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D.Eng., Industrial Systems Engineering, Asian Institute of Technology, Thailand, 2000.
M.Eng., Industrial Systems Engineering, Asian Institute of Technology, Thailand, 1995.
B.Eng., Chemical Engineering, HoChiMinh City University of Technology, Vietnam, 1992.
Courses taught: From August 2002
Year 2002:
1. AT03.14 – Statistical Models & Design of Experiments
Number of Students: 11 (AIT Bangkok)
Average Grade: 3.41
Year 2003:
1. AT03.27 – Quality Management
Number of Students: 17 (AIT Bangkok)
Average Grade: 2.97
2. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 18 (AIT Bangkok) + 17 (AITVN)
Average Grade: 3.39 and 3.18
Year 2004:
1. AT72.08 – Stochastic Decision Models
Number of Students: 14 (AIT Bangkok) + 17 (AITVN)
Average Grade: 3.29 and 3.18
2. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 20 (AIT Bangkok) + 11 (AITVN)
Average Grade: 3.28 and 3.20
3. AT72.05 – Quality Control and Management
Number of Students: 17 (AIT Bangkok)
Average Grade: 3.38
Year 2005:
1. AT72.08 – Stochastic Decision Models
Number of Students: 10 (AIT Bangkok) + 07 (AITVN)
Average Grade: 3.30 and 3.57
2. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 19 (AIT Bangkok) + 18 (AITVN)
Average Grade: 2.79 and 3.03
3. AT72.05 – Quality Control and Management
Number of Students: 10 (AIT Bangkok)
Average Grade: 3.50
Year 2006:
1. AT72.08 – Stochastic Decision Models
Number of Students: 10 (AIT Bangkok) + 17 (AITVN)
Average Grade: 3.30 and 3.35
2. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 14 (AIT Bangkok) + 13 (AITVN)
Average Grade: 3.32 and 3.31
3. AT72.05 – Quality Control and Management
Number of Students: 08 (AIT Bangkok)
Average Grade: 3.56
Year 2007:
1. AT72.08 – Stochastic Decision Models
Number of Students: 07 (AIT Bangkok) + 12 (AITVN)
Average Grade: 3.29 and 3.17
2. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 14 (AIT Bangkok) + 21 (AIT Bangkok)
+ 07 (WD students)
Average Grade: 3.32, 3.45, and 3.43
3. AT72.09 – Inventory and Logistic Management (join with Prof. Voratas
Kachitvichyanukul)
Number of Students: 12 (AIT Bangkok)
Average Grade: 3.67
4. AT72.01 – Deterministic Optimization Models
Number of Students: 12 (AITVN)
Average Grade: 3.55
Year 2008:
1. AT72.08 – Stochastic Decision Models
Number of Students: 16 (AIT Bangkok) + 10 (AITVN)
Average Grade: 3.28 and 3.45
2. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 06 (AIT Bangkok) + 21 (AIT Bangkok)
+ 07 (AITVN-HCM City)
Average Grade: 3.58, 3.43, and 3.29
3. AT72.05 – Quality Control and Management
Number of Students: 06 (AIT Bangkok)
Average Grade: 3.70
4. AT72.9010 – Selected Topic: ISE Seminar I (join with all ISE faculty members)
Number of Students: 20 (
Average Grade: N/A
Year 2009:
1. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 15 (AIT Bangkok) + 15 (AITVN – Vung Tau)
+ 04 (AITVN – HCM City)
Average Grade: 3.57, 3.27, and 3.38
2. AT72.01 – Deterministic Optimization Models
Number of Students: 15 (AITVN- Vung Tau) + 11 (AITVN- HCM City)
Average Grade: 3.37 and 3.45
3. AT72.05 – Quality Control and Management
Number of Students: 04 (AIT Bangkok) +15 (AITVN- Vung Tau)
+11 (AITVN- HCM City)
Average Grade: 3.63, 3.4, and 3.32
4. AT72.08 – Stochastic Decision Models
Number of Students: 12 (AIT Bangkok)
Average Grade: 3.33
5. SM91.9004 – Supply Chain Management
Number of Students: 26 (AITVN) + 25 (AITVN)
Average Grade: 3.38 and 3.46
6. AT72.9010 – Selected Topic: ISE Seminar I (join with all ISE faculty members)
Number of Students: 30 (
Average Grade: N/A
