Electrical Engineer - Data Center

As an Electrical Engineer - Data Center at Olsson, your role involves a variety of responsibilities, including designing and coordinating electrical systems using Revit, creating construction documents and specifications, collaborating with other disciplines, and meeting clients to discuss both conceptual and final designs. Additionally, you’ll perform supporting calculations and may travel to job sites for observation, ensuring that projects are meeting their objectives effectively.

To qualify for the Electrical Engineer - Data Center position at Olsson, candidates need a Bachelor’s degree in Electrical Engineering, an Engineer Intern (EI) certificate, and ideally between 2 to 5 years of experience in the field. Prior experience with Revit is essential, and having a background in data centers will be a significant plus. Strong communication skills and attention to detail are also crucial for this collaborative role.

Working as an Electrical Engineer - Data Center at Olsson comes with numerous benefits. Employees enjoy a traditional benefits package that includes health care, vision, dental, and paid time off. Furthermore, after your first year, you’ll become an employee-owner through our Employee Stock Ownership Plan (ESOP), participate in a rewarding bonus system, and benefit from an excellent 401(k) match. Our wellness program is another perk, promoting balanced lifestyles while you engage in meaningful work that positively impacts communities.

As an Electrical Engineer - Data Center at Olsson, proficiency in Revit is a must-have skill for designing electrical systems. Additionally, familiarity with electrical modeling and other relevant engineering software will greatly enhance your ability to execute tasks effectively. A solid grounding in electrical design concepts and standards also contributes to your success in this role.

Olsson is distinguished as an employer by our commitment to sustainability, community improvement, and employee ownership. Our focus on providing a collaborative and innovative work environment enables engineers to thrive personally and professionally. Furthermore, our long-standing employee-ownership model fosters a sense of pride and purpose, where you can directly see the impact of your work on communities. We believe that our most meaningful asset is our people, and we strive to create an inclusive environment for all.

When answering this question, you should highlight specific projects where you utilized Revit to create electrical designs. Discuss the aspects of Revit that you are most comfortable with, such as its modeling capabilities and collaboration features. Mention any challenges you faced and how you overcame them to demonstrate problem-solving skills.

To respond effectively, discuss your approach to quality control, such as conducting thorough calculations and cross-referencing designs with industry standards. Highlight any specific tools or methodologies you use to identify and rectify potential mistakes.

Share examples of how you've successfully communicated with clients and cross-functional teams. Emphasize your ability to listen actively, clarify requirements, and keep all stakeholders informed throughout the project's lifecycle.

This is a great opportunity to elaborate on your understanding of critical factors such as load requirements, energy efficiency, and redundancy in power systems. You can also discuss how you balance technical requirements with client needs and budget considerations.

Mention relevant professional development activities such as attending workshops, obtaining certifications, and subscribing to industry publications. This shows your commitment to continuous learning and staying relevant in your field.

In your response, highlight your knowledge of specific local, state, and national regulations relevant to electrical design. Discuss how you incorporate these requirements into your designs and verify compliance throughout the project.

Provide a specific example of a time when you had to adjust your design plans due to client changes or unforeseen circumstances. Describe the impact on the project timeline and how you communicated these changes to the team and client to maintain transparency.

Draw on your experience managing the design and implementation of power distribution systems in previous projects, specifying the types of systems you've worked with. Discuss your approach to ensuring reliability and efficiency in these systems.

Use this question to highlight your teamwork skills. Provide an example illustrating how you worked with diverse teams, focusing on how you navigated any challenges to achieve a common goal together.

In your answer, outline your approach to task management, such as using project management tools or techniques. Explain how you evaluate project deadlines and resource availability to ensure timely completions.