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Energy Technology and Management Engineering
Program Description
Master’s Degree Program of Energy Technology and Management Engineering, technically supported by professionals and experts from European and ASEAN partner universities, is designed to provide students with technical skills, competencies, and expertise in the field of energy technology and management. Students will be equipped with advanced research methods, energy-related techniques and regulations, project management, and problem-solving methods. Graduates of M-ETM will be able to design effective techniques and tools, manage projects, and propose suitable solutions toward solving real-world energy-related problems.
Why this Program?
Upgrading your skills in the fields of Energy Technology and Management Engineering
Contribution in the research for the country
Scholarship Opportunities (Internship and PhD abroad)
Collaboration, exchange students, exchange professor
Industrial problem solving
Flexible pathway
Leading lectures in the field of ETM
Who should apply?
Are you…
An individual who wants to use advanced tools to solve complex problem in the fields of Energy Technology and Management Engineering?
A critical thinker who works in Energy Technology and Management Engineering?
Having strong curiosity in the research and development in Energy Technology?
Holding a bachelor’s degree in Electrical, Mechanical, Energy or other energy related fields and want to upgrade your skill to the next level?
Then this program is for you.
Career Path:
After earning a master's degree in engineering, Energy Technology and Management (M-ETM), students can get the following job opportunities:
Power system engineer
Energy manager for building or factory
Power system designer for building, construction, or factory
Electrical installation engineer for public and private sectors
Energy policy makers for organizations or institutions
Energy project manager
Researcher
Future Ph.D. candidate
M-ETM Program
Master of Energy Technology and Management Engineering (M-ETM)
Degree: Master of Engineering, M. Eng.
Program Length: 1 to 2 Academic Years (max. 3 years)
Total credits: 54 credits (Course 42 credits + Thesis 12 credits)
Established: 2011
Language: English
Study Pathway:
Course-Research Pathway (54 credits)
Complete courses: min. 32 credits
Thesis: min. 12 credits
Research activities: min. 10 credits
2. Research-Based Pathway (54 credits)
Complete courses: min. 12 credits (major & oriented courses)
Thesis: min. 12 credits
Research activities: min. 30 credits
Program Curriculum
Both Course-Research and Research-based pathway has total of 54 credits for graduation. However, each pathway has different curriculum organizations as described below.
1. Course-Research Pathways: 54 credits
Coursework: 42 credits
Core Course: 9.5 credits
Specialized Course: 19.5 credits
Elective Courses: 10 credits
Research-Courses: 3 credits
Research-Activities: 12 credits
Thesis: 12 credits
2. Research-based Pathways: 54 credits
Coursework: 15 credits
Core Course: 6 credits
Specialized/elective Course: 6 credits
Research-Courses: 3 credits
Research-Activities: 39 credits
Primary Research Proposal and Defense: 9 credits
Details Research Proposal and Defense: 3 credits
Presentation in Scientific Conference: 3 credits
Journal Publication: 6 credits
Thesis: 18 credits
List of courses:
Core Courses:
1. Energy Sustainability 2.0 credits
2. Energy Conversion System 3.0 credits
3. Engineering Optimization Tool 2.0 credits
4. Communication and interpersonal relation 1.0 credits
5. Work Life and Social Psychology 2.0 credits
6. Project Management 2.0 credits
7. Techno-Entrepreneurship 2.0 credits
Specialized Course:
1. Energy Efficiency, Regulation, and Audit 3.0 credits
2. Thermal Energy Technology 3.0 credits
3. Electrical Energy and Smart-Power System 2.0 credits
4. Thermal Energy Management 3.0 credits
5. Energy Business Modelling 2.0 credits
6. Renewable Energy Integration into Power System 2.0 credits
7. Process Heat Transfer 2.0 credits
8. Energy Economy and Regulations 2.0 credits
9. Thermal System Design 2.0 credits
10. Industrial Internet of Things (IIOT) 2.0 credits
11. Industrial Chemical Process 2.0 credits
Elective Courses:
1. Biomass Conversion 2.0 credits
2. Energy Storage 2.0 credits
3. Clean Combustion 2.0 credits