7. AT72.9012 – Selected Topic: ISE Seminar II (join with all ISE faculty members)
Number of Students: 24 (
Average Grade: N/A
Year 2010:
1. AT72.03 – Statistical Models & Design of Experiments
Number of Students: 24 (AIT Bangkok)
Average Grade: 3.15
2. AT72.9013 – Evolutionary Methods for Engineering Optimization
Number of Students: 04 (AIT Bangkok – Join with Prof. Voratas)
Average Grade: 3.50
3. AT72.05 – Quality Control and Management
Number of Students: 07 (AIT Bangkok)
Average Grade: 3.64
4. AT72.08 – Stochastic Decision Models
Number of Students: 10 (AIT Bangkok)
Average Grade: 3.45
5. SM91.9004 – Supply Chain Management
Number of Students: 20 (AITVN) + 31 (AITVN)
Average Grade: 3.50 and 3.68
8. AT72.9010 – Selected Topic: ISE Seminar I (join with all ISE faculty members)
Number of Students: 39 (
Average Grade: N/A
9. AT72.9012 – Selected Topic: ISE Seminar II (join with all ISE faculty members)
Number of Students: 25 (
Average Grade: N/A
Year 2011:
1. AT78.24 – Basic Statistics & Data Analysis
Number of Students: 10 (AITVN)
Average Grade: 3.50
2. AT78.21 – Quantitative Methods for Management
Number of Students: 10 (AITVN)
Average Grade: 3.30
3. AT72.08 – Stochastic Decision Models
Number of Students: 14 (AIT Bangkok) &n
ISE:
1. Vu Dinh Nghiem Hung, Evaluation of Projects Based on Economic Criteria: A fuzzy Logic Approach, 2002
2. Dang Thi Huong, Production Planning and Scheduling: A Case Study of GM Daewoo Auto & Technology Company in
3. Trinh Tran Trung, The Impact of Forecasting and Service Level on the Bullwhip Effect in A Supply Chain, 2003.
4. Le Tien Thinh, Sequencing of Unrelated Parallel Machines: A Case Study at Coats Phong Phu Co. Ltd.,
5. Doan Cong Duc, Preventive Maintenance Policies for Thermal Power Plants: A case Study of Phu My Power Plan, Electricity of Vietnam, 2003.
6. Somchat Likhitvittayanipon, Maintenance Policy Selection for Maximization of Productivity: A Case Study, 2003.
7. Chatchai Chaloemphanit, Job Scheduling with Sequence-Dependent Setup Time: A Case Study at Terdsak Engineering 1991 Limited Partnership, 2005.
8. Bui Thanh Trung, Application of GA in Continuous Flow Shop Scheduling, 2005.
9. Ta Manh Thang, Development of Optimal Maintenance Policy for Road: A Case Study in
10. Le Quy Quan, Application of Tabu Search in Resource Constrained Project Scheduling Problem: A Case Study in
11. Bui Huy Thanh, Production Planning: A Case Study for additive and Petroleum Products Company (APP) in
12. Le Sy Trung, Production Planning: A Case Study of Thang Long Viglacera Ceramic Tiles Company, 2005.
13. Nguyen Huu Phien, Measures of Bullwhip Effect in the Supply Chain with Autoregressive Demand Processes, 2005.
14. Suksan Ruankaew, Fuzzy Quality Control Chart, 2005.
15. Gajendra Dwivedi, Efficient Warehousing: A Case Study of a Toy Manufacturing Company in
16. Chanchai Singkeewan, An Inspection Maintenance Model for Power Transformer: A Case Study of Bangpa-in Substation, Electricity Generating Authority of
17. Ngo Sy Hieu, A Continuous Review Model for Emergency Inventory Policy with Order Expediting, 2006
18. Nguyen Thanh Binh, Optimal Preventive Maintenance Policy for a Warranted System, 2006
19. Tran Doan Hong Ngoc, A Genetic Algorithm for Strip Packing Problem, 2006
20. Thach Bao An, Preventive Maintenance Policy with Two Failure Modes, 2006
21. Mai Thanh Hoai, Selective Maintenance Policy with Time-Window Constraint, 2006
22. Hoang Van Hien, An Integrated Production-Inventory Policy for Perishable Products with Stock-Dependent Demand rate and Partial Backlogging, 2006.
