Teaching Philosophy

Teaching Philosophy

My teaching philosophy is centred on developing future-ready engineers who can lead, integrate multidisciplinary knowledge, solve real-world problems, and create value through engineering.

I summarise my approach through three principles:

LEAD → INTEGRATE → CREATE VALUE

LEAD
Engineering education should develop both technical competency and leadership capability. Through Problem-Based Learning (PBL), Project-Based Learning, active learning, case studies and Design Thinking, I encourage students to communicate, collaborate, make engineering decisions, take responsibility and lead within multidisciplinary teams.

INTEGRATE
Modern engineering problems rarely belong to a single discipline. I therefore expose students to the integration of electronics, embedded systems, communication, IoT, AI, programming, control, mechanical design, rapid prototyping and systems engineering.

My objective is to develop T-shaped engineers who have strong technical depth in their own discipline while possessing sufficient multidisciplinary breadth to communicate, collaborate and become effective system integrators.

CREATE VALUE
I encourage students not to see the completion of an assignment or prototype as the end of their learning. Instead, they should ask:

What problem are we solving? Who benefits? Can we improve it? Can the solution become a product, service, research output, intellectual property or startup?

This introduces innovation and technopreneurship naturally into engineering education. For example, InfuSense originated from a student Group Design Project addressing a healthcare problem and subsequently progressed into the startup ecosystem, securing BND 43,000 in seed funding.

From Theory to Real Engineering

Hands-on learning remains at the heart of my teaching. I want students to experience the complete engineering process:

UNDERSTAND → IDENTIFY → DESIGN → BUILD → TEST → INTEGRATE → IMPROVE → CREATE VALUE

Students are encouraged to design, fabricate, program, troubleshoot, measure, analyse and improve real engineering systems. They learn that engineering is not simply about obtaining the correct theoretical answer, but about making systems work, understanding why they fail, and developing better solutions.

Student Feedback on My Teaching

My teaching approach has consistently received strong feedback through the Module Teaching Survey Evaluation (MTSE) at Universiti Teknologi Brunei:

4.79 / 5.00
EE2106 Microcomputer Engineering
Jan-May 2025

4.73 / 5.00
EE5115 Advanced Embedded Systems for IoT Applications
Jul-Nov 2025

4.52 / 5.00
EE2106 Microcomputer Engineering
Jan-May 2026

These student evaluations provide important feedback on the effectiveness of my interactive, practical and student-centred approach, while also guiding me to continuously improve my teaching.

Beyond the Classroom

I believe engineering education should extend beyond lectures and examinations. Learning can progress into research, innovation, professional training, industry collaboration, consultancy, intellectual property and entrepreneurship.

TEACHING → SKILLS → PROJECTS → RESEARCH → INNOVATION → PRODUCT/SERVICE → ENTREPRENEURSHIP → IMPACT

Ultimately, I don't want students to simply know engineering. I want them to become engineers who can lead people, integrate knowledge, solve problems and create meaningful value for society and industry.

“Find the problem, engineer the solution, integrate the knowledge, and create value and impact.”

LEAD → INTEGRATE → CREATE VALUE

Lead people. Integrate knowledge. Solve real problems. Create meaningful impact.

Home-Grown Teaching Platform: Customised for the Curriculum, Designed for Hands-On Learning (Msc Class Lab)