Job ID: HE0024 - Controls & Power Integration Engineer
Description
We are looking for a hands‑on engineer with strong fundamentals in PLC controls, electrical integration, panel wiring, and DC power systems. You will build reliable control logic, integrate field hardware, and ensure safe, robust operation of our power subsystems.We want someone who is not only skilled but also motivated to turn complex engineering challenges into simple, practical, and dependable solutions from PLC logic and I/O bring‑up to full system testing and field‑ready deployment.
Responsibilities
- Develop PLC logic (ladder/SCL), including state machines, safety interlocks, and fault‑handling routines.
- Independently carry out panel wiring, I/O bring‑up, signal checks, and hardware verification.
- Use diagnostic tools such as mustimeters and oscilloscopes to debug signals and validate system behaviour.
- Read, update, and create wiring diagrams for low‑voltage power and control circuits.
- Safely integrate and test DC power subsystems, ensuring correct coordination with control logic.
- Take full ownership of bring‑up and commissioning activities, identifying issues and implementing fixes without relying on a larger team.
Required Qualification
- Strong PLC fundamentals (ladder logic, SCL).
- Experience with designing and troubleshooting state machines and safety interlocks.
- Good understanding of fault detection and fault‑handling logic.
- Hands‑on experience with panel wiring and electrical integration.
- Able to translate device datasheets into working PLC code and I/O maps (addresses, function codes, scaling, alarms), including robust error handling and timeouts.
- Skilled in using test equipment: multimeter, oscilloscope, diagnostic tools.
- Read, update, and create wiring diagrams for low‑voltage power and control circuits.
- Safe working knowledge of DC power systems, grounding, and protection.
Preferred Qualification
Who You Are
- Practical, hands‑on engineer who enjoys making real systems work reliably.
- Comfortable debugging electrical and control issues on actual hardware.
- Detail‑oriented, safety‑focused, and structured in problem‑solving.
- Motivated by building systems that work robustly in the field.