23. Nguyen Duc Vu, Measure of Bullwhip Effect in Supply Chains: The Case of ARMA Demand Process, 2006.
24. Hoang Gia, Inventory Control Policy with Two Replenishment Modes, 2007.
25. Kunakorn Porn-Apirat, Integrated Production and Inventory Policy in a Supply Chain, 2007.
26. Meena Watcharathiansakul, Multi-Objective Genetic Algorithms for Vehicle Routing problem with Time-Window Constraint, 2007.
27. Vu My Hanh, Measure of Bullwhip Effect in Supply Chain – The Case of ARIMA Demand Process, 2007.
28. Nguyen Hoang Minh, Facility Location in Supply Chain Network Design, 2007.
29. Kanda Boonsothonsatit, Measure of Bullwhip Effect in Supply Chains – The Case of Independently & Normally Distributed Demand Process with (Q,R) Inventory Policy, 2008.
30. Phunharux Yuvasavee, Development of a Hybrid Backlog-Lost Sales Inventory Control Policy, 2008.
31. Huynh Minh Tri, Integrated Production and Inventory Policy in a Supply Chain, 2008
32. Nguyen Quang Trung, A Periodic Review Inventory Policy with Poisson Demand and Two Supply Modes, 2008.
33. Truong Ba Huy, Age-Dependent Selective Maintenance Policy, 2008.
34. Hoang Kim Cuc, Effect of Stochastic Lead Time on Bullwhip Effect in Supply Chain, 2009.
35. Nattapong Akkhanit, Development of a Hybrid Backlog-Lost Sales Inventory Control Policy, 2009
36. Nguyen Ngoc An Dien, Coordinated Production-Inventory Decision in a Multi-Stage Supply Chain, 2009.
37. Norraron Treecheewananth, Measuring the Bullwhip Effect in Supply Chain – A Time-Based Approach, 2009.
38. Tran Trong Viet, Selective Maitenance Policy, 2009.
39. Chanchal Saha, Steady-State Airflow and Particle Trajectories Inside a Hard Disk Drive, 2010
40. Sirikan Tachateerawat, Effect of Third-Party Warehouse on Bullwhip Effect in Supply Chains with Stochastic Lead Time, 2010.
41. Kanokwan Singha, Coordinated Production - Inventory Decision in a Multi-Stage Supply Chain: The Case of Integer-Powers-of-Two Multipliers Mechanism, 2011.
42. Nur Mayke E. Normasari, Multi-Product Supply Chain Network Design Model, 2011.
43. Buraya Srisomsak, Coordinated Production-Inventory Decision in a Multi-Stage Supply Chain: The Case of Integer Multipliers Mechanism with Low Production Rate, 2011.
44. Pasuree Lumsakul, Development of a Composite Revenue Sharing-Quantity Flexbility Contract, 2012.
45. Phakchira Ekbanphot, Examine of the Effect of Extended Pinned Layers on the Magnetic Tunneling Read Head, 2012
46. Parida Wipoopinyo, A Supply Contract Model with Call Options: The Case of Normally Distributed Demand, 2012.
47. Le Van Dang, Developing a Multi-State Preventive Maintenance Policy using Semi-Markov Process, 2012.
48. Jayalal Wettasinghe, An Optimal Preventive Maintenance Policy for a Component with Two Failure Modes, 2012.
49. Chirakiat Saithong, Supply Chain Contract with Put and Call Option: The Case of Non-linear Option Premium Price, 2012.
50. Muhammad Shafiq, A Multi-Item Joint Replenishment and Joint Delivery Model in a System of Multiple Warehouses and Multiple Retailers, 2012.
51. Suttisak Nilchim, Write Encroachment Detection in Shingle Magnetic Recording Using Feed-Forward Position Error Signal from Adjacent Track, 2013.
52. Nutthanond Liksitpong, Supply Chain Coordination with the Consumer Return Policy, 2013.
53. Pavin Teeramongkol, Managing the Consignment Stock with Capacity Constraint on Manufacturer's Warehouse, 2013
54. Thanin Puangmalit, A Stochastic Overbooking Model for Outpatient Clinic with No-Shows and Walk-ins, 2013.
55. Parag Jafar Siddique, An Optimal Joint Maintenance and Spare Parts Inventory Model, 2013.
56. Rubayet Karim, An Integrated Production Inventory Model of Deteriorating Items Subject to Random Machine Breakdown with a Stochastic Repair Time, 2014.
