I co-founded this company with my colleagues from my 4th year capstone project. I developed the hardware and firmware for a device that measured joint range of motion and transmits that data via BLE5.0 to a web application on the users device. I am excited to learn and grow as the company develops!

In this role I was responsible designing electronics for sensor data acquisition and transmission. The company was seeking circuit design and development assistance to create a complete embeddedsystem that allows for capturing input from sensors and various other userinputs from a medical device and communicating these to a graphic user interface throughBluetooth.My roles and responsibilities were as follows:-Aiding of Magellan Biomedical engineers or their academic collaborators in design, Developmentand prototyping of the system-Advising on design and development efforts for product development and creation of acommercial version of the product ready for manufacturing-Reviewing design files-Participating in Design Review meetings-Assisting in regulatory engagements-Aiding in prototype development and testing-Documentation and report generation

I supervise and direct the Club Executives in order to provide the best experience for Ryerson Students. The club is built around providing the community with a safe and comfortable space to enjoy the sport of Archery. With no experience or equipment required from participants, there are low obstacles for entry to the club for people newer to the club. The range is open to the public to allow for greater integration between the students on campus and prominent community members. What we have found is that community involvement has greatly improved the experience in the club as the sport itself is not restricted to a certain demographic.My personal philosophy is that practicing archery is excellent for your mental health and well being, as the best practices help to release stress and improve focus in a low stress environment. During my time at Ryerson I am working to improve the club experience by keeping the obstacle to entry very low while preserving the club experience.

Assisting with the circuit design and hardware implementation of MRI-compatible motion stages.

In this role I was responsible for the development of the electronics hardware, firmware and software for real time data collection, logging and processing for a device prototype in the Medical Devices and System Lab at Ryerson. The PCB(s) were designed in Altium and were assembled and tested by hand, the firmware was written in C and Python was used to process the data pulled from the device for further processing.Custom circuits were designed to incorporate external inputs to synchronize data collection in the R&D environment.

Lead the electrical design and integration of the formula- style race car. Projects include:-Electrically Actuated Pneumatic Shifting -Wiring Harness Design and Manufacturing-CAN bus Data Logging Solution-Set up of custom sensing technology - Design of a live, Non-Contact 3 Band Tire Temperature Measurement System

Assisted the Engineering Department with daily operations, including measuring air quality, air flow, gas measurements underground, and updating the airflow in the CAD model for the mine.