Systems Diagnostics Engineer Sr Staff

Lockheed Martin•Owego, NY

14h•Hybrid

About The Position

Lockheed Martin pioneers advanced technologies to control the electromagnetic spectrum and develops disruptive solutions that outpace adversary threats. In the air, on land, and at sea we deliver integrated systems that give warfighters a complete picture of the battlespace and unimpeded use of the spectrum. This position supports the development of diagnostics software for the MH‑60R/S platform avionics, ensuring the health‑management capability needed for mission success. We are a diverse, growing engineering team dedicated to delivering technology critical to United States national defense. Our culture values innovation, collaboration, and the relentless pursuit of excellence. We work across multiple domains—air, land, and sea—to integrate complex systems that give our warfighters decisive advantage. An experienced Systems Diagnostics Engineer with a proven track record developing, optimizing, and maintaining diagnostics software for aviation platforms. Skilled in architecture development, systems modeling, and translating requirements into robust software solutions. Familiar with RMS mission‑area planning, testability analysis, and the full lifecycle of diagnostics SW (requirements, design, implementation, release, and sustainment). Comfortable leading cross‑functional teams and coordinating with Business Development, Government Affairs, suppliers, and U.S. Government laboratories. Proficient in analysis techniques such as AWS, SRS, DAR, IDD, SDD, IBA/FMET, and experienced with budgeting, scheduling, and performance‑metrics management. Passionate about staying abreast of emerging technologies and applying them to mission‑critical sys

Requirements

5-10 yrs Experience in design or analysis of Diagnostics Systems
Familiar with design tools and environments for Diagnostics Systems
Familiarity with MBSE concepts
Ability and willingness to obtain LM Systems Architect certification within 12 months of starting in this role
Active Secret Clearance

Nice To Haves

5-10 yrs Experience in Systems Architecture role on a rotary development program
Experience performing in a Systems Architect role on a large and complex DoD/IC space hardware development effort
Experience applying MBSE concepts in a Systems Engineer or Systems Architect role
Current LM Systems Architect certification, at the Qualified level or higher

Responsibilities

Support RMS mission areas with long‑term planning, technology insertion, and solution‑architecture decisions.
Develop and communicate RMS Diagnostics and Testability architectural features.
Translate mission needs/requirements into total‑mission system solutions while accounting for H‑60 platform design and technology‑maturity constraints.
Design next‑gen mission‑system architecture, interfaces, and element definitions.
Convert architecture analysis into actionable product‑development roadmaps.
Manage budgets, schedules, and performance standards for NHP Diagnostics software.
Participate in internal and external mission‑system design reviews.
Create multi‑domain NHP diagnostics solutions for Line‑of‑Business and Business‑Development initiatives.
Stay current on emerging technologies, design, and analysis methodologies; develop models and architectural guidelines for future mission‑system efforts.
Coordinate with Business Development and Government Affairs to align customer requirements and architectures.
Build and lead cross‑functional teams (internal stakeholders, suppliers, mission partners, USG labs).
Lead Diagnostics SW development updates and releases across multiple aircraft configurations/part numbers.
Generate and maintain diagnostics software requirements, design, process, and drawing documentation.
Perform diagnostics analysis (AWS, SRS, testability, DAR, IDD, SDD, IBA/FMET).
Plan long‑term diagnostics development and testing (simulation, lab, regression, aircraft).
Evaluate capability functions, assess operational performance, and identify maturation opportunities for Air‑Vehicle Diagnostics subsystems.
Conduct system‑engineering activities (specifying, architecting, modeling, testing, sustaining) to achieve diagnostic and prognostic objectives (fault detection, failure isolation).
Collaborate with other diagnostics SMEs across RMS, leveraging common architecture tools and techniques.