4. Green Building 2.0 credits
5. Hybrid System and Smart Grids 3.0 credits
6. Electrochemistry and biopiles. 2.0 credits
7. Operation of transmission grids 2.0 credits
8. Planning of distribution networks 2.0 credits
9. Petroleum chemistry and technology 2.0 credits
10. Numerical Method for engineers 3.0 credits
11. Global, regional and local energy issues 2.0 credits
12. Energy Life-Cycle and Emission Analysis 2.0 credits
13. Advance Control for Renewable Energy Integration 2.0 credits
14. Energy Management and Planning 3.0 credits
Research-Oriented Courses:
1. Energy Research Project 1 1.0 credits
2. Energy Research Project 2 1.0 credits
3. Energy Research Project 3 & 4 2.0 credits
4. Research Proposal 2.0 credits
5. Research methodology 2.0 credits
6. Graduate seminar 3.0 credits
7. Short internship 3.0 credits
Study Program
Research Areas at M-ETM
Power System: Planning, Architecture, and Quality
Renewable Energy: Solar Photovoltaic (PV), Pico Hydropower, Wind power
Microgrid and Smart Grid system
Energy Audit
Electrical Design
Automation Design
Mechanical Design, Fabrication and assembly
Lathe, milling and drilling
Computer-Aids Design (CAD)
Research Labs
Smart Grid lab
Power System lab
Thermal lab
Renewable Energy lab
Biomass lab
Petroleum lab
Control and Power electronics lab
Lecturers
Dr. CHRIN Phok
Head of Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Control theory, Advance control power electronics in power system, and power system
Dr. BUN Long
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Photovoltaic, Rural electrification, Fault Diagnosis, Renewable Energy, Energy Economy.
Asst. Prof. Dr. VAI Vannak
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Power system planning, Optimization, Renewable Energy, Microgrid.
Asst. Prof. Dr. AM Sokchea
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Power electronics and optimization
Asst. Prof. Dr. KHON Kimsrornn
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Microgrid planning, AC/DC, Optimization, Renewable Energy, Energy Efficiency
Dr. VONGCHANH Kinnaleth
Lecturer and Researcher, Industrial and Mechanical Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Energy Efficiency, Energy Audit, Heat stress, Bio briquettes, Drying Technology
Asst. Prof. Dr. CHAN Sarin
Head department, Lecturer and Researcher, Industrial and Mechanical Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Energy Efficiency, Energy Audit, Heat stress, Bio briquettes, Drying Technology
Asst. Prof. Dr. ENG Chandoeun
Dean of faculty of Geo-resources and Geotechnical Engineering, Institute of Technology of Cambodia
Area of Lecturing and Research: Petroleum Geology, Petroleum Exploration, Seismic Exploration
Asst. Prof. Dr. KIM Bunthern
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Mechatronics and Robotics
Dr. KRET Kakda
Head Research unit, Energy Technology and Management unit, RIC, Institute of Technology of Cambodia
Area of Lecturing and Research: Remote Sensing, Geophysics, Geology, Geodesy and Surveying, Environmental Science
Mr. SORN Darong
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Optimization, Energy Efficiency, Electrical Machine
Mr. CHHLONH Chhith
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Optimization, Microgrid planning and reconfiguration
Mr. ETH Oudaya
Lecturer and Researcher, Electrical and Energy Engineering Department, Institute of Technology of Cambodia
Area of Lecturing and Research: Power system analysis, Microgrid, Energy Efficiency
Admission
Application is opened annually, started from April until September.
An applicant must have following qualifications:
Baccalaureate or Equivalent Diploma
Engineer’s Degree or bachelor’s degree in Electrical, Mechanical, Energy or other energy related fields
Certificate of English Proficiency
Minimum GPA of 2.5 on 4.0 Scale
Download application form at: http://bit.ly/master_itc_22-23
Tuition Fee
According to the Announcement of Graduate School of ITC 2023, the tuition fee is 1200USD per year or 650 USD per semester.
More Information
Graduate School:
Office: Room B-105, Building B, ITC, Phnom Penh, Cambodia
Telegram: https://t.me/itc_graduate_school
Email: graduate@itc.edu.kh
Facebook: www.facebook.com/itcgraduate
Website: https://grads.itc.edu.kh
Head of Master-ETM:
Asst. Prof. Dr. KHON Kimsrornn
Email: kimsrornn.khon@itc.edu.kh
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