My interest in engineering was first sparked by my brother, along with formative influences such as Bill Nye and the imaginative world of Star Wars. I recall, in particular, a Grade 7 science fair project in which my brother helped me build an “anti-gravity” lifter. Seeing a device take flight using 20 kV left a lasting impression and ignited my passion for the field.

From that point forward, I became deeply interested in electronics, which I came to view as the “brain” behind modern technology—something that felt almost magical. To better understand this, I pursued and completed a Bachelor’s degree in Electrical Engineering.

While I value the rigor of traditional engineering training, I have come to see conventional approaches to research as somewhat limited in scope. I am particularly interested in more holistic, interdisciplinary thinking. My goal is to build on my formal education by integrating a broader range of skills, ultimately pursuing a career focused on developing technologies that prioritize human needs over purely financial outcomes.

Optical Alignment System

Photonics Group, Carleton University, Summer 2012 Purchased, setup, and tested 60,000$ worth of equipment used for testing optical integrated circuits both in software and hardware  

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Simple Analog Op-amp IC Design

IC Design and Fabrication Course, Carleton University, Winter 2012 The first pair of students to have ever designed and fabricated an analog device (an op-amp) using Carleton’s fabrication facilities  

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Electroluminescent Display Circuitry

Undergraduate Thesis, Carleton University, Fall 2011 – Winter 2012 Designed the high-voltage driver circuitry for these low-cost displays designed at Carleton Received 30,000$ of funding from the Dean of Engineering...

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System-Level Spur Killing

Master’s Thesis, Carleton University and D-TA Systems, March 2013 – Current Direct Digital Synthesizers (DDS) are known to be very spurious due to the use of the Digital-to-Analog Convertors (DAC)....

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