Automation & Controls Design Engineer II

Automation & Controls Design Engineer II 

Overview 

Join a high-performance engineering team as an Automation & Controls Design Engineer, where you’ll apply advanced automation and electrical design expertise to develop the control systems powering next-generation AI and data center infrastructure. This role focuses on designing, programming, and commissioning UL891 switchboards, UL508A industrial control panels, and related control systems supporting high-power AI infrastructure.

The ideal candidate is an experienced automation and controls professional—not necessarily an engineer by trade—who understands how to design, program, and commission reliable systems. You’ll work hands-on with SolidWorks Electrical, field startup, and commissioning, collaborating closely with our engineering, production, and field teams to deliver precision-engineered solutions that uphold the standards of excellence.

Key Responsibilities

1. Design and validate systems in accordance with UL508A, UL891, and NEC Article 409 standards.

2. Design, draft, and develop control system schematics, panel layouts, and wiring diagrams for UL891 and UL508A assemblies

3. Partner with engineering, manufacturing, and field personnel to ensure designs translate seamlessly from concept to installation.

4. Produce complete documentation packages (wiring diagrams, BOMs, I/O lists) with high accuracy and clarity.

5. Identify and implement process and design improvements to increase manufacturability, reliability, and control performance.

6. Configure and program relays, and automation devices to execute advanced power control and sequencing logic.

7. Develop and verify interlock logic, sequencing, and fail-safe systems for complex power and automation environments.

8. Integrate and troubleshoot Modbus TCP/IP, Modbus RTU, and Ethernet/IP systems for high-reliability operation.

9. Support on-site commissioning, testing, and troubleshooting of control systems to ensure safety, performance, and compliance.

10. Maintain internal safety, quality, and compliance standards throughout the design and commissioning.

Qualifications

·3+ years of experience in automation, controls design, or electrical systems integration in industrial, manufacturing, or power systems environments.

· Bachelor’s degree in engineering or related STEM field. Electrical engineering degree is preferred.

· Hands-on professional experience in design of automation and controls systems and low voltage power systems.

· Strong knowledge of UL508A, UL891, NEC Article 409, and industrial control panel standards is preferred.

· Experience and proficiency with electrical CAD packages for schematic design, panel layout, and documentation. (SolidWorks Electrical is preferred but not required.)

· Familiarity with industrial communication protocols such as Modbus TCP/IP, Modbus RTU, or Ethernet/IP.

· Hands-on experience with system testing of automation and/or low-voltage power systems.

· Strong troubleshooting, documentation, and cross-functional collaboration skills in fast-paced engineering environments.

Professional Skills:

· High attention to detail and documentation accuracy.

· Excellent troubleshooting, analytical, and problem-solving ability.

· Strong communication and collaboration skills across departments.

· Self-motivated and capable of executing in a fast-paced, high-performance environment.

Preferred:

· UL508A Panel Design Certification or experience in a UL listed manufacturing shop.

· Experience with data center, AI infrastructure, or large-scale industrial automation projects.

· Career Growth : Accelerate your career in a high-growth company with clear advancement opportunities and access to ongoing professional development in the AI/data center infrastructure space.

· Mentorship and Training : Learn alongside experienced engineering and production teams, with hands-on support to sharpen your design, commissioning, and troubleshooting capabilities.

· Innovative Culture : Be part of a collaborative, forward-thinking team that values practical problem-solving, high standards, and continuous improvement.