Autonomous Karting Series: Creating an autonomous go-kart to compete in May 2025 atPurdue University, Indiana:- Designed a PCB to safely regulate and distribute power from a battery for electrical system, containing a hotswap IC, buck converter, fuses, undervoltage, and flyback protection- Designing a control PCB allowing computers to communicate with mechanical components- Designing a suitable racing system, selecting optimal components such as motors and batteries-… Show more Autonomous Karting Series: Creating an autonomous go-kart to compete in May 2025 atPurdue University, Indiana:- Designed a PCB to safely regulate and distribute power from a battery for electrical system, containing a hotswap IC, buck converter, fuses, undervoltage, and flyback protection- Designing a control PCB allowing computers to communicate with mechanical components- Designing a suitable racing system, selecting optimal components such as motors and batteries- System testing and troubleshooting- Ensuring the electrical system is able to collaborate with the mechanical and software systems on the vehicle.- Conducting overall project management to maintain operational efficiency, guiding mechanical, electrical, software, and business sub-teams, optimizing team member utilization and maintaining a well-organized project timeline- Principal liaison with sponsors and other stakeholders, raising over $40, 000- Resolving challenges raised by team members, providing mentorship to junior members Show less

F1Tenth:Creating autonomous racing vehicles to compete in the F1 Tenth competition. Placed top 10 in May 2023. - Working with soldering and wiring PCBs - Using a system with a LiDAR, motor controller, PCB, and Nvidia Jetson GPU - Assembling vehicle parts using various tools - Sponsorship generation and administrative work

- Developed an inhibitor PCB to delay CubeSat power-up for the first 30 minutes post-launch, supplying DC power to all other subsystems after the 30 minutes, utilizing a buck converter, a 555 timer and a counter to set the 30 minutes, and a latch system using logic gates- Researching optimal power supply options to work with the CubeSat’s solar panels and to power the inhibitor PCB

- Designing, populating, testing, and debugging PCBs for wireless power transfer systems - Designed a current sense PCB that successfully provides overcurrent protection for systems. This PCB was tested in various configurations on Solace's systems, ultimately leading to the most efficient design, shutting down power to the system in 13 microseconds. The system contains a current sense IC, sense resistor, OR gate, and a flip flop to latch the output- Testing using oscilloscopes, EMI… Show more - Designing, populating, testing, and debugging PCBs for wireless power transfer systems - Designed a current sense PCB that successfully provides overcurrent protection for systems. This PCB was tested in various configurations on Solace's systems, ultimately leading to the most efficient design, shutting down power to the system in 13 microseconds. The system contains a current sense IC, sense resistor, OR gate, and a flip flop to latch the output- Testing using oscilloscopes, EMI analyzers, VNAs, impedance analyzers to improve system efficiency- Assembling and modifying boards containing surface mount components using various soldering and assembly tools.- Characterized and tuned systems to improve wireless power transfer efficiency Show less

Working on the refurbishment of multiple generator excitation systems for the Bishop Falls generation plant, along with helping the PCC team with other daily tasks. - Assisted with the design, review, and commissioning of the excitation systems - Created drawings for the upgrade of generator exciters using similar designs - Supported on-site construction and commissioning, created as-built drawings for new generator-exciter systems - Learning how to interpret… Show more Working on the refurbishment of multiple generator excitation systems for the Bishop Falls generation plant, along with helping the PCC team with other daily tasks. - Assisted with the design, review, and commissioning of the excitation systems - Created drawings for the upgrade of generator exciters using similar designs - Supported on-site construction and commissioning, created as-built drawings for new generator-exciter systems - Learning how to interpret generator system drawings, how exciter generator systems work, and the design and installation process for such systems - Purchasing and installing new panel racks in the office control and testing rooms Show less

Worked with Training-Works on the Fatigue Risk Mitigation Project, along with other team and administrative duties.- Helped create an app and platform which links to an armband to be worn by the user- Assisted with entire process of developing product, creating requirements, testing and troubleshooting the product- Working with development team to program app to link to armband device- Worked with platform team to test and document testing for online Training-Works… Show more Worked with Training-Works on the Fatigue Risk Mitigation Project, along with other team and administrative duties.- Helped create an app and platform which links to an armband to be worn by the user- Assisted with entire process of developing product, creating requirements, testing and troubleshooting the product- Working with development team to program app to link to armband device- Worked with platform team to test and document testing for online Training-Works Skilltinuous platform- Worked on UI and UX design for both platform and app- Created user guides for platform, app, and armband- Created QR code landing page for Training-Works website Show less

Developed the PLC system for the Churchill Falls underground heating system. Assisted and shadowed the Electrical Engineering Team on various engineering tasks. Also worked with Cahill Facilities Management on the Residents at Littledale project.- Worked with programmable logic controllers (PLC), mainly Allen-Bradley PLCs. Programmed PLCs using various software. Created and interpreted drawings and circuit diagrams for PLC systems using AutoCAD- Designed layouts for systems… Show more Developed the PLC system for the Churchill Falls underground heating system. Assisted and shadowed the Electrical Engineering Team on various engineering tasks. Also worked with Cahill Facilities Management on the Residents at Littledale project.- Worked with programmable logic controllers (PLC), mainly Allen-Bradley PLCs. Programmed PLCs using various software. Created and interpreted drawings and circuit diagrams for PLC systems using AutoCAD- Designed layouts for systems containing PLCs- Monitored and exported real-time data from various control systems, mainly sewage pumps and heating control, using VTSCADA- Completed Canadian Standards Association (CSA) inspections on various devices- Completed fieldwork to troubleshoot panels, controllers, and electricals at various job sites- Fabricated devices and panels in the workshop- Worked with suppliers to quote and order products- Recorded and ordered inventory for the Residents of Littledale project Show less

Participated in summer boot camp, learned how to code with Python and was able to shadow and work with engineer and developers. Helped with daily administrative tasks

Worked with launching the new Main Street Recovery project and e-port project, in association with IGNITE Nova Scotia. Also helped with daily administrative tasks.- Assisted with website layout and design for Main Street Project- Developed marketing strategies for the project, such as billboard designs and web ads- Created pages and infographics on e-port website for customers- Created blogs related to the Main Street Recovery Project for the Board of Trade members

Worked in data collection and management with the data management- Collected data from all customers and which software they were using- Used this data to group customers on the Salesforce platform