Coordinated strategy and operations as Chief of Staff for 500 to 1200 engineers worldwide and member of senior leadership team.• Organized and facilitated several leadership workshops leading to strategic alignment and team synergy.• Supported the successful introduction of OKRs, including related tooling, and acted as Champion.• Established the business case and introduced key technologies leveraging genAI at scale leading to 5% increased productivity gains.• Launched developers processes improvement using Innersourcing on GitHub.• Managed and optimized multi‑million‑dollar budgets related to Software tools.• Led cross‑functional initiatives which brought improved software sourcing practices

Responsible of whole engineering development (excl. HW Design) of the Clarity product to improve cancer care worldwide.(Clarity is an accessory used in conjunction with linear accelerators for cancer radiation therapy, providing a real-time visualization of soft tissues and organs using ultrasound for improved treatment accuracy and efficiency - See link for additional information)• Managed a dozen people across various functions, including manager.• Improved productivity by transforming a functional organization into value‑aligned teams.• Grew the team by putting forward growth plans, favoring internal promotions, providing trainings, and performing recruitment.• Managed collaborators and suppliers to build the next‑generation of the product and architecture through incremental de‑risking.• Led a global workstream on Software Architecture that led to a consolidated guidance across Elekta.• Supported the overall Montreal office ( 70 people) by being a member of the site leadership team taking decisions on the HR policies, COVID strategy and other related activities.• Worked closely with Product Management to establish the product roadmap, vision, and the portfolio backlog.• Supported audits and complied with all applicable regulations and standards (ISO, IEC, MDD, MDR, MDSAP, GDPR, HIPAA).

Managed R&D projects, technological strategy and innovation, and performed technical developments.• Modernized the core automated insole manufacturing solution onto a modern development stack hosted on Azure cloud, drasticallyimproving resiliency.• Managed an innovative project that eliminated manufacturing waste for knee braces.• Set the strategy and conducted technical investigation and research (TRLs) of multiple projects.• Coordinated several development teams for projects realization.• Established best practices (CI/CD) and structured the internal IT team.• Led interviews and hiring.• Developed and maintained the core day‑to‑day operational and clinical software platforms used across 45 sites (C#, WPF, Azure, MS SQL, App Services, iOS, ASP.NET)

Developed a unique technology (iASSIST) using inertial sensors in Computer Assisted Surgery for Total Knee Replacement (TKR).https://bit.ly/2ESv5ld• Developed a next generation of the product using an improved architecture and best practices (CI/CD) allowing for fast exploration and innovation of new components.• Collaborated with customers to investigate and resolve field escalations (complaints).• Developed real‑time multithreaded applications (C/C++, CentOS, FreeRTOS, concurrent access).• Implemented low‑level drivers (DMA, SPI, I2C, UART, Inertial Sensors).• Developed algorithms for processing data of inertial sensors below the millisecond scale (> 1000 Hz).• Optimized memory and processing for embedded platform (ARM Cortex‑M4F, M3).• Developed analysis tools (Python, SciPy, Numpy, Matlab) allowing for fast iterations.• Developed under a Linux environment (ant, makefile, gcc, RPM, yum).• Ensured high development standards and control (FDA, IEC, ISO).

While working as a Software Developer, led the product development team (20 cross‑functional engineers) to improve productivity though better ways of working.• Transformed development practices though parallelization of the work and closer alignment which led to a successful major release on time and budget.• Removed impediments, animated scrum events and maintained artifacts (metrics).• Selected productivity software (Rally now CA Tech) and developed processes (Timesheets integration, Portfolio).

Improved and maintained the embedded software executing inside the CF‑18 fighter plane mission computers related to Air‑to‑Air Tactical and Analysis.• Integrated a satellite module enabling pilots communications (Assembly).• Parallelized the prototyping framework (C++) halving experimentation time, accelerating developments.• Implemented real‑time simulation algorithms of missiles to provide tactical awareness to pilot (Assembly).• Developed data analysis tools (Matlab, Python) providing quantifiable error metrics.• Ensured compliance with highly regulated environment (NATO Secret clearance) with severe real‑time performance requirements.

At Bombardier Aerospace, I performed an internship where my mandate was to evaluate the integration of an electro-mechanical actuators technology. My work consisted of:- Developing numerical simulations to perform dynamics analysis (Simulink, MatLab)- Integrated non-linearities (backlash, friction, self-lock) in the models to simulate their impacts

At PTC, I contributed to develop and maintain a new (at the time) manikin library toolbox for the Pro/Engineer (now Creo) 3D CAD software solution.Those manikins are used to perform anthropometric and ergonomics analysis on 3D engineering CAD models.

At Messier-Dowty, I worked as an assistant machinist where I operated a CNC milling machine used to machined six (6) landing gears simultaneously. Work tasks included:- Ensuring care and maintenance on the machine- Taking validation measurements- Handling of the undercarriages- Waste disposal (metal chips)

In college, I was doing mentoring in various classes such as:- Calculus - Differential- Physics - Mechanical / Electricity and Magnetism- Mathematics for Sciences