Troy Bradbury Email & Phone Number

Pittsburgh, Pennsylvania, United States

• Worked as a manufacturing engineer at a facility which produced experimental robotic prosthetic and exoskeletal systems for research use• Developed and maintained manufacturing documentation, including bills of materials, process documents, product requirements, manufacturing procedures, equipment maintenance records, failure mode and effects analyses, user guides, and quality testing procedures• Sourced raw materials, off-the-shelf components, printed circuit boards, and custom machined parts for complex robotic products designed to be worn by humans• Designed, prototyped, and built wearable robotic systems, prioritizing quality and end-user safety• Collaborated with cross-functional teams on both short-term and long-term projects, facilitating effective communication and project success

Colorado, United States

• Worked as a manufacturing engineer at a facility which produced disposable kits for medical devices that directly interacted with patients’ blood and cells• Maintained, standardized, and updated manufacturing documentation including procedures, equipment maintenance, failure mode and effects analyses, PIDs, and software files for more than 45-person assembly lines in PLM software Windchill for class II medical devices• Monitored automated and semi-automated manufacturing equipment using Wonderware Historian and Excel as well as implemented scrap reduction solutions without disruption to normal manufacturing processes for multiple machines• Collected automated manufacturing data and compiled daily progress reports for management• Installed and validated (PC, IQ, OQ, PQ, TMV) new equipment in a cleanroom environment including assembly line software, sheet cutters, custom manufacturing robots, injection molds, and hand assembly fixtures to improve existing processes• Collected force data using an Instron for root cause analysis of production critical and salable part failures in a time sensitive manner to address product failures in the field• Collaborated with cross-functional, international, and cross-department teams on both short-term and long-term projects

Lakewood, Colorado, United States

• Worked as a manufacturing engineer at a facility which produced disposable kits for medical devices that directly interacted with patients’ blood and cells• Maintained, standardized, and updated manufacturing documentation including procedures, equipment maintenance, failure mode and effects analyses, PIDs, and software documentation for more than 45-person assembly lines in PLM software Windchill for class II medical devices• Monitored automated and semi-automated manufacturing equipment using Wonderware Historian and Excel as well as implemented scrap reduction solutions without disruption to normal manufacturing processes for multiple machines• Collected automated manufacturing data and compiled daily progress reports for management• Installed and validated (PC, IQ, TMV) new equipment in a cleanroom environment including assembly line software, sheet cutters, and hand assembly fixtures to improve existing processes• Found and escalated supplier part issues which prevented customer complaints and reduced manufacturing scrap • Collected force data using an Instron for root cause analysis of production critical part failures in a time sensitive manner to address product failures in the field• Collaborated with cross-functional and cross-department teams on both short-term and long-term projects

Hoboken, New Jersey, United States

• Assisted PhD students with research using MATLAB and advised the lab about related, current research for better design of virtual reality rehabilitation experiments• Co-authored a comprehensive review paper covering virtual reality rehabilitation and cognitive engineering• Led and participated in weekly academic journal analysis meetings to keep up to date on current research• Evaluated and graded student projects and presentations on brain-machine interfaces

Greater Denver Area

• Analyzed data and updated custom web software to improve user experience and accessibility for more efficient business-to-business collaborations and communications• Presented findings and proposed solutions to executive team who approved implementation• Created employee workload tools to better predict staffing needs using historic company data with R

Greater Denver Area

• Maintained client relations, schedules, reports, and communications as part of cross functional teams for over 50 projects using custom web software, email, phone, fax, Excel, Zoom, and Outlook• Managed largest project in company history which entailed scheduling and organizing $50 million worth of products• Made process and technology improvements to custom web software based on customer feedback• Received award for most projects successfully managed in 2018

Thornton, Colorado

Worked to keep the production of Top Chef 15 running smoothly as part of a large team. Effectively executed a wide variety of complex tasks in a fast-paced environment including purchasing supplies, managing crises, and facilitating interdepartmental communication.

Master'S Degree, Biomedical/Medical Engineering

Activities and Societies: Graduate Biomedical Engineering Society treasurer for 2020-2021Courses topics included: applied analytics.

Bachelor Of Science (Bs), Mechanical Engineering

Senior Design Project: Designed and manufactured precision plastic filament extruder as part of a team. Strategically managed project.