My teaching helps students connect engineering equations with physical intuition through demonstrations, experiments, and interactive digital tools. I aim to further strengthen this “Phygital” approach by integrating hands-on exploration with digital platforms that let students test ideas, visualize processes, and receive timely feedback.
Classroom experiments help students connect equations with observable fluid behaviour. The lecture highlights include dimensional-analysis activities and a wave-machine demonstration.
Interactive platforms let students vary parameters, visualize physical processes, and test their understanding. Explore wave attenuation by vegetation, or view my CE2134 teaching workshop.
Annual Teaching Excellence Award 2026
Read the CDE award announcement
College Educator Award (AY 2024/25)
CE5308QA / CE5308A — Coastal Processes and Protection
CE5308QA offering
Evaluation score: 4.7/5.0; Teacher Report, Course Report
CE5317QB / CE5317B — Nature-based Solutions to Coastal Protection
CE5317QB offering, Second half
Evaluation score: 4.7/5.0; Teacher Report, Course Report
CE2134 — Fluid Mechanics
First half
Evaluation score: 4.6/5.0; Teacher Report, Course Report
CE2134 — Fluid Mechanics
Tutorials
CE2407A — Uncertainty Analysis for Engineers
Tutorials
CE5308QA / CE5308A — Coastal Processes and Protection
CE5308QA offering
Evaluation score: 4.6/5.0; Teacher Report, Course Report
CE5317QB / CE5317B — Nature-based Solutions to Coastal Protection
CE5317QB offering, Second half
Evaluation score: 4.5/5.0; Teacher Report, Course Report
CE2134 — Fluid Mechanics
First half
Evaluation score: 4.3/5.0; Teacher Report, Course Report
CE2407A — Uncertainty Analysis for Engineers
Tutorials
CE5308QA / CE5308A — Coastal Processes and Protection
CE5308QA offering
Evaluation score: 4.6/5.0; Teacher Report, Course Report
CE5317QB / CE5317B — Nature-based Solutions to Coastal Protection
CE5317QB offering, Second half
Evaluation score: 4.8/5.0; Teacher Report, Course Report
CE2134 — Fluid Mechanics
Evaluation score: 4.4/5.0; Teacher Report, Course Report
CE5312 — Open-channel Hydraulics
First half
Evaluation score: 4.8/5.0; Teacher Report, Course Report
CE5308QA — Coastal Processes and Protection
Evaluation score: 4.7/5.0; Teacher Report, Module Report
CE5317B — Nature-based Solutions to Coastal Protection
Second half
Evaluation score: 4.8/5.0; Teacher Report, Module Report
EG2501 — Liveable Cities
Tutorials
CE2134 — Fluid Mechanics
First half
Evaluation score: 4.1/5.0; Teacher Report, Module Report
CE5312 — Open-channel Hydraulics
First half
Evaluation score: 4.8/5.0; Teacher Report, Module Report
CE6002 — Analysis of Civil Engineering Experiments
First quarter
Evaluation score: 4.3/5.0; Teacher Report, Module Report
CE2134 — Fluid Mechanics
Tutorials
EG2501 — Liveable Cities
Tutorials
CE5308 — Coastal Processes and Protection
First half
Evaluation score: 4.7/5.0; Teacher Report, Module Report
CIVE3010 — Fluid Mechanics
Evaluation score: 4.41/5.00; Teaching Evaluation
CIVE5610 — Physical-Chemical Treatment Processes
Evaluation score: 4.83/5.00; Teaching Evaluation
CIVE5640 — Hydrology and Hydraulics
Evaluation score: 4.00/5.00; Teaching Evaluation
ENVE3660 — Biological Processes in Environmental Engineering
Evaluation score: 5.00/5.00; Teaching Evaluation
CIVE3020 — Fluid Mechanics Laboratory
Evaluation score: 5.00/5.00; Teaching Evaluation
