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Matt Simpson is a technology leader with over two decades of experience driving digital transformation within Canadian higher education. As the Director of Information Technology for the Faculty of Health Sciences at Queen’s University, Matt leverages technology to enhance teaching, enable research, and streamline administration. He is dedicated to building high-performing, engaged teams that deliver innovative solutions designed to empower the communities they serve. His leadership philosophy is grounded in a balance of technical rigor, creative problem-solving, and a deep appreciation of the human element in technology.
As a Certified Information Systems Security Professional (CISSP), Zend Certified PHP Engineer, and professionally trained graphic designer, Matt blends technical expertise with creative vision to create secure, intuitive, and impactful digital ecosystems. Throughout his career, he has been a champion of community-driven innovation, fostering collaboration, and developing software that advances medical education at universities around the world. Balancing hands-on development with strategic leadership, he remains deeply connected to his technical roots, ensuring that technology decisions align with real-world needs and industry best practices.
AI represents a technological paradigm shift comparable to the internet itself, offering unprecedented abilities to streamline our work, accelerate research, and solve complex problems; however, we are currently seeing only the tip of the iceberg of possibility. As established software products we use continue to integrate AI capabilities and new "enterprise-grade" products emerge overnight created by once impossibly small software engineering teams, the friction to adopt these tools has never been lower, but the stakes have never been higher. We must critically examine the hidden costs of this convenience, ranging from the loss of intellectual property and confidentiality or privacy breaches to the subtle algorithmic manipulation of our attention, opinions, and judgment, as well as ultimate fit for purpose and long-term impact.
The objective of this session is not to advocate for the avoidance of AI, but to empower you to use it with agency. I will distill the history of how we arrived here, scrutinize the specific risks buried in the "legalese" of Privacy Policies, Terms of Use, and software contracts, and discuss the imperative of rigorous vendor negotiation. You will leave armed with the knowledge to embrace these capabilities, where appropriate, to become happier and more productive, while ensuring we protect our data, our ethics, and our future.
This hands-on, three-hour workshop is for software engineers, technical staff, and technical enthusiasts who want to move beyond experimentation and learn how to effectively integrate AI coding agents into real development workflows. The session balances technical execution with governance, security, and team dynamics. While open to a broader audience, the workshop assumes baseline technical fluency and is not intended for introductory programming or deep, individualized troubleshooting.
The workshop begins with a candid, experience-based talk on transitioning to an AI-first development model within an enterprise application services team. Drawing on a real AI coding assistant pilot, the session explores how experienced developers evolved from writing code line-by-line to managing and directing AI agents across architecture, implementation, testing, and documentation. Participants will examine how this shift affected productivity, developer happiness, code quality, and long-term maintainability, as well as the trade-offs encountered along the way. The talk highlights practical lessons learned, and the decision-making frameworks used to responsibly adopt AI tooling while meeting privacy, security, compliance, and operational obligations.
The remainder of the workshop is highly interactive and execution focused. Participants will configure an AI coding agent on their own device and integrate it into a real development workflow using an editor or IDE, version control, and GitHub. Working in small groups, attendees will rapidly design, build, and iterate on a simple application, emphasizing architectural clarity, collaborative development, and AI-assisted execution. The session concludes with short group demos and reflections, giving participants a clear, practical understanding of where AI coding agents deliver genuine value in software development and where traditional engineering practices remain essential.
The college hosted a focused bootcamp on assessing market potential in medical device innovation. Led by Dr. Joseph Knight, the session guided participants through practical frameworks such as TAM/SAM/SOM, competition analysis, and funding considerations. Using real‑world examples, attendees learned how to evaluate unmet clinical needs and identify opportunities with strong clinical and commercial promise.
Conducted by Mr Jack Wong, founder of Asia Regulatory Professionals Association, this bootcamp introduces the basic regulatory framework knowledge for medical device and software/AI. Participants were able to get an interactive 3 hour programme on 29 Oct 2025.
A dedicated workshop for engineers and ancillary staff to learn about engineering concepts that can be applied to healthcare operations.
An interactive design ethnography workshop for clinical innovation and research engineers, led by Eric Richardson from Duke University, Durham. The bootcamp focused on discovering unmet needs in innovation through ethnographic methods and systems thinking.
Annual congress organised by the College of Healthcare Engineering to bring together healthcare engineering professionals. SHEC 2025 was held at Marina Bay Sands on 14 August 2025 in collaboration with Singapore Healthcare Management (SHM) 2025.
The congress featured keynote speakers Professor Tan Sze Wee and Dr Ho Chaw Sing, with four thematic sessions covering Healthcare Operations Research & Management, Biomedical Engineering Applications, Technology Commercialisation, and Digital Health, marking the first collaboration between healthcare operations and engineering under the SHM umbrella.
As part of the college's initiatives to support engineers, the AI Health World Summit brings meaningful discussions on Artificial Intelligence innovation, ethics and more.
Inaugual conference co-organised by the College of Healthcare Engineering and IEEE EMBS, supported by Temasek Polytechnic to bring together healthcare engineering professionals. Our first conference was held at Temasek Polytechnic from 03rd - 4th October 2024.
Our first engineers' networking dinner featuring a Q&A session with the college's leadership committee where engineers had the chance to ask candid questions and hear directly from our leadership.
On 22nd November 2024, the college collaborated with Musculoskeletal Sciences ACP where we bring together clinicians and engineers to discuss and share knowledge on musculoskeletal innovation projects to promote inter-professional collaboration.
Co-organised with Surgery ACP and Duke-NUS Office of Innovation and Education (OIE) brought about a 3-part series on intelligent surgery. Each part discuss about the future of intelligent surgery from patient experience to AI imaging.
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