57. Udomsak Wacharapinchai, Supply Chain Coordination with Customer Return Using Composite Contract based on Buy Back Contract and Quantity Flexibility Contract, 2014.
58. Mega Silfiani, Forecasting Inflation in Indonesia Using Hybrid Arima and Artificial Neural Networks Ensemble, 2014.
59. Zhao Min, Three-Level Supply Chain Coordination through a Spanning Revenue Sharing Contract, 2015.
60. Perera Kumudu Anuradha Colombathanthri, Coordinating a Three-Stage Supply Chain Using Buyback and Revenue Sharing Contracts, 2015
61. Zin Maung Maung Phyo Htet, Developing Control Charts for Monitoring Time Interval between Non-Conforming Items in High Quality Processes, 2015.
62. Takron Opassuwan, Supply Chain with the Bidirectional Option Contract in a Two-Period Newsvendor Problem, 2015.
63. Modhika Isuru Bandara Mudannayake, Analysing the Effect of Realized Demand Under Bidirectional Option Contracts in Supply Chains, 2015.
PM Program:
Chairman:
Shafiq, M. (2015). Revenue Sharing Contract with Two-Way Penalties for a Supply Chain with One Manufacturer and Two Retailers.
Xuan Hoa, N.T. (2015). Quantity Flexibility Contract with Order Commitment and Capacity Allocation.
Thang, P.M. (2013). Dialectical Proof Procedures in Argumentation Frameworks
Sengjuntichail, A. (2011). Project Evaluation through Option Valuation Approach and Selection Policies for RDA Project Portfolio Investment.
Yousuk, R. (2011). Lateral Transshipment in 2- and n-Retailer Inventory Systems with Periodic Policy.
Diar Astanti, R. (2008). Inventory Policy for Non-Linear Increasing Demand Pattern and Shortage Allowance.
Co-Chairman:
Thien, N.P. (2013). Revenue Sharing Contract with Two-way Penalties
Hien Duc, T.T. (2007). Measures of Bullwhip Effect and Inventory Costs in Supply Chains.
On-going: Currently supervise 3 doctoral students
Papers in Refereed Journals (International): 33
Citation (SCOPUS): 0
Citation (SCOPUS): 0
Citation (SCOPUS): 0
Citation (SCOPUS): 0
Citation (SCOPUS): 1
Citation (SCOPUS): 0
Citation (SCOPUS): 11
Citation (SCOPUS): 0
Citation (SCOPUS): 2
Citation (SCOPUS): 1
Citation (SCOPUS): 0
Citation (SCOPUS): 14
Citation (SCOPUS): N/A
Citation (SCOPUS): 2
Citation (SCOPUS): 37
Citation (SCOPUS): 37
Citation (SCOPUS): 43
Citation (SCOPUS): 8
Citation (SCOPUS): 9
Citation (SCOPUS): 6
Citation (SCOPUS): 3
Citation (SCOPUS): 43
Citation (SCOPUS): 16
Total number of citations: 266 (Source: SCOPUS)
A Summary of journal articles published (from Jan. 1998 – Jan. 2016)
Refereed International Journals |
Refereed Regional Journals |
Refereed National Journals |
33 |
0 |
0 |
In Progress |
||
Refereed International Journals |
Refereed Regional Journals |
Refereed National Journals |
0 |
0 |
0 |
Papers in Conference Proceedings: 26
2. Luong, H.T., and Phyo Htet, Z.M.M. (2015). Developing Control Charts for Monitoring Time Interval between Nonconforming Items in High Quality Processes. Proceedings of the 10th International Congress on Logistics and SCM Systems (ICLS 2015), Thailand.
3. Saithong, C., and Luong, H.T. (2012). Supply Chain Contract with Put and Call Option: The Case of Nonlinear Option Premium Price. Proceedings of the 13th Asia Pacific Industrial Engineering and Management Conference (APIEMS2012), Thailand.
4. Wettasinghe, J., and Luong, H.T. (2012). An Optimal Preventive Maintenance Policy for a Component with Two Failure Modes. Proceedings of the 13th Asia Pacific Industrial Engineering and Management Conference (APIEMS2012), Thailand.
