M.Sc. in Sustainable Chemistry for Energy and Environment Programme

(1) Compulsory Core Courses (4 units each)

SCE5131: AI for Sustainable Chemistry

“AI for Sustainable Chemistry” explores the integration of AI and machine learning in chemical research, focusing on sustainability and efficiency. Key topics include sustainable chemistry principles (inc. frameworks and standards), AI and machine learning fundamentals, data analytics, lab automation, and digitalization in chemistry. The course delves into AI applications in retrosynthetic planning, catalysis, and material discovery from theory perspective, as well as high-throughput experimentation, lab automation, and autonomous experimentation from experimental perspective. By course completion, students will understand sustainable chemistry principles, master basic AI/ML techniques, and be equipped to utilize AI for transformative, sustainable advancements in chemical research.

SCE5151: Chemical Innovations for Renewable Energy Technologies

Energy is the lifeblood of modern society. The world is currently transitioning away from energy generated by fossil fuels towards sustainable low-carbon alternatives. This transition brings with it a corresponding surge in electrification, increasing the demand for batteries for efficient energy storage. This graduate level course will equip students with a comprehensive understanding of this energy transition via fundamental chemistry principles and real-world case studies. This course will cover four key energy technologies for decarbonisation: (1) Battery and Supercapacitor technology (2) Hydrogen economy and Fuel Cells (3) Renewable/low-carbon electricity generation (4) Green fuels.

SCE5161: Chemistry for Sustainability and Green Innovation

In the 21st century, chemistry plays a crucial role in tackling global challenges such as climate change, resource depletion, and pollution. This course explores cutting-edge advancements in sustainable chemistry and their role in shaping a more sustainable future. Students will examine key principles of green chemistry, innovative materials, energy-efficient processes, and emerging technologies that reduce environmental impact. Topics include renewable feedstock, catalysis, solvent alternatives, life cycle assessment (including ISO14001), and Environmental, Social & Governance (ESG) frameworks. Through case studies, interactive discussions, and literature study projects, students will develop a critical understanding of how chemistry can drive sustainable innovation across industries.

SCE5162: Water Chemistry and Environment

This module provides comprehensive discussions on various fundamentals and the latest issues concerning water chemistry as it pertains to the living environment. Topics may include:

• Water use and processes; Impacts of water use on the environment; Economics of water use and conservation, Environmental services and regulatory frameworks;
• Water quality and monitoring – Contemporary issues of water contaminants; Modern analytical chemistry of water, specifically on miniaturized, sustainable or green chemistry approaches, and onsite analysis;
• Chemistry and materials for modern water treatment, cleanup and remediation.