Work Mode:

Remote Duration:

6

Months Responsibilities:

Perform engineering calculations, investigations, and tasks as assigned according to company and industry standards. Support senior engineers in the preparation of plans, designs, computation methods, and reporting. Manage a project or part of a project of limited complexity. Collaborate with other engineering or business support disciplines internally and suppliers externally. Provide guidance or mentorship to entry-level engineers, designers, or technicians. Write and peer review high-quality, maintainable test scripts. Manage HIL platforms such as dSPACE, NI, Vector, ETAS. Improve HIL infrastructure for repeatable, scalable testing. Develop plant or subsystem simulations representing the physical system controlled by the ECU. Capture synchronized network, I/O, diagnostic, and internal software data. Integrate production or prototype ECUs/controllers into HIL test benches and validate hardware/software interfaces. Execute automated regression testing and support continuous integration/testing workflows. Design with a focus on quality, cost, and reliability. Participate in peer reviews, estimation, and other engineering activities. Follow defined CMMI level 3 procedures in software writing. Travel off-site to support engineering projects as required. Develop comprehensive test plans to verify the safety and reliability of electronic systems. Conduct testing across multiple platforms in both simulation and real-world scenarios. Maintain effective communication with suppliers, customers, and external resources on technical matters. Process engineering information through CMMI level 3 procedures and software safety processes. Ensure that technical issues are managed within company policies and procedures. Evaluate designs for performance, safety, and reliability. Establish priorities for work delegated to others. Prepare technical proposals, quotations, reports, and presentations. Regular attendance is required.

Requirements:

Accredited Bachelor's degree in Engineering or related field with a minimum of 3 years of related experience. Hands-on approach to troubleshooting hardware and software issues. Experience with automotive, commercial vehicle, off-highway, industrial, or similar embedded communication protocols such as CAN and J1939. Knowledge of functional safety, cybersecurity, or safety-critical embedded development practices. Experience testing complex vehicle, mobile equipment, electrification, powertrain, hydraulic, or distributed control systems.

Preferred Skills:

Accredited Bachelor's degree in Computer Science, Computer or Electrical Engineering. Familiarity with HIL platforms such as dSPACE, NI, Vector, ETAS. PDN-a30de4f6-69a0-4d3a-967f-cda34aeec220