Gas-to-Power Design & Engineering Lead for Datacenters

AECOM; Houston (TX); Hybrid; USD 190,000 - 240,000; Full time

Job summary

AECOM seeks a Gas to Power Engineering Design Manager to lead the technical development and delivery of multidisciplinary teams on high‑stakes datacenter projects in the U.S. Energy group, based in Houston with a hybrid work model.

You will manage front‑end to detailed design, budgeting, schedules, and client interfaces, mentor engineers, and drive project delivery across civil, structural, mechanical, electrical, and process disciplines.

Qualifications

• BA/BS in Civil Engineering or related field + 10 years of related experience or demonstrated equivalency
• Experience leading projects from feasibility through front-end engineering to detailed design and construction
• Experience coordinating multidisciplinary engineering and design teams
• Valid US Driver’s License and ability to travel up to 25%

Responsibilities

• Lead feasibility studies, front-end engineering, detailed design, and construction-support for datacenter power developments
• Lead project technical scope development and coordinate delivery across teams
• Develop and maintain project execution plans, staffing, schedules, budgets, and progress reports
• Lead design reviews, constructability reviews, and client progress meetings; respond to RFIs and design changes
• Mentor developing engineers and ensure on-time, within-scope project delivery

Skills

Project leadership

Multidisciplinary teams

Engineering management

Client coordination

Education

BA/BS in Civil Engineering

Tools

Hydraulic modeling

Process simulation

GTPRO

GIS

CAD

Job description

AECOM seeks a Gas to Power Engineering Design Manager to lead the technical development and delivery of multidisciplinary teams on high‑stakes datacenter projects in the U.S. Energy group, based in Houston with a hybrid work model.

You will manage front‑end to detailed design, budgeting, schedules, and client interfaces, mentor engineers, and drive project delivery across civil, structural, mechanical, electrical, and process disciplines.