Power Systems Mechanical Engineer

Design the infrastructure that powers advanced automation.

We are seeking a driven and technically curious Mechanical Engineer to join our growing Electrical Department. In this role, you’ll design and optimize the mechanical backbone of sophisticated power distribution and automation systems — ensuring performance, safety, and reliability in demanding industrial environments.

You won’t just design components. You’ll collaborate across disciplines to engineer complete power systems that integrate seamlessly into complex automation projects. Your work will directly influence equipment performance, thermal efficiency, compliance, and long-term durability.

If you enjoy solving real engineering challenges, owning your designs, and working on projects that move from concept to installation, this is the opportunity to do it.

• Partner with electrical engineers to evaluate power requirements and equipment loads for automation systems

• Design and specify mechanical components for power distribution systems, including switch gear, switchboards, panel boards, MCCs, and enclosures

• Perform thermal analysis and heat transfer calculations to ensure safe, efficient cooling and ventilation

• Develop detailed mechanical drawings and 3D models using AutoCAD, Solid Works, or similar platforms

• Engineer enclosure structures and support systems with consideration for environmental exposure, weight loads, and serviceability

• Interface directly with vendors and manufacturers to source and validate mechanical components

• Ensure compliance with UL1558, UL891, UL67, UL845, and UL508A standards

• Conduct site surveys to evaluate installation feasibility and space constraints

• Contribute to installation procedures and support successful system integration

• Bachelor’s degree in Mechanical Engineering or related field

• 2+ years designing mechanical systems for power distribution or low-voltage equipment

• Strong understanding of UL and CSA requirements for low-voltage systems

• Proficiency in AutoCAD, Solid Works, or comparable 3D modeling software

• Familiarity with electrical codes and industry standards

• Strong analytical, thermal, and structural problem-solving skills

• Ability to manage multiple projects while maintaining precision and quality

• Work on complex automation systems with real-world industrial impact

• High collaboration between mechanical and electrical engineering teams

• Opportunity to influence system performance, efficiency, and reliability

• Exposure to full project lifecycle — design through installation

• Growing department with opportunity for long-term advancement