Toronto, Ontario, Canada
Mechanical Engineer with experience in automation, biomedical systems, and R&D-focused project execution. Background in design, prototype development, testing and validation, root cause analysis, and cross-functional coordination. Interested in product development, medical devices, and advanced automation roles.
· Contribute to the mechanical design and development of integrated automation platforms · Support prototype build, validation, and system integration activities · Perform mechanical troubleshooting and implement design improvements to enhance system performance · Collaborate cross-functionally with electrical and controls teams to refine subsystem architecture · Participate in system testing and deployment phases to ensure operational readiness
Healthcare Robotics (HeRo) NSERC CREATE Graduate Training Program
· Designed and integrated multi-subsystem robotic and mechanical platforms for biomedical system applications · Developed precision mechanical assemblies, actuation mechanisms, and custom fixtures to support system-level integration · Executed structured prototype development cycles including build, functional testing, validation, and iterative refinement · Performed system-level troubleshooting and root cause analysis to improve reliability and performance · Maintained structured engineering documentation and supported iterative design refinement throughout development cycles · Translated user and stakeholder requirements into functional mechanical design specifications through interdisciplinary collaboration
· Managed installation, commissioning, and maintenance of advanced micro/nanoscale research equipment, ensuring high system reliability and performance across multidisciplinary projects. · Led technical procurement of high-precision scientific instruments, including specification definition, vendor evaluation, and integration planning for $1M+ in capital equipment. · Collaborated with researchers and engineers to support experimental setup, troubleshooting, and system optimization, improving research throughput and data quality. · Developed and implemented standard operating procedures (SOPs) for complex equipment, enhancing repeatability, safety, and efficiency of experimental workflows. · Coordinated lab infrastructure and equipment usage across multiple research groups, optimizing system utilization and minimizing downtime. · Provided hands-on technical support and training for advanced instrumentation, enabling effective operation in a fast-paced research environment.