
MECHANCAL ENGINEER
Naval Air Systems CommandYou will serve as a
MECHANICAL ENGINEER
in the
DEPT OF THE
NAVY,
NAVAL AIR WARFARE CENTER ACFT DIVISION
of NAVAIRWARCENADLKE.You will serve as lead propulsion engineer managing a diverse portfolio of F135 Engine Support Equipment (SE) spanning Organizational-level (O-level), Depot-level, and engine test cell environments.You will serve as a technical authority for propulsion systems support equipment, guiding efforts from initial concept, prototyping, and design through fielding and in-service sustainment.You will provide expert in-service engineering support to resolve complex technical challenges, investigating equipment failures, analyzing root causes, and developing and qualifying effective engineering solutions and design modifications.You will chair and/or participate authoritatively in technical design reviews (e.g., PDR, CDR) and integrated product team meetings, evaluating designs, and acting on behalf of submitted stakeholder and partnerrequirements.You will manage and approve critical engineering and logistics documentation, such as technical directives, engineering change proposals, maintenance and overhaul deviation requests, and technical source data changes.You will apply systems engineering principles to evaluate and approve new and modified support equipment, ensuring designs meet all required safety, reliability, and supportabilityrequirements for both shore-based and shipboard environments.You will monitor technical performance and collaborate with contractors to ensure engineering efforts remain aligned with the budgets, schedules, and technical baselines dictated by the program office.
Opens the company's application page
Listed via
USAJobs
usajobs.gov
Similar roles
Design & Tech
Related reads from TCHNX

The Quiet Revolution in Local-First Software
As major platforms face outages and data breaches, a new generation of developers is building applications that prioritise local data storage and peer-to-peer sync, challenging the cloud-first orthodoxy that's dominated tech for two decades.

The Quiet Revolution in Edge AI: Why Your Next Computer Might Not Need the Cloud
As neural processing units become standard in consumer devices, we're witnessing a fundamental shift in how AI applications work. Local processing is no longer a fallback; it's becoming the preferred architecture.

The Rise of AI-Assisted Code Generation 2: Are Developers Becoming Prompt Engineers?
As AI coding assistants reshape software development, the industry grapples with a fundamental question: is writing code giving way to writing prompts? We examine how London's tech scene is adapting to this seismic shift.

