About

For the love of learning.

Questions have driven humanity toward progress, and they have had the same effect on me as an individual. Learning, whether it is needed to adapt, improve, correct, or absorb something unfamiliar, remains a basic driver of progress.

When I encounter something I do not understand, I begin by identifying the gaps. This often means taking apart assumptions, understanding what is missing, and rebuilding the pieces into a clearer view of the whole. Making a tool run is useful, but understanding why it works, where it fails, and when it should not be used matters more.

My mechanical-engineering background shaped how I approach physical systems and technical requirements. Additive manufacturing connected that foundation with design, materials, equipment, post-processing, production planning, customer education, and operating judgment. Software and AI are becoming additional ways to work on those systems, not replacements for understanding them.

It is easy for a documented process to drift away from the way work is actually performed. I try to identify those points through observation and introspection, then improve the system recursively until it reflects the real flow. That approach applies to machines, workflows, people, and organizations.

Background

Education and professional development.

Bachelor of Engineering, Mechanical EngineeringMG University · WES Canadian equivalency
Mechanical Engineering Technology: DesignCentennial College · High Honours
HP Multi Jet Fusion Field Service EngineerEquipment service and installation
Certified SolidWorks AssociateMechanical design foundation
Data Science FoundationsDSI, University of Toronto
SPIN SellingFormal training through Huthwaite

Contact

Let's continue the conversation.

I am interested in conversations around additive manufacturing, production systems, technical implementation, and useful technology built around real operating problems.