MEI) –
Industrial Management option
2.University of Porto1.U.Porto -Integrated Master in Industrial Engineering and
Management (MIEGI)
3.University of Aveiro1.UA – Master in Industrial Engineering and Management
(MEGI)
CUT
1.University: Częstochowa University of Technology, PL1.Master Program in Management and Production
Engineering
2.University: AGH, Kraków, PL 1.MSc Program: Management and Production Engineering
3.University: Grenoble INP, FR 1.Master in Sustainable Industrial Engineering
Task1.3 Assessing needs of industry and student
• WP1-1.3:
• Task 1.3.1 Preparing a survey form for identifying the needs of industry for MSIE graduates to support their success in Thailand 4.0 and Industry 4.0
• Task 1.3.2 Preparing a survey form for the needs of prospective students for preparing them for Thailand 4.0 and Industry 4.0
• Task 1.3.3 Conducting survey for companies and organizations in the list
• Task 1.3.4 Conducting survey from students
• Task 1.3.5 Identifying the needs of industry and students
COMPANY : Plan = 95
register completed in the system
registered but not completed
not register in the system
Canceled
Non-identifiable
University Cluster Company
Chiang Mai University (CMU)
Aerospace Zodiac AirCatering Equipment (Thailand) Ltd.
Chiang Mai University (CMU)
Agro Processing Betagro Agro Industry Co.,Ltd
Chiang Mai University (CMU)
Agro Processing Four T Co., Ltd.
Chiang Mai University (CMU)
Agro Processing Northern Food Company Limited
Chiang Mai University (CMU)
Agro Processing Pepsi-Cola Thai Trading Co.,Ltd.
Chiang Mai University (CMU)
Automotives TSM
Chiang Mai University (CMU)
Automotives Keihin (Thailand) Co., Ltd.
Chiang Mai University (CMU)
Automotives Toyota Thailand
Chiang Mai University (CMU)
Automotives Keihin (Thailand) Co., Ltd.
Chiang Mai University (CMU)
Electronic Fujikura Electronics(Ltd) Thailand
Chiang Mai University (CMU)
Electronic Hoya optics
Chiang Mai University (CMU)
Electronic Tokyo Coil Engineer (Thailand) Co., Ltd.
Chiang Mai University (CMU)
Electronic Hana Microelectronics Public Co., Ltd. (Lamphun)
No. Company Name
1 DENSO(Thailand) Co.LTD.
2 Wielton Group
3 Nexteer
4 CP RAM co th (by KKU)
5 MitrpholSugar co ltd (by KKU)
6 Seagate Technology (by KKU)
7 NK Apparel (by KKU)
8 Panasonic Manufacturing (Thailand) Co,Ltd. (by KKU)
9 Thaibeverage Logistics (by KKU)
10 Yusen Logistics (Thailand) Co. Ltd.
11 Thai Summit Harness Co,Ltd.
12 President Bakery Public Company Limited
13 Misuibishi Motor Thailand Co, Ltd.
14 Grand Home Mart Co,Ltd.
15 DKSH Thailand Co,Ltd.
16 Triple A Mechanies Co,Ltd.
17 Western Digital (Thailand) Co,Ltd.
18 Segate Technology Thailand
19 Honda Thailand
20 Opakowania Eksportowe
21 Mitsubishi Electric Asia (Thailand) Co.,Ltd.
22 Zodiac Commercial Inserts Thailand
23 Symphony Communications
24 Schavakon Co.,Ltd
25 Xunthai Parawood Co., Ltd.
26 JCY HDD TECHNOLOGY COMPANY LIMITED
27 S.B. Furniture Industry Co.,Ltd
28 Southland Rubber Co.,Ltd
29 Wonnatech
30 Stitrangglove
31 Honda Company
32 rubbers innotech co.,ltd
33 Juthamarth Marketing Co.,Ltd
34 Four T Co., Ltd.
35 APK Furnishing
36 Bangkok Glass Public Company Limited
37 Betagro
38 Hoya optics
39 RC DESIGN S. z o.o.
40 DATAMARS (Thailand) Ltd.
41 Princess Foods Co.,Ltd.
42 Tokyo Coil Engineer (Thailand) Co., Ltd.
43 Siam Wire Netting
44 TSM
45 Fujikura Electronics (Thailand) Ltd.
46 Suksawad
47 Meshtec Internationnal
48 The CPAC Roof Tile CO.,Ltd
49 Mitsubishi Corp LT
50 CP all Distribution
51 Performance manufacturing Ltd. (Thailand) - Lamphun
52 Toyota Daihatau Engineering and Manufacturing
53 ZF - PDPQ IT
54 M&R LABORATORY CO., LTD.
55 Electrolux Poland Sp. z o.o.
http://ie.eng.cmu.ac.th/student_quest/
https://goo.gl/forms/6xTofe57ycAcx6Wt1
CUT Aerospace Wielton
CUT Aerospace ZF/TRW
CUT Aerospace Linex
CUT Automotives Nexteer
CUT Electronic Whirlpool
CUT Electronic Electrolux (Sosnowiec)
CUT Electronic Bosch und Siemens (BSH)
CUT Wood/furniture Waldii
CUT Wood/furniture MIRJAN
CUT Wood/furniture KLER
CUT Wood/furniture Opakowania Eksportowe
CUT Wood/furniture RC DESIGN S. z o.o.
