Remote
Electrical Engineer Expert – Data Centers
About this role
Company Description We are Olsson. We engineer and design solutions that improve the world around us. As a company, we promise to always be responsive, transparent, and focused on results – for our people, our clients, and our company. We’re a people-centric firm, so it’s no surprise our greatest asset is our people. The impact this creates is an environment that encourages our people to grow and be creative with their talents.
This approach builds a culture that is uniquely Olsson. It allows us to grow our people as we grow our business. This, in turn, creates a lasting impact on the world around us. Job Description Olsson is seeking an Electrical Technical Expert to join our Data Center team and play a key role in one of the fastest-growing, most exciting sectors in the industry. This is an opportunity to be at the forefront of hyperscale and mission‑critical facility design, working on projects that demand innovation, precision, and technical excellence at unprecedented scale and speed This role is intentionally focused on electrical systems for the data center, the infrastructure that keeps mission‑critical environments running 24/7.
We are looking for an expert with deep experience in electrical design, including medium- and low-voltage distribution systems, and high‑reliability system architecture. You will lead and influence the design of electrical systems downstream of the substation, from service entrance through final distribution to IT loads. As a Technical Expert, you will be a go‑to resource across high‑impact projects. Setting technical direction, elevating design quality, mentoring engineers, and helping Olsson continue to lead the industry in data center innovation.
Key responsibilities: Serve as the technical authority for electrical systems on hyperscale and mission‑critical data center projects. Shape and influence medium and low-voltage power distribution strategies, including campus distribution, switchgear, switchboards, panelboards, UPS systems, PDUs, RPPs, STS, and emergency power systems. Develop and guide electrical system architectures that support reliability, scalability, maintainability, and uptime requirements.