ISCB 3DSIG · 2023
Learning & engagement
Research as a way
of learning.
Teaching and training connect molecular questions with computational methods, careful interpretation and independent scientific enquiry.
University teaching
Courses at UKM
Teaching areas represented in the 2026 academic record. Course materials, enrolment and schedules are managed through the university’s teaching systems.
STBC2012
Computational Molecular Biology
UndergraduateSTBC2023
Introduction to Bioinformatics
UndergraduateSTBC3023
Bioinformatics Tools
UndergraduateSTBC3223
Macromolecular Structure, Function and Evolution
UndergraduateSTBT2412
Communication for the Biotechnology Industry
UndergraduateSTBP6262
Bioinformatics
PostgraduateLearning through discovery
From an unknown protein to a functional hypothesis.
The lab’s substructure-searching tools are used in the BASIL biochemistry curriculum, connecting protein structure analysis with research-based learning.
Students can use a structure to identify candidate motifs, inspect the matching residues and evaluate what the comparison does — and does not — imply about function.
Postgraduate research
Independent questions. Rigorous investigation.
Prospective students are welcome to enquire about projects related to the laboratory’s research themes. Include a brief description of your interests and relevant computational or experimental experience.
Selected public lectures
Explore the ideas behind the tools
Talks on structural comparisons, functional annotation and the growing opportunities in biological structure data.
APBioNetTalks · 2021
3D substructure searching and comparisons: methods, applications and directions
Watch lectureWider engagement
Scientific approaches across disciplines
The laboratory’s engagement also includes AI training for anti-narcotics operations and interdisciplinary work linking molecular science, computational analysis and public-sector questions.
Discuss training or collaboration