I believe that engineering education should achieve two complementary objectives: developing a sound foundation of technical knowledge and equipping students to apply that knowledge to unfamiliar problems. Students cannot be expected to master every aspect of a discipline during their studies. They should, however, develop the fundamental understanding, problem-solving skills and confidence needed to continue learning and respond to new engineering challenges.
For this reason, I view engineering education as more than the transmission of information. Students need opportunities to engage with concepts, connect new knowledge to what they already understand, and use engineering principles to analyse and solve practical problems.
My industrial engineering experience has strongly influenced my approach to teaching. Engineering concepts become more meaningful when students can understand their practical purpose and see how theoretical principles inform real design decisions.
I therefore aim to combine structured teaching and assessment with opportunities for practical application. Lectures and guided examples help establish the necessary theoretical foundation, while design projects, practical activities, discussions and problem-solving exercises encourage students to apply and extend their understanding.
In design-based learning, I aim to guide students through the process rather than simply provide them with solutions. Students should learn to define problems, identify the knowledge they need, evaluate alternatives and justify their decisions using engineering principles. This also helps them recognise that engineering problems do not always have a single obvious answer.
I believe that students learn more effectively when they are actively engaged with the subject matter. As a lecturer, I aim to communicate my own interest in engineering, use relevant examples to demonstrate the value of what is being taught, and create opportunities for students to question, discuss and apply concepts.
I also recognise that sustained engagement requires variety. Depending on the learning objectives and subject matter, this may involve a combination of explanation, worked examples, questioning, group discussion, practical work and independent problem-solving.
Ultimately, I want students to become increasingly independent learners. They should develop the ability to recognise gaps in their knowledge, identify appropriate resources, investigate possible solutions and evaluate their own work critically.
My teaching philosophy is not fixed. It should develop as I gain experience, engage with students and colleagues, and reflect on the effectiveness of my teaching methods.
I recognise that an approach that works well in one context may not be equally effective in another. Feedback, student performance and reflection on individual teaching activities are therefore important in identifying where adjustments are needed.
My objective is to continue improving the alignment between learning outcomes, teaching activities and assessment, while exploring ways to make engineering learning more engaging, practical and intellectually challenging.
I regard teaching as an ongoing learning process in its own right. I want to help students develop not only the knowledge required to become competent engineers, but also the curiosity, adaptability and independent thinking needed to continue learning throughout their careers.