Outcome 2.4- Assessment of pilot test of the key courses and finalize the curriculum and the  courses

The Outcome 2.4 Assessment of pilot test of the key courses and finalize the curriculum and the  courses sums up the pilot testing of 10 selected courses from MSIE4.0 curriculum. The recommendations for MSIE4.0 curriculum eventual revision are formulated on feedback from students, teachers and partially, other stakeholders. The main instruments used for gathering feedback are surveys that included students and teachers. Questionnaires that were used for that purposes enabled gathering feedback on general course characteristics, course delivery, workshop and laboratory sessions and general perception of tested courses. Students survey has been launched in accordance to the schedule of pilot testing during autumn and spring semesters of 2019/2020 academic years. Altogether, 114 students from 9 Partner universities participated in the survey. Teachers survey has been made after disclosing the results of students survey.

 

Full report is available HERE.

 

 

Outcome 2.2 – Syllabuses for All Courses in the Curriculum

Outcome 2.2 – Syllabuses for All Courses in the Curriculum

The following document presents the key outcome, set of syllabuses in master studies in Industrial Engineering curriculum, of the project titled “Curriculum Development of Master’s Degree Program in Industrial Engineering for Thailand Sustainable Smart Industry – MSIE4.0” that has been funded with support from the European Commission with CBHE framework of ERASMUS+ program. The outcome is based on cooperation between 6 Thai and 3 EU universities that after identifying the gap between the currently running programs and the needs of industry and students have prepared a modernized studying program. The course design process adopts the logic of the backward course design concept, develops its own logic on introducing student-oriented learning and active learning principles, and covers Industry 4.0 technologies, management, and design approaches.

The curriculum includes 16 courses, among which there are three core courses, accepted by the consortium as the basics to introduce Industry 4.0 concept into the Industrial Engineering field of knowledge, one obligatory course covering transversal skills, and 12 electives covering important fields of IE programs. The integral part of the set of 16 course syllabuses is the Outcome 2.1. A modernized curriculum for a Master’s degree in Industrial Engineering that presents the overview of the studying program, its learning outcomes, workload, and organizational structure. The integral part of this document is two annexes: Annex I. Syllabuses and Annex II. First Reviews of 16 Syllabuses.

A full report is available HERE.

 

MSIE 4.0 Courses Syllabuses

Course No.  Course Title
1 Enterprise Management in Digital Economy
2 Project Management for Industry 4.0
3 Smart Operations Management
4 Quality Management for Extended Enterprise
5 Sustainable Supply Chain Management
6 Digital Factory
7 Advanced Optimization: Techniques and Industrial Applications
8 Intelligent Decision Support Systems
9 Applied Data Analytics
10 Cyber-Physical Industrial Systems
11 Collaborative Manufacturing Systems
12 Additive Manufacturing for Industry 4.0
13 Innovative Product Design and Development
14 Human-Centric Design for Operator 4.0
15 Customer Experience-Driven Design
16 Communications and People Skills Development for Engineering Leaders

 

 

Outcome 2.3 – Pilot Teaching at Partner Universities with Administrative Document

MSIE 4.0 Pilot Testing

Last Update: June 17, 2020

Since June 2019, ten courses from our MSIE 4.0 curriculum have been pilot tested by our nine partner universities. There were a total of twelve pilot tests. Sustainable Supply Chain Management was offered two times by CUT. Communication and People Skills Development for Engineering leaders was also offered two times but by two partner universities. Two courses were taught by a team of instructors. Several courses were offered with teaching methods required high student engagement. All courses applied project, problem, or both.

Course No. Course Title Time Partner Instructor(s) No. of Students registered Administrative document for the pilot tested course Report from the instructor(s)
2 Project Management for Industry 4.0 Sep 19 UMinho Prof. Rui M Lima  12 Administrative document for pilot tested course 2 Project Management for Industry 4 (C2) 
3 Smart Operations Management Jan 20 CMU Dr. Uttapol Smutkupt,

Dr. Wimalin Laosiritaworn,

Dr. Chompoonoot Kasemset,

Dr. Anirut Chaijaruwanich,

Dr. Warisa Wisittipanich 

 11  Administrative document for pilot tested course 3  Smart Operations Mangement (C.3)
5
 Sustainable Supply Chain Management
 Oct 19 CUT
 Dr.  Anna Wiśniewska-Sałek 48  Administrative document for pilot tested course 5-1 Sustainable Supply Chain Management (C.5) 
 
Feb 20   32 Administrative document for pilot tested course 5-2 
6 Digital Factory June 19 KMUTNB Prof. Athakorn Kengpol  10 Administrative document for pilot tested course 6 Digital Factory (C.6) 
7 Advanced Optimization: Techniques and Industrial Applications Dec 19 KKU Prof. Kanchana Sethanan,

Dr. Komkrit Pitiruek,

Dr.Thitipong Jamrus

  12 Administrative document for pilot tested course 7 Advanced Optimization..Techniques and Industrial Applications (C.7) 
8 Intelligent Decision Support Systems Dec 19 PSU Dr. Suriya Jirasatitsin  5 Administrative document for pilot tested course 8 Intelligent Decision Support Systems Pilot Test V2 
9 Applied Data Analytics Jan 20 AIT Dr. Huynh Trung Luong 31 Administrative document for pilot tested course 9  Applied Data Analytics (C.9)
10 Cyber-Physical Industrial Systems (under the existing course on Experimental Research) Oct 19 UPB Prof. Tom Savu 12  Administrative document for pilot tested Course 10 Cyber-Physical Industrial Systems (C10) 
14 Human-Centric Design for Operator 4.0 Jan 20 TU Asst Naris Charoenporn,

Dr. Jirawan Kloypayan

  16 Administrative document for pilot tested course 14 Human-Centric Design for Operation 4.0 (C.14)
16 Communication and People Skills Development for Engineering Leaders Aug 19 AIT Dr. Pisut Koomsap 12 Administrative document for pilot tested course 16 Communication and People Skills Development for Engineering Leaders – AIT
Nov 19 KMUTNB Prof. Athakorn Kengpol 1 Administrative document for pilot tested course 16 KMUTNB Communications and People Skills Development for Engineering Leaders (C.16, KMUTNB) 

Summary

Promised in the proposal Actual implementation Remark
Number of courses pilot tested 9 10 Achieved
Number of class offered 9 12 Achieved
Average number of students enrolled per class 10 16 Achieved