
Teaching
If you can’t explain it simply, you don’t understand it well enough.
– A. Einstein
Sometimes calling a subject “boring” is merely a way to dismiss a topic we find difficult. Many people find mathematics boring, but I believe that this is almost always because those people can’t see the patterns in math. When mathematics is just symbol shunting to you, it is hard to truly appreciate it. This difficulty might be conceptual. Physics, mathematics, and chemistry are often ‘boring’ to many people because they can’t see the real pictures they represent.
The best analogy I have with this is magic eye pictures. They are those pictures that look like a slightly distorted, abstract pattern. However, if you can change the focus of your eyes just right, you can see a 3D image within them. When I was a child, I couldn’t see those 3D images. I knew they weren’t boring because of how much other people seemed to enjoy looking at them. However, they didn’t interest me; to me, they were just abstract blobs of colour. An empty wall was about as interesting as them. Then one day I saw one of those pictures in a glass frame. I found out that by focusing my vision on the reflection of the surface of the glass, I could pop the 3D image into view. The best part was that once I had learned this with the glass-covered prints, I could do it at will, even if they were on a matte surface.
I think about all the topics, especially science and engineering ones, in the same way. Many people find it boring only because they’ve learned to see it as abstract symbols. Maybe they’ve even learned to pass tests by pushing those symbols around. However, they don’t find it interesting because they don’t realize there’s a 3D picture hidden beneath it.
It sounds cliché, but I am a true believer that we all have at least one unique extraordinary ability; some become good musicians; others, good speakers. Some people might be excellent at providing care to others, and others might be brilliant at solving alone the most complex puzzles humankind has ever faced. We come in different shapes and sizes, so does our interests, stories, backgrounds, and experiences. We can all fly as high as we believe we can.
Please see below the list of courses I am teaching (and will be teaching!). I hope I can help you see beyond equations and symbols!
Elective Course (SYSC 4906)

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Principles of Cell and Tissue Engineering
This new course aims to bridge the critical gaps between molecular/cellular biology and practical engineering approaches essential for restoring, maintaining, or enhancing biological tissues and organ functions. By integrating the latest advancements in tissue engineering with hands-on problem-solving and design-based learning, this course is a unique platform for students to delve into this rapidly expanding field.
Graduate Course (BIOM / SYSC 5202)
Applications in Biomedical Image Processing
The course covers a broad gamut of strategies applied to biomedical image processing (enhancement, segmentation, registration, ...) together with their applications to biomedical images (e.g., brain tumor detection, functional imaging, and microscopy images). It is intended for graduate students from various backgrounds who wish to acquire skills and expertise in image processing applied to biomedical imaging.

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Undergraduate Course (SYSC 4201)

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Ethics, Research Methods and Standards for Biomedical Engineering
This course provides an interdisciplinary exploration of ethical theories, decision-making, and research methodologies in biomedical engineering. Students will examine informed consent, confidentiality, privacy, and research ethics boards; refine skills in hypothesis formulation, data collection, sampling bias, and experimental design; and develop statistical literacy. They will also study regulations governing medical devices, along with the broader social, political, and financial impacts of biomedical technology.