Electrical Engineer II

 1. Analyze, define, and document electrical requirements for safety, environmental, cost, and system reliability.

2. Design and develop electrical systems and harnesses based on application requirements, in adherence to internal and industry standards.

3. Support the building and testing of machine control systems in collaboration with engineering technicians and adjacent engineering teams.

4. Identify and lead continuous improvement initiatives involving electrical design processes, best practices, and testing.

5. Maintain and enhance existing electrical designs, implementing optimizations to best support downstream departments and users.

6. Contribute experience to community of practice groups, driving improvements within the electrical design domain.

What We’re Looking For

- Bachelor's degree in Mechanical, Industrial, Agriculture or Electrical Engineering with a minimum two years related experience.

- Or 2 or 4-year college degree with a minimum seven years related experience in heavy equipment, automotive, or industrial machinery sector.

- Demonstrated proficiency in electrical engineering, including a deep knowledge of electrical principles, components, and application into control systems.

- Proven ability to design complex electrical harnesses with a high level of detail to meet the needs of a rugged application.

- Proficiency with CAD software (e.g., Zuken e3, Solidworks, AutoCAD).

- Proficiency in developing, debugging, and deploying electrical systems for heavy machinery with a large variety of circuits.

- Excellent communication and collaboration skills, enabling effective cross-functional teamwork to ensure seamless integration of electrical systems into the overall product design.

- Demonstrated ability to handle multiple electrical design tasks concurrently, exhibiting strong organizational and time management skills.

- Experience with CAN (Controller Area Network) communication protocols such as SAE J1939.

- Proficiency with electrical analysis tools such as multimeters, oscilloscopes, CAN diagnostic, frequency generators, and programmable loads.

- Understanding of design considerations regarding wire harness manufacturing processes.

- Experience utilizing Failure Mode and Effects Analysis (FMEA) or other tools to identify vulnerabilities in control systems.

- Understanding of embedded hardware circuitry and considerations for system interactions.

- Experience with data analysis tools such as Ncode, Dewesoft, or Matlab.

- Knowledge of environmental and safety standards applicable to heavy equipment design.

- Understanding of hydraulic system principles and their integration with electrical designs.