5. Lumsakul, P., and Luong, H.T. (2012). Development of a Composite Revenue Sharing – Quantity Flexibility Contract. Proceedings of the 13th Asia Pacific Industrial Engineering and Management Conference (APIEMS2012), Thailand.
6. Senjuntichai, A., Techanitisawad, A, and Luong, H.T. (2012). The RDA Selection Policy. International conference of Advanced Materials, Science and Engineering (ICAMSE-12), Colombo, Sri Lanka.
7.
Associate Professor and Program Coordinator
Industrial Systems Engineering Program
School of Engineering and Technology
Asian Institute of Technology
V. Service/Outreach
Professional Affiliations:
Member of Institute for Operations Research and the Management Sciences (INFORMS)
Advisory Committee for CGC Journal of Exploration in Science & Technology
Area Editor for the Journal of Industrial Engineering and Management Systems
Member of Editorial Board – Industrial Engineering Journal
Training Courses:
· “Quality Control”. Venus: AIT Center in Vietnam (2009).
· “Maintenance Management”. Venus: AIT Center in Vietnam (2010, 2011)
· “Statistical Quality Control” for FrieslandCampina in Vietnam ( 2013).
· “Maintenance Management” for HanelBrands in Vietnam (2015)
Seminars:
· Delivering a speech on “Maintenance Management” in the seminar organized by AIT Vietnam in HCM City (2010)
· Delivering a speech on “Supply Chain Network Design” in the workshop “SET DAY” organized by
· Delivering a speech on “Supply Contracts” in the workshop “SET DAY” organized by
· Member of Gender Equality Committee (GEC) (from 2006 – present)
C. Administrative service
PC Lab. & Advanced Simulation Lab. Manager (ISE/SET): 2002 - present
ISE Program coordinator since January 2012
Organize SET day in Vietnam (in 2013, 2014, 2015) to promote SET programs in Vietnam.
Promote, Launch, and Serve as Program Coordinator for 4 Professional Master Programs in Vietnam (2009, 2010, 2012, 2015)
· Session Chairman and Reviewer for the 6th International Conference on Simulation and Modeling – SIMMOD 2005, Thailand.
· Reviewer and Member of Technical Committee for the 7th International Conference on Simulation and Modeling – SIMMOD 2006, Thailand.
· Session Chairman for the 9th Asia Pacific Industrial Engineering and Management Conference (APIEMS2008), Indonesia.
· Reviewer, Member of Technical Committee, and Session Chairman for the 4th International Congress on Logistics and SCM Systems (ICLS2008), Thailand.
· Reviewer in the 1st International Conference on Industrial Engineering and Service Science (IESS 2011), Indonesia.
· Session Chairman for the 13th Asia Pacific Industrial Engineering and Management Conference (APIEMS2012), Thailand.
· Program Committee Co-Chair for the 16th Asia Pacific Industrial Engineering and Management Conference (APIEMS2015), Vietnam
· Serving as referee for :
European Journal of Operational Research
International Journal of Production Economics
International Journal of Production Research
International Journal of Precision Engineering and Manufacturing
International Journal of Manufacturing Technology and Management
International Journal on Computers & Industrial Engineering
International Journal of Systems Science
International Journal of Science and Technology
Computers and Industrial Engineering
Computers and Operations Research
International Journal of Simulation and Process Modelling
International Journal of Industrial and Systems Engineering
International Journal of Operational Research
Networks
Etc.
VI. Ability to Cooperate
Dr. Voratas Kachitvichyanukul
Prof. Jotdeep Dutta
Dr. Pisut Koomsap
Prof. Young-Dae Kim (Korean Advanced Institute of Science and Technology, Korea)
Dr. The Jin Ai & Dr. Ririn Diar Astanti (Universitas Atma Jaya Yogyakarta, Indonesia)
Inside the school:
Computer Science; Information Management; ICT; Water Engineering and Management; Construction, Engineering and Infrastructure Management
Outside the school:
SOM: Management of Technology
SERD: Agribusiness Management, Agricultural Systems and
Engineering
SIIT: School of Manufacturing Systems and Mechanical Engineering
A. Professional Service
B. Significant institute committee service
D. Promotion and Marketing (Briefly describe role or involvement)
E. Community service