About The Position

At HDR, our employee-owners are fully engaged in creating a welcoming environment where each of us is valued and respected, a place where everyone is empowered to bring their authentic selves and novel ideas to work every day. As we foster a culture of inclusion throughout our company and within our communities, we constantly ask ourselves: What is our impact on the world? We believe electricity powers modern life. As part of our Power sector, you’ll help shape how electricity is generated, transmitted and delivered as global energy demands grow. From massive data centers to modernizing transmission systems, our industry-recognized engineers and scientists have been at the forefront of grid transformation for more than a century. You’ll work side-by-side with these experts and contribute to reliable, resilient and sustainable power systems, helping communities thrive and industries expand. This isn’t just a job, it’s a chance to drive infrastructure forward, power innovation and leave your mark on our energy future.

Requirements

  • Bachelor's degree in Engineering
  • Computer skills in Microsoft Office
  • An attitude and commitment to being an active participant of our employee-owned culture

Nice To Haves

  • Candidates without their EIT will be called a Substation Physical Designer and will be expected to obtain their EIT for career progression
  • Bachelor's Degree in Mechanical Engineering or related field of study

Responsibilities

  • Preparation of engineering drawings, calculations, analyses, reports and designs for electrical substations (Low, Medium and High Voltage) and substation systems under the direction and supervision of more senior engineers and designers.
  • Work under the direction of the Project Manager(s) and Project Engineer(s).
  • Prepare calculations, design sketches and redline drawings.
  • Work with Designers and CAD Technicians to develop drawings in accordance with national design standards, safety codes and project specifications and requirements.
  • Typical designs include general arrangements, bus layouts and elevations and span calculations, conduit layouts, grounding layouts, control enclosure layouts and elevations, equipment details (bus, conduit, grounding), one-line diagrams, understanding of protection and control schematics and wiring diagrams, material lists, conduit and cable sizing/routing and calculations, AC and DC systems calculations and sizing.
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