Program Overview

Master of Science (MSc) in Energy Systems

Overview

The Master of Science in Energy Systems is a unique combination of engineering and technology management to meet the current and near-future energy development in Singapore and globally under the threat of climate change. This interdisciplinary programme equips students with holistic and fundamental knowledge of energy technology and innovation management, as well as facilitating decision-making in energy solutions through quantitative and qualitative methods. Students will acquire advanced knowledge and skills in:

• Understanding of principles of energy technologies such as solar, hydrogen, and carbon storage and utilisation
• Benefit and cost analysis of energy technology investment and the impact of market-based mechanisms
• Comprehend the economic, legislature, political, and societal influence on energy use and management
• Manage innovation and R&D in energy technologies

With technical and managerial knowledge, possibilities for sustainable energy and energy transition open up for graduates in the following professional industries and sectors:

• Energy analysis and operation management
• Consulting and policy advisory
• Investment analysis and decisions related to energy technologies
• Technology and innovation management in the energy sector

Curriculum

Degree Requirements

To qualify for the MSc (Energy Systems) programme, a candidate must:

• Complete a programme of study consisting of at least 40 Units (each MSc course is typically 4 Units)
• Obtain a minimum Grade Point Average (GPA) of 3.0 to graduate
• Complete required e-courses imposed at the University level

Continuation and Graduation Requirements

• Refer to the degree requirements for more details: MSc (Energy Systems) Degree Requirements (for cohorts and onwards)
• Refer to detailed course descriptions here
• Listed graduate courses offered every semester or academic year are subject to programme curriculum changes and schedules of teaching staff
• Candidates should note this in planning their study programme
• All courses offered in the academic year can be found at NUSMods

Candidature

• Full-time: Minimum 1 year – maximum 2 years
• Part-time: Minimum 2 years – maximum 4 years

The academic study workload in a typical semester is as shown below:

• Recommended Workload per Semester
  • Part-time: Maximum workload 12 Units, Minimum workload 4 Units
  • Full-time: Maximum workload 20 Units, Minimum workload 12 Units

Admissions

Eligibility

• At least a Bachelor’s degree in Engineering and other STEM disciplines
• The above-mentioned is a minimum requirement, which does not guarantee admission; selection is on a competitive basis
• For more information on admission requirements, please refer to the CDE (Admission Requirements) website

English Requirements

• TOEFL (internet-based test) ≥ 85 or IELTS (academic) ≥ 6.0 is required if your first language is not English
• You may be waived from this requirement if you have completed your degree programme taught entirely in English, situated in an English-speaking country/territory
• The TOEFL/IELTS result is only valid for 2 years after the test and should be valid at the beginning of the application period
• Other tests (including the TOEFL Institutional Test) and those that claim to be predictions, estimations, equivalents, simulations, etc. (e.g. MyBestscores) of the TOEFL or IELTS (e.g. Oneskill retake) are unacceptable
• For more details, refer to CDE (Admission Requirements) website

Application Requirements

• Please refer to the CDE (Application) website for detailed instructions and documents that need to be submitted upon application

Admission Intake

• There is one (1) intake per Academic Year
• Candidates will be admitted at the beginning of each academic year in August

Intake

• Application Period: 1 October to 28 February
• Admission Outcome: The admission outcome will be released in batches
• Application Fee: S$109 (9% GST)

Tuition Fees

Programme Fees for students admitted in AY2026/2027 (August 2026 intake)

• Full-Time Students: $55,506
  • Acceptance Fee: $5,450
  • 1st Semester: $25,028
  • 2nd Semester: $25,028
• Part-Time Students: $55,506
  • Acceptance Fee: $5,450
  • 1st Semester: $12,514
  • 2nd Semester: $12,514
  • 3rd Semester: $12,514
  • 4th Semester: $12,514
• For AY2026/2027, Singapore Citizens, Singapore Permanent Residents and NUS Alumni* (regardless of citizenship) will receive a 40% fee rebate
• Recipients of financial aid/scholarships/sponsorships from external (non-NUS) sources are not eligible for the 40% fee rebate
• Information on the NUS Master’s by Coursework Enhanced Tuition Fee Rebate can be found here
• All fees quoted here are in Singapore Dollars (S$) and inclusive of 9% Goods and Services Tax (GST)
• Fees are correct as at time of posting and are subject to changes without prior notice
• A non-refundable and non-transferable Acceptance Fee of S$5,450 (9% GST) is payable upon acceptance of offer
• The course fees are payable in instalments over regular semesters
• Students need to additionally pay for Miscellaneous Student Fee (MSF) in every semester enrolled

Events

Combined MSc Student Welfare Event

• Date: 11-13 November 2025
• Time: 3pm
• Location: E-Cubes Foyer
• Description: The combined student welfare activity was held at the E-Cubes foyer from 11–13 November 2025. Melvados cookie hampers were distributed to students from the MSc Chemical Engineering, MSc Energy System, and MSc Safety, Health and Environment Technology programmes to wish them well for the upcoming exam weeks.

Beyond Solar: Students’ First Industry Interaction on Future Energy

• Date: 11 September 2025
• Time: 2.30 p.m.
• Location: E-Cubes
• Description: The long-awaited first interaction between MSc Energy Systems students and industry partners, chaired by Assoc. Prof. Jangam Sachin Vinayak and Professor Jiang Jianwen, marked an important step in connecting classroom learning with the energy sector. Participating companies included Yokogawa, HBA Energy, BRG and Engie, representing both established industry leaders and emerging firms in the energy sector. The session gave students the chance to learn about current industry trends while building connections with partners for future attachments.