Automotives ZF - PDPQ IT
Electronic Electrolux Poland Sp. z o.o.
Automotives Mitsubishi Corp LT
Automotives Toyota Daihatau Engineering and Manufacturing
Actual number=55 : By Industry Type
27.3%
20.0%
18.2%
9.1%9.1%
7.3%3.6%
1.8%
1.8%
1.8%
9.1%
Industry Type Manufacturing
Electronic
Automotives
Agro Processing
Wood/furniture
Logistic and Transport
Textile Industry
Aerospace
Packaging
IT
Please estimate the size of your company's domestic workforce.
3.6%
9.1%
10.9%
12.7%63.6%
Please estimate the size of your company's domestic workforce.
Up to 19 employees
20 to 99 employees
100 to 249 employees
250 to 499 employees
500 or more employees
Please estimate your 2017 revenues.
7.7%5.8%
15.4%
3.8%21.2%
17.3%
28.8%
Please estimate your 2017 revenues.Under 1 million (THB/euros)
1 million to under 10 million (THB/euros)
10 million to under 50 million (THB/euros)
50 million to under 100 million(THB/euros)100 million to under 250 millioneuros(THB/euros)250 million to under 500 million(THB/euros)500 million euros (THB/euros)
1)Strategy and organization2) To Enhance Business Models, Product & Service
3) Transversal & Domain Related Competences: Employees
Part 1 : Strategy Level
Part 2: Adoption Level
1)Smart products - Co-created Design concepts
2)Smart factory -Intelligence Manufacturing System
3)Smart operations - Controlling, Adjusting & Monitoring Process Real Time
4)Data-driven services-Integrated Business and Operational Data Management
Concepts of Finding Needs of Industry
Stra
tegy
Leve
l
1. What is the existing strategy level of business operation with respect to Industry4.0 concepts?
2. What are the short term plan for business direction and business strategy to gain competitiveness?
3. What are the policy: financial plan, HR plan, of the company toward adopting the industry 4.0?
Ad
op
tio
n
Leve
l
4. What is the existing strategy level of manufacturing operation with respect to Industry4.0 concepts?
5. What area of Industry4.0 they need to increase the company competitiveness or competences?
6. What are the current existing usage of the 4 main domains
Concepts of Finding Needs of Industry
• The assessment question must be constructed, directed to find out 2 components : Maturity Level, adoption Level
• 1. What is the existing strategy level of business operation with respect to Industry4.0 concepts?
• 2. What are the short term plan for business direction and business strategy to gain competitiveness?
• 3. What are the policy: financial plan, HR plan, of the company toward adopting the industry 4.0?
• We will focus on the following 2 domains
• 1. Transversal competences
• critical attitude toward technology development, personal flexibility
• The ability to take individual or socially construct ideas to action, Strong analytical skills
• 2. Domain-related competences
• For engineer, a deep understanding of interrelation between the electrical, mechanical and computer to develop innovative products and process and to solve related problems in quality.
• Engineer are required to acquire knowledge and state-of-the-art software architectures, modelling, and programming techniques. Also, statistical methods and data mining techniques are vital. Advance in material technology e.g 3D printing, Lean principle
• 4. What is the existing strategy level of manufacturing operation with respect to Industry4.0 concepts?
• 5. What area the are of Industry4.0 they need to increase the company competitiveness or competence?
• We will focus on the following 4 domains
• 1. Co-created Design concepts
• with Smart, Flexible, Integrated Product&Production Development System Innovation
• 2. Intelligence Manufacturing System
• Self-aware, Self-optimization, Self-configuration
• 3. Controlling, Adjusting & Monitoring Process Real Time
• Internet of Things (IOT), Cyber Physical System (CPS), Automation
• 4. Integrated Business and Operational Data Management
• Digital transformation, Cloud-based Manufacturing
• 6. What are the current existing usage of those 4 domains
Adoption Level
Strategy Level
• critical attitude toward technology development, personal flexibility1. Transversal
competences
• The ability to take individual or socially construct ideas to action, Strong analytical skills
• For engineer, a deep understanding of interrelation between the electrical, mechanical and computer to develop innovative products and process and to solve related problems in quality.
