• Operated as team lead during verification testing.• Trained new technicians on setting up test fixtures and operating electromechanical devices.• Wrote, executed and reviewed protocols and test cases for electromechanical devices.• Detail oriented with strong written, verbal, interpersonal, and organizational skills. • Collaborated effectively within a team and worked independently to complete projects and manage multiple deadlines.• Demonstrated ability to work on multiple projects, prioritizing tasks and working under tight deadlines. • Created detailed observations, calculated, recorded, analyzed and interpreted results for performance assessment and characterization of electromechanical devices.• Set up, operated Medical Device Quality laboratory instruments including temperature chambers, collaborative robot, data accusation units (DAQs), hand tools and measurement equipment (e.g. calipers, manometers, infuscale) for reliability, verification and feasibility testing• Performed product performance tests at regular intervals throughout the product development cycle of the electromechanical devices.• Recorded findings contemporaneously using good documentation practices (GDP) in electronic lab notebook (ELN) and completed experimental reports and summaries. • Assisted engineers to troubleshoot and investigate the root cause for device failures to resolve problems. • Performed test equipment and fixture setup, troubleshooting, maintenance and calibration of instruments following good laboratory practices (GLP).

• Performed kinematic labeling of the recorded trials in Motive• Performed data cleaning of trials in Motive to be uploaded for processing in MATLAB

• Organized and scanned billing reports to expedite the billing process• Created, balanced and organized spreadsheets to track the funds received and spend.

• Trained and operated Noraxon Inertial measurement unit (IMU) sensors alongside Myo Motion software.• Trained and operated Vicon Motion Capture cameras alongside Motion Monitor software.• Created a test protocol for product evaluation of IMU in relation to Motion Capture. • Performed data reductions of data captured to analyze the accuracy of each system in a timely basis.• Documented and presented the findings of product evaluation to team members.• Documented and summarized journal article findings to assist the development of innovative products within different engineering teams.• Contributed to generation of innovative product design concepts through latest research in biomechanics as a team member. • Attended weekly team meetings for updates of all the ongoing projects within the biomechanics team.

• Learned and communicated verbally the basic engineering principles to students through hands on projects• Attended educational workshops and training sessions to maintain professional and technical knowledge

Designed and developed a wearable electronic device to provide sensory level vibration according to the specifications of the product. Developed a testing protocol, assisted with testing, cost analysis, troubleshooting and problem solving various aspects involved in product development process and created a working prototype model by spring 2017. Presented the prototype design at the 2017 Senior Design Expo