Boston Dynamics is looking to solve tough robotics challenges in industrial applications and warehouse logistics by building, operating, testing, and troubleshooting integrated mechanical and electrical systems for their Stretch Engineering team.
Requirements
- Hands-on experience building and debugging electro-mechanical test setups, fixtures or similar equipment
- Experience with lab equipment including oscilloscopes, power supplies, programmable loads, thermal probes
- Experience with test automation
- Experience with Python and command-line operations in a UNIX-like OS
- Experience working with robots and/or robotic systems.
- Experience with CAD programs such as Catia, SolidWorks, or similar
- Experience interpreting schematic capture and PCB layout
Responsibilities
- Conducts initial build of complex prototype electromechanical sub-assemblies such as computers, power distribution systems, sensors, embedded data acquisition systems, and embedded processors for robotic systems.
- Independently conducts design validation testing for new robot subsystems.
- Troubleshoots and identifies root causes of system failures in sub-assemblies and complete robots.
- Creates test plans and procedures with little engineering guidance.
- Performs a critical role by identifying detailed and nuanced design issues and recommending corrective actions to design engineers.
- May design custom test fixtures or robot subsystems using CAD programs such as Altium and Catia.
- Maintains and monitors long-running test-stand experiments, collecting test data and noting and communicating unexpected results or issues.
Other
- Be able to work quickly and adapt to constantly evolving priorities and technical considerations, while keeping track of several task threads at the same time.
- Be able to multitask, and change priorities quickly as needed
- Be able to clearly communicate test results and data verbally, in spreadsheets or other databases, and in written reports/slide decks
- Plans lab equipment, work spaces, and project timelines in coordination with managers and engineers to ensure we have the environment and equipment necessary to accomplish project goals related to creation of prototype robots.
