Designing the next gen of medical devices aimed in facilitating organ transplant.- created 3D models for the next gen organ transplant devices. - Worked with surgeons to understand user requirements and ensure that user needs are met by the design- Presented low fidelity prototypes to physicians to get feedback on design flaws and ensure voice of customer is heard and implemented.

• Created mechanical fixtures in SolidWorks for in-process testing of catheter used in ablating prostate cancer.• Supported all stages of product development, with an emphasis on DFM / DFA. • Established open communication channels with suppliers for outsourcing of designs / parts for products. • Engaged in design reviews for new products providing mechanical and manufacturing feedback to ensure design is feasible and scalable. • In charge of main robotics assembly in production… Show more • Created mechanical fixtures in SolidWorks for in-process testing of catheter used in ablating prostate cancer.• Supported all stages of product development, with an emphasis on DFM / DFA. • Established open communication channels with suppliers for outsourcing of designs / parts for products. • Engaged in design reviews for new products providing mechanical and manufacturing feedback to ensure design is feasible and scalable. • In charge of main robotics assembly in production as well as all other capital equipment, performing root cause analysis and process improvements to ensure sales forecasts are met. Show less

Leading project with team of 5 engineering students to develop orthopedic device to help a pediatric client with limited motion. - Created gant chart to ensure team meets set milestones.- In charge of risk management of project to ensure design is safe and reliable before any human testing is performed.- Leading and helping coordinate verification and validation of design. Main responsibility is ensuring the design is meeting all the specifications set by the stakeholders and the… Show more Leading project with team of 5 engineering students to develop orthopedic device to help a pediatric client with limited motion. - Created gant chart to ensure team meets set milestones.- In charge of risk management of project to ensure design is safe and reliable before any human testing is performed.- Leading and helping coordinate verification and validation of design. Main responsibility is ensuring the design is meeting all the specifications set by the stakeholders and the team.- Review designs to ensure design for manufacturability, assembly, and maintenance is considered. Show less

UTBIOME is the first biomedical engineering design team at UofT. We work to design devices and implement solutions which will improve the day to day life of members in our community.• Worked with other co-founder to oversee team of 20+ people• Provided vision and leadership for the club.• Communicated with external faculty and teams to encourage collaboration and communication.• Established relationship between design team and non-profit organization to help bring members in… Show more UTBIOME is the first biomedical engineering design team at UofT. We work to design devices and implement solutions which will improve the day to day life of members in our community.• Worked with other co-founder to oversee team of 20+ people• Provided vision and leadership for the club.• Communicated with external faculty and teams to encourage collaboration and communication.• Established relationship between design team and non-profit organization to help bring members in community with a problem to engineering students. Show less

• Developed & built 3D gantry for scanning and mapping ultrasound. Led to tests which took months by a third party being performed in 30 minutes in house. • Prototyped and machined components for gantry utilizing mills, drill presses and other tools. • Created python scripts for data analysis to show acoustic performance of medical device, allowed clinical team in determining root cause inpatient complaint investigations. • Built Automated pneumatic test fixture for emulating MRI… Show more • Developed & built 3D gantry for scanning and mapping ultrasound. Led to tests which took months by a third party being performed in 30 minutes in house. • Prototyped and machined components for gantry utilizing mills, drill presses and other tools. • Created python scripts for data analysis to show acoustic performance of medical device, allowed clinical team in determining root cause inpatient complaint investigations. • Built Automated pneumatic test fixture for emulating MRI bed motion. Allowed for systems team to validate cables without having to book expensive MRI time. • Created verification and validation protocols for beam scanning device to ensure with >95% confidence that system was working as intended. Show less