How to apply for Electrical Engineer, Data Centers - Remote (U.S.)

About AECOM

AECOM is a global infrastructure consulting firm with data center teams in the Americas, Europe, Africa, Asia, and Australia. The company describes its work as building sustainable legacies through infrastructure and environmental solutions. This role offers the chance to work on high-profile data center projects for global clients.

About the role

You will design electrical systems for colocation and hyperscale data centers, including medium and low-voltage power distribution, backup power, and emergency systems. The role is hands-on and client-facing, with responsibility for electrical calculations and system development. Though primarily remote, you may travel occasionally for client meetings and project milestones.

A typical day

A typical day might involve designing electrical systems for a hyperscale data center, performing calculations, and coordinating with global team members. You may have client meetings or virtual collaboration sessions. Occasionally, you might travel to a site for project milestones or onsite collaboration.

Who AECOM is looking for

• Has a strong background in electrical engineering with experience in high-density data center design.
• Has designed and delivered colocation or hyperscale data center facilities.
• Is comfortable performing electrical calculations and developing power distribution, backup, and emergency systems.
• Can work remotely and travel occasionally for client meetings and onsite collaboration.

Tips for this application

• Highlight specific data center projects you have worked on, including scale (colocation or hyperscale) and the electrical systems you designed.
• Emphasize your experience with medium and low-voltage power distribution, backup power, and emergency systems in data center settings.
• Mention your ability to work remotely and your willingness to travel occasionally for client meetings and project milestones.
• Tailor your resume to show hands-on design work and client-facing responsibilities, as the role is described as hands-on and client-facing.
• If you have worked with global teams or on international projects, include that, since AECOM has teams worldwide and works on global client projects.

What to cover in your cover letter

In your cover letter, focus on your direct experience designing electrical systems for colocation or hyperscale data centers. Mention specific projects where you handled medium and low-voltage power distribution, backup power, or emergency systems. Explain your ability to work remotely and travel as needed. Show that you understand AECOM's global data center consulting practice and can contribute to fast-paced projects for global clients.

Research before applying

• Look up AECOM's data center projects and clients to understand the scale and types of facilities they design.
• Read about AECOM's global presence in the data center consulting industry and their offices in the US.
• Find recent news or case studies about AECOM's work in sustainable infrastructure and data centers.
• Check if AECOM has published any technical papers or guides on data center electrical design.

Likely interview topics

Based on the job description, expect questions about:

• Describe your experience designing electrical systems for hyperscale or colocation data centers.
• Walk through a project where you were responsible for electrical calculations and system development.
• How do you approach medium and low-voltage power distribution design in high-density data centers?
• Give an example of a time you worked directly with a client on a data center project.
• How do you manage remote work while coordinating with global teams and occasional travel?

Common mistakes to avoid

• Applying without demonstrating specific experience in data center electrical design, especially hyperscale or colocation.
• Ignoring the remote work requirement and not mentioning your ability to work remotely or travel occasionally.
• Submitting a generic resume that does not highlight electrical calculations, power distribution, or backup systems.