Managed the end-to-end development and launch of multiple innovative products, overseeing project planning, cross-functional team coordination, quality control, and certification processes to ensure timely delivery within scope and budget.Responsibilities:• Coordinated and controlled multiple project phases, including scope definition, risk assessment, and change control, while adhering to project governance.• Conducted market research to anticipate trends, collaborating with marketing and sales teams to define project objectives and requirements.• Supervised an engineering team of 2 engineers and 7 technicians to ensure safety, quality, and timely project execution.• Managed QC inspection processes, ensuring compliance with ISO 2859-1, ISO 4210, EN 15194, and UL 2849 standards.• Oversaw vendor and supplier management across Canada and China, ensuring alignment with safety regulations, codes, and specifications.• Provided technical support to stakeholders, ensuring project alignment with environmental protection standards and technical requirements.Achievements:• Successfully launched five innovative products within one year, aligning with strategic business objectives.• Reduced product failure rates through root cause analysis and implementation of corrective actions.• Streamlined product certification processes, meeting all buyer QA and GMP requirements.• Filed and secured SR&ED and IRAP funding for R&D projects.• Optimized vendor management, achieving seamless production and adherence to quality standards.

Designed and developed a high-efficiency wind-powered heat generator, leading cross-functional teams and utilizing advanced thermal and computational analysis to optimize performance.Responsibilities:• Designed and manufactured a lab-scale wind-powered heat generator.• Led the fabrication and installation process with a cross-functional technical team.• Developed and implemented a Data Acquisition System (DAQ) with National Instruments hardware and LabVIEW.• Conducted thermal and CFD analysis using advanced tools like DSC and ANSYS Fluent.Achievements:• Engineered a device achieving 90% efficiency in converting wind energy into heat.• Optimized nanofluids to enhance thermal performance.• Delivered accurate system diagnostics through a robust DAQ system.

Evaluated the commercial potential of a wind-powered heat generator through the Lab2Market accelerator, applying Lean Startup principles and customer-driven research.Responsibilities:• Evaluated the commercial viability of a wind-powered heat generator through the Lab2Market national accelerator program.• Applied the Lean Startup methodology to develop a comprehensive Business Model Canvas.• Conducted qualitative research, including customer interviews, to test hypotheses about potential customer needs and market demand.Achievements:• Identified key customer segments and validated product-market fit through data-driven insights.• Successfully translated technical innovation into a viable business opportunity using a scientific approach to entrepreneurship.

Co-founded De Vogue, an e-commerce startup, driving operational efficiency, cost optimization, and brand growth in the premium leather market."Responsibilities:• Co-founded and managed De Vogue, an e-commerce startup specializing in premium leather products.• Oversaw manufacturing, operations, and ecommerce activities, implementing Continuous Improvement and Lean Supply Chain strategies.• Led social media branding and marketing efforts to establish a strong online presence.• Collaborated with fulfillment and logistics teams to optimize delivery processes and reduce costs.Achievements:• Reduced order completion time from 72 hours to 24 hours by streamlining operations.• Negotiated a 47% reduction in logistic costs through strategic partnerships.• Minimized supply chain waste by 50% and improved inventory turnover ratio from 12 to 30 within the first year.• Successfully built a premium brand identity and increased customer engagement through social media initiatives.

Designed and built a high-performance remote-controlled aircraft, achieving second place in a national engineering competition by optimizing aerodynamics and payload capacity.Responsibilities:• Designed and manufactured a remote-controlled aircraft with a 5lb payload capacity.• Created detailed engineering drawings and 3D assemblies using SolidWorks.• Conducted FEA and CFD analyses to optimize aircraft aerodynamics and performance.• Selected and integrated critical components, including airfoil, propeller, motor, ESC, and battery, for optimal efficiency and maneuverability.• Diagnosed and resolved design and manufacturing issues to ensure operational reliability.Achievements:• Earned second place at DBFC'17, a prestigious national engineering competition.• Enhanced aircraft aerodynamics by 50% through advanced computational analysis and design optimization.