Teaching Responsibilities
Undergraduate and postgraduate teaching in electrochemistry, sustainable energy, and chemical engineering
Undergraduate Modules
CHM2001 – Physical Chemistry 2
This second-year physical chemistry module provides students with fundamental knowledge of electrochemical principles and kinetics. The electrochemistry section covers both thermodynamic and kinetic aspects of electrochemical systems, including the Nernst equation, Butler-Volmer equation, Tafel equation, overpotential, exchange current density, charge transfer resistance, and electrochemical reactions of importance to sustainable energy generation.
→ Interactive Lessons for CHM2001CHM3005 – Advanced Chemistry Options
An advanced module covering contemporary topics in chemistry. Lectures focus on electrochemical energy storage and conversion systems, with emphasis on the fundamental principles and practical applications of batteries, supercapacitors, and fuel cells in sustainable energy solutions.
→ Interactive Lessons for CHM3005CHM3015 – Research Project in Physical Chemistry
This module provides final-year undergraduate students with research experience in physical chemistry, including experimental design, data analysis, and scientific communication. Students work on research projects in areas related to electrochemistry and molecular electrocatalysis.
Postgraduate Taught (MSc) Modules
CHE7403 / CHE7503 – Chemical Engineering Principles
A core chemical engineering module that provides postgraduate students with essential knowledge of fundamental principles. The thermodynamics section covers energy transformations, equilibrium concepts, and their applications in reactor systems.
→ Interactive Lessons for CHE7403CHM7105 – Spectroscopic Analysis Methods II
This master's level module covers advanced analytical techniques for pharmaceutical analysis. The electrochemical methods section focuses on the principles and applications of electroanalytical techniques and biosensors for pharmaceutical detection, including potentiometric sensors, amperometric sensors, and the development of selective biosensing platforms.
→ Interactive Lessons for CHM7105
Postgraduate Research Supervision
CHM4001 - Research Project in Chemistry
Supervision of MSc students undertaking research projects in chemistry with a focus on electrochemical systems, molecular electrocatalysis, and sustainable energy technologies. Projects typically combine experimental work with theoretical analysis and computational modeling.
CHE7207 / CHE7208 – Research Project in Net-Zero Engineering
Supervision of research projects focused on engineering solutions for sustainable energy systems and net-zero technologies. These projects typically address challenges in hydrogen production, energy storage, and electrochemical conversion systems relevant to decarbonization efforts.