Robotics and Digital Solutions at Johnson & Johnson was Auris Health, Inc.

Robotics and Digital Solutions at Johnson & Johnson was Auris Health, Inc.

• Efficiently performed a hand off of documentation to close down US-based operations due to unforeseen financial struggles.• Designed PCBs and schematics in Altium Designer with a focus on integration of documentation for the entire team.• Worked with contract manufacturers to improve assembly procedures and documentation, while supervising builds to enable quick and efficient completion.• Ensured that electrical engineering designs meet customer expectations and industry regulations for a sleek and safe product.

• Worked remotely while completing my degree to help team achieve goals ahead of schedule.• Main source of electrical engineering efforts for the design of a compact medical device.• Main interface between internal operations and external contract manufacturers, suppliers, and fabricators to ensure an aggressive engineering timeline is kept on track.• Creation of PCB designs in Altium Designer and support documentation for the manufacturability andoperational components. Focused design considerations on passing emissions and immunity tests.• Worked with external testing houses to perform tests and receive reports for compliance in IEC 60601-1 and IEC 60601-1-2.• Directly involved in FDA approval, including the generation of documentation and product testing required for submission.

Summa Cum Laude - Cumulative GPA 3.859

Sqzee.com was an educational management platform that provided resources for specific classes at selected universities. We aimed to enable the potential within students with an encompassing, expansive site, while also tailoring the content to fit their individual needs.

Worked with various engineering departments to ensure a seamless integration of various electrical engineering sub-systems into a larger robotics system with medical applications.Designed and implemented Buck, Boost, and Buck-Boost LED driver configurations for various high power LED's.Wrote software in Python to close the feedback loop of certain subsystems with pressure sensors and various microcontrollers.

I worked with the Mills Robotics Team #253 (part of the FIRST Robotics Competition) as a mentor for high school students throughout different aspects of the electronics and programming of their robot. I mentored the robotics team throughout the course of their competition season as well as the set up before and after their competition season.

Tasked with designing a wide range of PCB's for use in medical systems and R&D setups.Worked closely with Mechanical, Software, and System Engineering teams to complete rushed and high importance tasks.Populated, tested, and troubleshot PCB's for use in medical systems where high reliability was of upmost importance.Kept electrical engineering lab well stocked with necessary parts and equipment for testing and working needs.Worked with Altium Designer 15 to design schematics, layout PCB's, and generate Gerber files for manufacturing said boards.

• Assisted an experienced Senior Electrical Engineer in the implementation of R&D robotic systems for human and animal testing. • Designed and populated electronic circuit boards for use in large scale projects and in animal and human testing. • Tackled many tasks were normally assigned to first year engineering students out in the field. • Responsible for completion of paperwork used in the document control portion of R&D. • Cable management for large-scale laboratory setups, small-scale electronics, and robotic arm setups. • Assigned the task of designing, producing and troubleshooting circuit boards to be used in surgical robots.

• Given leadership responsibilities in times of extreme stress. Required to motivate other team members to participate and give it their best. • Developed and researched new ideas for implementation. 
Worked as a part of team to meet specific deadlines with predictable and dependable results. • 
Able to create a Frisbee-throwing robot as well as an exercise-ball-throwing robot in six weeks and compete against 53 other high schools at the annual FIRST Competition – our team placed 47 out of 53, an accomplishment above prior years when the robot couldn’t function properly.