• Full Stack: Built the frontend of this web-software primarily in JavaScript & React.js, with backend support in PHP with Laravel.• Involved from the initial development, to now updating/maintaining a startup video editing software that uses AI for video analysis.• Completed 26+ different tasks ahead of the estimated project schedule, thus shortening project delivery by 1 month overall.• Fully coded 10+ webpages, with extensive code review & testing, ready for release.•… Show more • Full Stack: Built the frontend of this web-software primarily in JavaScript & React.js, with backend support in PHP with Laravel.• Involved from the initial development, to now updating/maintaining a startup video editing software that uses AI for video analysis.• Completed 26+ different tasks ahead of the estimated project schedule, thus shortening project delivery by 1 month overall.• Fully coded 10+ webpages, with extensive code review & testing, ready for release.• Prepared 5+ features to be ready for production.• Wrote research documents for software analysis and improvements.• Extensive learning & manipulating different frontend frameworks. Show less

• Working closely with the Department of Anesthesiology to develop the UI for a tracking board, to schedule patients and medical professionals for procedures and shifts.• Programming the entire front-end in JavaScript, with an existing large backend in PHP that handles the SQL data of over 70 physicians and hundreds of patients• Purpose: To provide a more streamlined technical solutions for the department's needs.

• Collaborated in planning 2 of the Canadian Navy’s research vessels, with database validation & CAD design.• Optimized subassembly processes & managed material databases in a team of 20 engineers & technologists.• New Ship Construction Project: Comprehensive analysis, classification, and strategic planning of 200+ intricate machinery and ship structural design assemblies, adhering to marine engineering regulations.• Ships: Joint Support Ship and Offshore Oceanographic Science… Show more • Collaborated in planning 2 of the Canadian Navy’s research vessels, with database validation & CAD design.• Optimized subassembly processes & managed material databases in a team of 20 engineers & technologists.• New Ship Construction Project: Comprehensive analysis, classification, and strategic planning of 200+ intricate machinery and ship structural design assemblies, adhering to marine engineering regulations.• Ships: Joint Support Ship and Offshore Oceanographic Science Vessel. Show less

• Led 3 major team projects & hosted 2 campus events. Taught CAD modelling, Python, & engineering basics.• Promoted club growth & secured funding: 15 active members & $50,000 for the greenhouse.• Self-Sufficient Greenhouse: • Directed a team of 40 in designing & constructing a greenhouse capable of autonomous growth of fresh produce for the community. Adhered to structural engineering standards.• Acoustic Speaker: • Students worked together to design individual… Show more • Led 3 major team projects & hosted 2 campus events. Taught CAD modelling, Python, & engineering basics.• Promoted club growth & secured funding: 15 active members & $50,000 for the greenhouse.• Self-Sufficient Greenhouse: • Directed a team of 40 in designing & constructing a greenhouse capable of autonomous growth of fresh produce for the community. Adhered to structural engineering standards.• Acoustic Speaker: • Students worked together to design individual concepts & collaborate on a collectivedesign for production. Researched audio-dynamics for sound-wave projection efficiency with CAD modelling.• Remote-Controlled Slingshot Tank: • Designed a 3D-printed tank with a mechanical gear system to trigger the slingshot. Remote-control features developed with RC hardware & Python. Show less

• Studied and developed the Dynamic Magnetic Fields Lab.• An interactive lab experiment for Physics professors to deploy in a hybrid teaching environment.• Allows practicing magnetic field concepts in an accessible manner inside the lab and from home.• Built using cell phone magnetometers and built-in proximity sensors.