- Utilized AutoCAD to design electrical systems for municipal projects, including creating new electrical systems and wiring new devices into existing networks- Conducted lighting and generator calculations for integration into new facility designs- Collaborated with senior engineers to develop and refine electrical designs, ensuring compliance with industry standards- Performed site visits at each project phase to oversee progress and provide innovative solutions

- Gained practical experience in designing and prototyping wearable systems for the public, with a focus on attention and cognitive enhancement- Expanded proficiency in soldering, reworking PCBs, electrical evaluation, testing, and troubleshooting- Adapted prototypes to work with young children, the elderly, and the disabled population

- Developed and integrated battery arrays to store and transfer energy to motors- Augmented solar panel layout to optimize surface area for energy absorption- Designed, populated, and tested PCB prototypes for energy transmission- Regularly utilized soldering, spot welding, 3D printing, and water jet machining

- Utilized model to create energy transmission plan for HydroQuebec- Optimized expansion planning model to include more hydroelectric factors- Performed literature review of similar models to aid in my research- Collaborated with graduate students to improve the overall model by including hydropower