Maharshi Patel
Research and Development Engineer
Edison,NJ
Summary
Innovative Research and Development Engineer with a proven track record at Stryker, specializing in design optimization and advanced finite element analysis. Successfully developed medical devices that enhanced patient care, while fostering collaboration across teams. Proficient in CREO and Fusion, demonstrating strong problem-solving skills and a commitment to safety and efficacy.
Overview
6
6
years of professional experience
Work History
Research and Development Engineer
Stryker
05.2021 - Current
- Designed and developed innovative medical devices to meet patient needs.
- Conducted rigorous testing and validation of prototypes for safety and efficacy.
- Implemented design improvements resulting in enhanced performance and usability.
- Founder of IntraNav, autonomous hospital beds for transport within restricted areas.
Research and Development Intern
Johnson & Johnson
03.2020 - 05.2021
- Led research initiatives to develop innovative product solutions in collaboration with cross-functional teams.
- Coordinated laboratory experiments, ensuring compliance with regulatory standards and safety protocols.
- Streamlined data collection processes, improving accuracy of research findings and reporting efficiency.
- Developed comprehensive reports summarizing research outcomes, facilitating informed decision-making among stakeholders
Research and Development Intern
Easy Aerial
11.2019 - 03.2020
- Managed inventory and supplies to ensure that materials were available when needed.
- Completed day-to-day duties accurately and efficiently.
- Created detailed flight plans based on customer requirements.
- Monitored weather conditions prior to each flight, ensuring safe operations at all times.
- Operated drones in accordance with FAA regulations and safety guidelines.
- Active Part 107 license
Education
Ph.D. - Materials Science And Engineering
05-2024
- Stryker Scholarship Recipient
- 3.95 GPA
- summa cum laude graduate
- Capstone Project: IntraNav, Founder of the first autonomous hospital bed navagating using Lidar cameras in restricted staff areas.
Master of Science - Biomedical Engineering
05-2024
- Stryker Scholarship Recipient
- 4.0 GPA
- summa cum laude graduate
Bachelor of Science - Mechatronics
05-2022
- Dean's List every semester
- 3.96 GPA
- summa cum laude graduate
- Capstone Project: Parallel parking using swerve, Developed a swerve model using Solidworks to assist vehicles in parallel parking, programmed using C++ and made a VR version to demonstrate the vehicle.
- Extracurricular Activities: Participated in Competitive Robotics, on team VCAT for 4 years, leader for 2 years, mentor post grad.
- VEX Robotics Competition University Division Member
- Society of Women Engineers Member
- Unmanned Aerial Vehicle Competition Member
Skills
- Manufacturing processes
- Simulation modeling
- Design optimization
- Proficiency in CREO
- Proficiency in Solidworks
- Proficiency in Fusion
- Engineering documentation
- Advanced finite element analysis
Wallace H. Coulter Award for Healthcare Innovation Nominee
IntraNav is an autonomous hospital bed I founded to improve patient transport and hospital efficiency. Using 360° LiDAR cameras and intelligent navigation, it moves patients safely between rooms without human assistance. I led the development of its navigation and control systems, focusing on safety, comfort, and reliability. IntraNav showcases how smart automation can enhance patient care and reduce staff workload in modern hospitals.
Timeline
Research and Development Engineer - Stryker
05.2021 - Current
Research and Development Intern - Johnson & Johnson
03.2020 - 05.2021
Research and Development Intern - Easy Aerial
11.2019 - 03.2020
Cornell University - Ph.D., Materials Science And Engineering
Cornell University - Master of Science, Biomedical Engineering
Vaughn College of Aeronautics And Technology - Bachelor of Science, Mechatronics