Within the Power Solutions division in Farmington Hills, MI, BOSCH is improving the quality of life by leveraging our technology leadership and manufacturing scale to accelerate the clean energy transformation globally.
As a co-op in the powertrain testing labs, the ideal candidate would be part of a local team supporting product testing in the Power Solutions & Electrified Motion portfolio within the North American Market.
Responsibilities:
- Focus on preparation and maintenance of testing equipment
- Troubleshoot test equipment, including mechanical, electrical, and digital systems
- Aptitude and interest in programming, electrical systems, and automation topics
- Engine / vehicle repair and modification work
- Electrical and mechanical schematic interpretation and modification
- Proactively seek out new challenges, opportunities, and implement process improvements
- Work well in teams, take direction from others, and contribute ideas/solutions
- Usage of MS products (Outlook, excel, word)
Technology Domains
- Gasoline, diesel, and hydrogen engines, as well as electrified powertrains and fuel cell components
- Engine and Chassis Dynamometer
- Advanced engine development, repair, and instrumentation
- Engine Emissions
- Gasoline and diesel fuel systems, as well as hydrogen injection equipment
- Fuel Cell components & systems
- Electrified Motion products (eMotors, inverters, converters, etc.)
We are looking for associates...
- Who are good communicators; able to understand complex engineering processes, while communicating in simple terms in verbal, written, and visual forms
- Who are driven and high-functioning in ambiguous environments, defining the path forward rather than following well-defined methods and past project paths.
- That have a team-oriented, self-directed personality and strong inter-personal and organizational skills
- Who are willing to learn via various methods, including external courses, internal seminars, and self-driven means
- Who are self-driven, motivated and can work independently in complex situations without continuous supervision or guidance