Olsson
Electrical Engineer Expert – Data Centers
About this role
Olsson is looking for an experienced Electrical Engineer Expert to join their Data Center team, focusing on the design of electrical systems that ensure reliability and efficiency in mission-critical environments. The role involves leading technical designs, mentoring team members, and setting industry standards in data center engineering.
What you'll do
- Act as the technical authority for electrical systems in data center projects.
- Influence power distribution strategies, including UPS and emergency power systems.
- Develop electrical system architectures for reliability and uptime.
- Establish design standards and best practices for data centers.
- Conduct technical QA/QC reviews for compliance and performance.
- Mentor engineers and promote knowledge sharing within teams.
What they're looking for
- Bachelor’s degree in Electrical Engineering
- Professional Engineer (PE) license
- 12+ years in electrical engineering, with data center focus
- Expertise in medium- and low-voltage systems
- Proven leadership in technical projects
- Strong communication skills
- Commitment to mentorship and technical excellence
- Knowledge of emerging data center technologies
Benefits
- Performance-based bonus eligibility
- Merit increases
- Flexible remote work
- Collaborative work environment
- Opportunities for professional growth
- Impactful projects in engineering and design
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Olsson
Olsson is an engineering firm that designs and manages large-scale infrastructure projects, particularly hyperscale data centers and water/wastewater systems. The company is hiring experienced project engineers and specialists in mechanical design, instrumentation and controls, electrical systems, and environmental engineering to lead complex projects and multidisciplinary teams.
View all jobs at OlssonLikely interview questions
- Walk us through your experience designing medium- and low-voltage power distribution systems for data centers. What redundancy strategies (N, N+1, 2N) have you specified, and how did you justify each choice?
- Describe a complex electrical system design challenge you encountered in a mission-critical facility. How did you approach it, and what was the outcome?