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Master of Science in Environmental Sustainability Science

Master (Coursework)

Programme Type

Full-time, Part-time

ASE postgraduate enquiry

ASEAcadTeam@ntu.edu.sg

Endorsed by the United Nations Institute for Training and Research (UNITAR), the Master of Science in Environmental Sustainability Science (ESSS) equips graduates and working professionals with the scientific knowledge and practical skills to address complex environmental challenges.

The Master of Science in Environmental Sustainability Science (ESS) offered by the Asian School of the Environment is a dynamic and interdisciplinary programme, combining scientific training with real-world case studies, networking opportunities and capstone projects to prepare fresh graduates and working professionals to tackle complex environmental challenges across sectors.

Students may pursue one of three specialisations: Climate & Earth Science, Satellite Remote Sensing, or Environmental Health. Through a flexible and immersive learning experience, students develop practical knowledge and transferable skills for careers in environmental research, governance, consultancy and sustainability-related roles, contributing solutions to pressing global challenges and advancing the UN Sustainability Development Goals (SDGs).


  • UNITAR-Endorsed Programme: This programme is endorsed by the United Nations Institute for Training and Research (UNITAR). Upon completion, all students will receive a personalised UNITAR-endorsed certificate, recognising their specialised training in environmental sustainability science.
  • Specialised Pathways aligned with emerging needs: Students may tailor their learning through one of three specialisations: Climate & Earth Science, Satellie Remote Sensing, or Environmental Health. These pathways address some of the world's most pressing environmental challenges and prepare graduates for environmental science and sustainability-related roles. 
  • Integrated Learning and Industry Collaboration: Students gain hands-on experience through case studies, networking opportunities, and collaborative projects developed with industry experts and government agencies. This is enhanced by opportunities for cross-cohort engagement with ASE’s PhD and Master by Research students, providing a dynamic learning ecosystem.

The following are minimum admission requirements. Meeting these criteria does not guarantee admission, as selection is competitive.

  • Bachelor’s degree holders and working professionals are welcome to apply.
  • A good bachelor’s degree in a related science, engineering, or social science programme. Relevant working experience (in a related industry or environmental science related applications) and leadership potential will also be taken into consideration.
  • A TOEFL (internet-based) score of 5.0 or more, or IELTS score of 6.0 or more, is required for international applicants for whom English is not their first language and/or graduates of universities in which English is not the medium of instruction. Test dates must be within 2 years or less from the date of your application. Special arrangements can be made for selected applicants to sit for NTU’s English Proficiency Test (EPT) in place of TOEFL/IELTS.

Duration: (Full-time) 1-2 years | (Part-time) 2-4 years 
Structure: Semester-based
Mode: Full-time and part-time
Format: In-person
Intakes: August and January
Class Schedule: Classes are generally held on weekdays during daytime hours at NTU's main campus.

 

Graduation Requirements

To graduate, students must complete 30 Academic Units (AU), which is equivalent to approximately 10 graduate-level courses.

Course Type

No. of Academic Units (AU)
Specialised PathwayInterdisciplinary Pathway
Core Courses99
Prescribed Electives12Not Applicable (N/A)
Unrestricted Electives921
Total AU Required3030

Upon graduation, all students will receive individualised certificates endorsed by the United Nations Institute for Training and Research (UNITAR).

 

Specialised Pathways

Students may choose from three specialisations: Climate & Earth Science, Satellite Remote Sensing, and Environmental Health, or pursue an interdisciplinary pathway, allowing them to tailor their learning across multiple thematic areas to suit their academic interests and career goals.

  1. Climate & Earth Science: With climate change high on both national and global agendas, this specialisation equips students with the scientific expertise and leadership skills needed to address complex environmental challenges. Students gain a deep understanding of Earth systems and climate dynamics, preparing them to contribute to science-based policymaking, drive innovation in mitigation and adaptation strategies, and lead interdisciplinary research efforts. This training aligns with global frameworks such as the Paris Agreement and the Sustainable Development Goals, empowering graduates to take on impactful roles across government, industry, and academia.

  2. Satellite Remote Sensing: This specialisation trains students in the cutting-edge technology of satellite observation to monitor Earth’s systems. As the global remote sensing market rapidly grows (valued at USD 17B in 2022), students learn to apply spatial data to climate change tracking, agriculture, disaster response, and urban planning. With support from Singapore’s OSTIn, this track responds to national and regional needs for enhanced technical literacy and positions graduates to be key players in environmental management across ASEAN and beyond.

