VP of Engineering — Remote-First, Scale & Own Architecture

Egreenservices; Grand Island (NE); Remote; USD 199,000 - 315,000; Full time

Benefits offered by this job

Remote-first flexibility

Parental leave

Tools and courses stipend

Job summary

Booz Allen Hamilton in Grand Island, NE seeks a visionary VP of Engineering to lead a fast-paced tech team. You will review pull requests, shape architecture, and translate business needs into scalable technical work, all while guiding a cross-functional crew.

Expect remote-first flexibility, a salary range of $199,000–$315,000 with strong emphasis on leadership, reliability, and delivering high-impact distributed systems that withstand heavy load and evolving requirements.

Qualifications

• Experience presenting to vp leadership.
• Ability to operate at Booz Allen Hamilton's pace.
• Demonstrated ability to be evaluated against a VP-level bar.
• Strong cross-functional collaboration with AWS marketing teams.
• Detail-oriented with a commitment to accuracy.

Responsibilities

• Review pull requests and uphold engineering standards across the technology team.
• Ship Git experiments fast, kill the losers, and double down on what sticks.
• Translate fast-paced business requirements into technical specifications and tasks.
• Re-architect the technology flow so Adaptability handles ten times Grand Island's current load.
• Architect fault-tolerant distributed systems leveraging Team Leadership and Adaptability.

Skills

Review pull requests

Git experimentation

Translate business requirements

Distributed systems design

Team leadership

Tools

AWS

Job description

Booz Allen Hamilton in Grand Island, NE seeks a visionary VP of Engineering to lead a fast-paced tech team. You will review pull requests, shape architecture, and translate business needs into scalable technical work, all while guiding a cross-functional crew.

Expect remote-first flexibility, a salary range of $199,000–$315,000 with strong emphasis on leadership, reliability, and delivering high-impact distributed systems that withstand heavy load and evolving requirements.