Experience

Neocis

• United States
• Medical Equipment Manufacturing
• 100 - 200 Employee

• Staff Mechatronics Engineer - Robotics

  • May 2023 - Present



Johnson & Johnson

• United States
• Hospitals and Health Care
• 700 & Above Employee

• Sr. Design Engineer - Robotics

  • Apr 2021 - May 2023

  • Designed and developed complex robotic instruments to enhance surgical outcome and recovery. • Utilized 3D modeling, GD&T, FBDs, FEA and tolerance stacks to rapidly iterate and optimize designs that meet or exceed user needs, requirements, performance goals, manufacturability, and reliability. • Collaborated with cross functional teams to conducted detailed review of designs, test methods, requirements, and specifications. • Designed and developed complex robotic instruments to enhance surgical outcome and recovery. • Utilized 3D modeling, GD&T, FBDs, FEA and tolerance stacks to rapidly iterate and optimize designs that meet or exceed user needs, requirements, performance goals, manufacturability, and reliability. • Collaborated with cross functional teams to conducted detailed review of designs, test methods, requirements, and specifications.



Stryker

• United States
• Medical Equipment Manufacturing
• 700 & Above Employee

• Sr. Engineer, Hardware Design

  • Jan 2017 - Apr 2021

  • Designed and developed complex electromechanical instruments for robotic surgery. • Collaborated with multi-disciplinary teams to define CRs, SRs, and SSRs. • Used Solidworks and ANSYS to design complex assemblies, built prototypes and evaluated performance in dry and cadaver labs. • Aided in completing documentation such as Risk Tables, dFMECAs, and Test Reports. • Utilized cutting edge research and technology with cross-divisional input (industrial design, advanced operations… Show more • Designed and developed complex electromechanical instruments for robotic surgery. • Collaborated with multi-disciplinary teams to define CRs, SRs, and SSRs. • Used Solidworks and ANSYS to design complex assemblies, built prototypes and evaluated performance in dry and cadaver labs. • Aided in completing documentation such as Risk Tables, dFMECAs, and Test Reports. • Utilized cutting edge research and technology with cross-divisional input (industrial design, advanced operations, regulatory, marketing, and suppliers) to move designs from concepts into production. • Tracked post-market performance of instruments and complaint handling. Show less • Designed and developed complex electromechanical instruments for robotic surgery. • Collaborated with multi-disciplinary teams to define CRs, SRs, and SSRs. • Used Solidworks and ANSYS to design complex assemblies, built prototypes and evaluated performance in dry and cadaver labs. • Aided in completing documentation such as Risk Tables, dFMECAs, and Test Reports. • Utilized cutting edge research and technology with cross-divisional input (industrial design, advanced operations… Show more • Designed and developed complex electromechanical instruments for robotic surgery. • Collaborated with multi-disciplinary teams to define CRs, SRs, and SSRs. • Used Solidworks and ANSYS to design complex assemblies, built prototypes and evaluated performance in dry and cadaver labs. • Aided in completing documentation such as Risk Tables, dFMECAs, and Test Reports. • Utilized cutting edge research and technology with cross-divisional input (industrial design, advanced operations, regulatory, marketing, and suppliers) to move designs from concepts into production. • Tracked post-market performance of instruments and complaint handling. Show less



IWG High Performance Conductors, Inc.

• United States
• Semiconductor Manufacturing
• 1 - 100 Employee

• Applications Engineer

  • Feb 2016 - Jan 2017

  • Developed solutions to build custom medical equipment used in drug delivery systems, endoscopes, diagnostic catheters, and internal vascular pressure sensors. • Actively participated in workload issues, pricing strategies, and managed inquiries for technical problems. Served as the liaison between the operations department and clients. • Supported the quotation and order placement process to ensure customer satisfaction. • Developed solutions to build custom medical equipment used in drug delivery systems, endoscopes, diagnostic catheters, and internal vascular pressure sensors. • Actively participated in workload issues, pricing strategies, and managed inquiries for technical problems. Served as the liaison between the operations department and clients. • Supported the quotation and order placement process to ensure customer satisfaction.



St. Jude Medical

• United States
• Medical Equipment Manufacturing
• 700 & Above Employee

• Sr. Mechanical Engineer, R&D

  • Aug 2015 - Dec 2015

  • Created multiple concepts for complex parametric problems, built representative prototypes (physical-prototypes and virtual-computer models) for next generation medical devices, such as heart pump controllers. • Performed high-quality execution and on-time achievement of product design, engineering feasibility, and testing under regulated design controls. • Prepared and presented comprehensive design reviews demonstrating technical rigor and attention to detail. • Created multiple concepts for complex parametric problems, built representative prototypes (physical-prototypes and virtual-computer models) for next generation medical devices, such as heart pump controllers. • Performed high-quality execution and on-time achievement of product design, engineering feasibility, and testing under regulated design controls. • Prepared and presented comprehensive design reviews demonstrating technical rigor and attention to detail.



Element Materials Technology

• United Kingdom
• Manufacturing
• 700 & Above Employee

• Test Engineer

  • Aug 2014 - Apr 2015

  • Performed thermal and mechanical modeling and testing of various airplane components. • Created, managed, and maintained Bill of Materials for various mechanical equipment and assemblies. • Made recommendations, managed inventories, and negotiated prices for electronics, chemicals, fuels, valves, pressure vessels, transducers, thermocouples, heat exchangers, and other essential types of equipment. • Performed thermal and mechanical modeling and testing of various airplane components. • Created, managed, and maintained Bill of Materials for various mechanical equipment and assemblies. • Made recommendations, managed inventories, and negotiated prices for electronics, chemicals, fuels, valves, pressure vessels, transducers, thermocouples, heat exchangers, and other essential types of equipment.