• Initiate and lead the strategic decisions of a multidisciplinary team of 30+ students• Led the development of a 3m tall supersonic rocket with 8kN of peak thrust that successfully flew at Mach 1.7 (2100 km/h) to an altitude of 23,000ft.• Ensured compliance to legal, safety, regulatory and liability/insurance requirements• Monitored and achieved organizational goals and milestones within specified timelines through effective utilization of management tools and overseeing the… Show more • Initiate and lead the strategic decisions of a multidisciplinary team of 30+ students• Led the development of a 3m tall supersonic rocket with 8kN of peak thrust that successfully flew at Mach 1.7 (2100 km/h) to an altitude of 23,000ft.• Ensured compliance to legal, safety, regulatory and liability/insurance requirements• Monitored and achieved organizational goals and milestones within specified timelines through effective utilization of management tools and overseeing the progress of five teams, ensuring seamless coordination and timely accomplishment of objectives.• Promote communication, teamwork, inclusivity, equality, and team cohesion by organizing social events and conferences within the team• Ensured the team’s smooth operation through regular meetings with team leads and fostering team cohesion• Responsible for making pitches and presentations for funding requests from the university and different sponsors Show less

• Responsible for the avionics sub-team (15+ engineering students)• Participated in the project management and technical decisions for the development of a hybrid rocket engine and a supersonic rocket that will reach 20,000 feet• Orchestrated the development of the Primary Flight Computer, ground equipment and data acquisition devices that will control different propulsion, recovery, and avionic embedded real-time systems• Led the software development team of the Primary Flight… Show more • Responsible for the avionics sub-team (15+ engineering students)• Participated in the project management and technical decisions for the development of a hybrid rocket engine and a supersonic rocket that will reach 20,000 feet• Orchestrated the development of the Primary Flight Computer, ground equipment and data acquisition devices that will control different propulsion, recovery, and avionic embedded real-time systems• Led the software development team of the Primary Flight Computer of the rocket in C++ • Integrated multiple sensors, output signals, a finite state machine, and events detection logic in the Primary Flight Computer• Designed custom antennas with Ansys• Established the recruitment process of the team Show less

Initiated the development of the new onboard flight computer software. Researched on software architecture good practices and learned C++. Designed the architecture of the new code base in C++, implemented a finite state machine and an interface for testing and simulating rocket flights. Setup the new test platform and the groundwork for the future student researched and developed avionic system of the team.

Software development for 911 call centers.- Validated the upgrade procedure for a 911 software release, ensuring a flawless upgrade of many 911 call answering points.- Significantly reduced time and technical configuration errors for field engineers to upgrade 911 call centers by developing new features that streamline the data entry process of call centers configurations.- Increased security by automating the audit policies of Windows machines for many U.S. 911 federal sites

- Full stack developer- Developed front-end pages and features with React and Typescript- Implemented new backend features in PHP- Wrote database migration scripts in SQL- Developed custom plugins in Java

• Worked in an agile software backend development team• Successfully designed and implemented a configuration server in a microservice architecture• Successfully updated and redeployed all microservices to use the new configuration server in production• Established and documented a new deployment workflow for multiple software development teams• Developed features in microservices using the Spring frameworkSuccess Examples:• Recognition from management for… Show more • Worked in an agile software backend development team• Successfully designed and implemented a configuration server in a microservice architecture• Successfully updated and redeployed all microservices to use the new configuration server in production• Established and documented a new deployment workflow for multiple software development teams• Developed features in microservices using the Spring frameworkSuccess Examples:• Recognition from management for independently solving critical production problems during off hours• Winning team of the Cision Q4 hackathon Show less

• Investigated and solved issues in the backend data ingestion pipeline of multiple Cision platforms• Designed and developed new features for internal Cision tool• Produced code of high quality covered with automated tests• Fixed many backend issues that clients were facing and reporting

• Conducted research to integrate the new technologies in gene circuits and biological computing• Developed a web-based CAD platform that let the user design gene circuits and logic gates together• Produced technical reports• Initiated the Agile methodology within the team by using new tools such as Trello

Responsible of the Technoscience Outaouais digital programming camp. Supervised a group of child aged from 7 to 12 for 6 weeks full time. Ensured the smooth running of workshops and activities.