  3. Environmental Health: With nearly one-quarter of the global disease burden linked to environmental factors (WHO), this specialisation prepares students to assess and manage environmental risks that impact human health. Students gain expertise in evaluating biological and chemical contaminants, disease surveillance, and environmental quality management—skills critical for advancing Environmental, Social, and Governance (ESG) performance. Rooted in the One Health framework, this pathway integrates human, animal, and ecosystem health, producing graduates ready to lead in policy, public health, and sustainability roles.

 

Interdisciplinary Pathway

This pathway enables students to customise their studies across our three specialisations. Students gain broad-based expertise and technical competencies that cut across sectors, preparing them to respond to complex, real-world environmental challenges. Whether addressing climate change, promoting public health, leveraging geospatial technologies, or advancing clean energy solutions, graduates will be equipped to contribute to global goals such as the Sustainable Development Goals and Paris Agreement targets. The generic pathway is ideal for students seeking a holistic foundation that opens doors to diverse careers in government, industry, NGOs, and academia.

1. Core Courses (9 AU)

All students, regardless of pathway, must complete 9 AU by taking the courses listed below:

Course CodeCourse TitleAU
ES7003Communication Skills for Scientists3
ES7032Environmental Sustainability3
ES6000Challenges and Strategy in Environmental Sustainability Science: Methods and Case Studies3

 

2. Prescribed Electives (12 AU for students in the Specialised Pathway)

Students in the Specialised Pathway must complete 12 AU, comprising:

  • ES6001 Challenges and Strategies in Environmental Science and Sustainability: Research and Practice (Capstone)
  • One compulsory course within the selected Specialisation*
  • Any two other courses within the selected Specialisation
SpecialisationCourse CodeCourse TitleAU
Compulsory Course for All SpecialisationsES6001Challenges and Strategies in Environmental Science and Sustainability: Research and Practice (Capstone)3
Climate & Earth ScienceES7013Climate and Climate Change*3
ES7005Environmental Earth Systems Science3
ES7010Introduction to Geochemistry3
ES7011Oceanography3
ES7025Biogeochemistry3
ES7029GIS and the Earth System3
Satellite Remote SensingES6005Eyes on Earth – Satellite Remote Sensing*3
ES7001Natural Hazards and Society3
ES7021Space Geodesy3
ES7023Fundamentals of Data Science for Earth and Environmental Earth Systems Science3
Environmental HealthES6010Environmental Health Science*3
ES6004The Urban Environment: Issues, Assessment, and Management3
ES6006The Genome & Society3
ES6009Conservation Biology and Biodiversity3
ES7011Oceanography3
ES7026Coupled Human and Natural Systems3
ES7030Nature-Based Solutions for Urban System3
ES7031Population Genetic Theory & Its Application3

 

3. Unrestricted Electives (9-21 AU depending on pathway)

Students in the Specialised Pathway must complete 9 AU, while those in the Interdisciplinary Pathway must complete 21 AU. Students from either pathway may also take courses from the Prescribed Electives basket to fulfil their Unrestricted Electives requirement.

Course CodeCourse TitleAU
ES6002Environmental Science and Policy3
ES6003Global Environmental Politics and Governance3
ES6007 Environmental Management and Valuation3
ES6008 Environmental Hydrology3
ES7002 Research Skills for Scientists3
ES7012 Structural Geology and Tectonics3
ES7015Supervised Independent Study I3
ES7018Supervised Independent Study II3
ES7020Introduction to Geophysics3
ES7024Global Change Ecology3
ES7028Experimental Design & Analysis for Ecology4
ES7033 Introduction to Southeast Asian Biodiversity3

Graduates benefit from rigorous coursework and project-based training, enhancing their employability across a range of sectors. The programme’s strong industry and faculty collaborations, along with a growing alumni network, support career opportunities in government agencies, NGOs, local and regional industries, and multinational corporations. Additionally, graduates possess transferable skills that open doors in non-traditional fields like insurance (risk assessment), finance (energy market analysis), and business (technical and creative roles).

Our programme has received endorsement from the United Nations Institute for Training and Research (UNITAR) under key UN thematic areas which include Sustainable Cities and Health and Development, recognizing its strong alignment with the UN Sustainable Development Goals (SDGs). This further enhances the global relevance and standing of the programme, particularly for students who are keen on sustainability-focused careers. Upon graduation, all students in the Master of Science in Environmental Sustainability Science programme will receive individualised UNITAR-endorsed certificates.

 

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