• Engineer are required to acquire knowledge and state-of-the-art software architectures, modelling, and programming techniques. Also, statistical methods and data mining techniques are vital. Advance in material technology e.g 3D printing, Lean principle
2. Domain-related
competences
Concepts of Finding Needs of Industry
Strategy Level
Industry4.0 Domains of Focus by WP1
1. Co-created Design concepts
• with Smart, Flexible, Integrated Product&ProductionDevelopment System Innovation
2. Intelligence Manufacturing System
• Self-aware, Self-optimization, Self-configuration
3. Controlling, Adjusting & Monitoring Process Real Time
• Internet of Things (IOT), Cyber Physical System (CPS), Automation
4. Integrated Business and Operational Data Management
• Digital transformation, Cloud-based Manufacturing
205 STUDENTs
41 AIT
20 PSU
Male50%
Female50%
Sex
Male
Female
51.7%39.0%
2.4%
1.0%5.9%
Level of Study
Master 1 Year
Master 2 Years or more
Ph.D 1 Year
Ph.D 2 Years
Ph.D 3 Years or more
42.9%
48.3%
3.4% 5.4%Program of Study
Industrial Management
Industrial Engineering
Production Logistics
Others
3.9%4.4%4.4%
6.8%7.3%7.3%
7.8%8.3%
8.8%8.8%
9.8%12.7%
13.2%13.2%
13.7%17.1%
17.6%19.5%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0%
Maintenance
Organization Development/Improvement
Machine Design
CAD/CAM Design
Material Science
Automation
Operation Management
Lean Manufacturing
Industrial Engineering application
Please indicate Previous Experience from Senior Project
YES62%
NO38%
Previous Experiences from Industry
YES
NO
1.0%1.5%1.5%2.0%2.0%
2.9%3.9%3.9%4.4%
5.4%5.4%
7.3%10.7%
14.1%34.1%
0.0% 5.0% 10.0% 15.0% 20.0% 25.0% 30.0% 35.0% 40.0%
Seafood Processing
PetroChemical
Construction
Agro Processing
Wood/furniture
IT
Automotives
Manufacturing
If Yes, please indicate industry type from your previous experiences
Part 1: Industry 4.0 Adoption LiteracyPart 2: Industry 4.0 Readiness Skill & Competence Part 3: Character Quality
TasksTask 1.1 Developing a gap analysis working plan• Task 1.1.1 Forming a working group for WP1• Task 1.1.2 Creating a list of curricula to be reviewed• Task 1.1.3 Setting up criteria for evaluation• Task 1.1.4 Creating a list of companies and organizations for survey• Task 1.1.5 Preparing an execution plan
Task 1.2 Analysing of MSIE curricula being offered, and of learning and teaching methods being applied• Task 1.2.1 Reviewing MSIE curricula being offered currently in Thailand• Task 1.2.2 Reviewing teaching and learning methods being applied currently in Thailand• Task 1.2.3 Reviewing MSIE curricula being offered currently in partners’ countries• Task 1.2.4. Reviewing teaching and learning methods being applied in partners’ countries• Task 1.2.5 Analysing curricula, and teaching and learning methods
Task 1.3 Assessing needs of industry and students• Task 1.3.1 Preparing a survey form for identifying the needs of industry for MSIE graduates to support their success in Thailand 4.0 and Industry 4.0• Task 1.3.2 Preparing a survey form for the needs of prospective students for preparing them for Thailand 4.0 and Industry 4.0• Task 1.3.3 Conducting survey for companies and organizations in the list• Task 1.3.4 Conducting survey from students • Task 1.3.5 Identifying the needs of industry and students
Task 1.4 Identifying gaps• Task 1.4.1 Comparing the needs of industries in Thailand and European partners’ countries• Task 1.4.2 Identifying gaps between the needs of industry and the competence of MSIE graduates
Task 1.5 Identifying competitive factors for the curriculum
Task 1.6 Developing recommendations for the specifications and areas of specialization for the curriculum
CMU : TL
CMU : TL
CMU : TL
UMinho : TL
UMinho : TL
Progress of Task 1.3 (Industry Assessment)
• Report of Task 1.3 Analysis has been provided to all PEC + WP1
• Draft Report of Task1.4 Gap Analysis will be provided by Rui
• Draft Report of Task1.5 are provided.
• Draft Report of Task1.6 Developing recommendations for the specifications and areas of specialization for the curriculum will be provided by October1st 2015.
Curriculum Development of Master’s Degree Program in Industrial Engineering for
Thailand Sustainable Smart Industry -MSIE4.0
TASK 1.5 REPORT OF IDENTIFYING COMPETITIVE
FACTORS FOR THE CURRICULUM
Chiang Mai University | 10th September 2018
Curriculum Development of Master’s Degree Program in Industrial Engineering for
Thailand Sustainable Smart Industry -MSIE4.0
WP
Chiang Mai University | 7th September 2018
Curriculum Development
of Master’s Degree Program in
Industrial Engineering for Thailand Sustainable Smart Industry
