Project Engineering Supervisor Software & Processing

About the Role

Key Responsibilities

• Lead multi-disciplinary teams to innovate, design, integrate, test, qualify, and rapidly field advanced technologies and mission systems onto GA-ASI ISR and UCAV platforms.
• Support development of mission-critical software initiatives and proliferation of Government Reference Architecture (GRA) and open standards (OMS, FACE, etc.).
• Support development, testing, and selection of AI agents and behaviors to optimize autonomous capabilities across GA platforms.
• Support AMS initiatives to develop mission software focused on reduction of manpower through autonomy, machine learning models, rule-based automation, simulation environments, and platform HMI & Payload C2 improvements.
• Drive selection of computing edge-node capabilities, processing frameworks, and compute resource solutions for mission-critical and AI-enabled software products.
• Leverage software skills to improve IR&RF Multi-Function Apertures (MFA), onboard fusion, track management, sensor resource management, and autonomous agents.
• Support integration of organic products, cloud-based architectures, location intelligence, multi-INT discovery, correlation, fusion, geospatial big data querying, and pattern of life analytics.
• Lead and manage a high-performing team, ensuring alignment with strategic objectives, resource allocation, and performance management.
• Foster collaboration between engineering departments, program management, external stakeholders, and customers.
• Lead program execution to meet milestones within cost and schedule parameters.
• Represent programs as the engineering lead, ensuring effective communication with external and internal stakeholders.
• Support proposals, perform system analysis, conduct trade studies, author technical white papers, and generate customer technical data packages.
• Lead design, support mission architecture implementations, and develop artifacts such as specifications, block diagrams, and interfaces.
• Configure, integrate, simulate, test, and evaluate tactical data link networks and topologies.

Requirements

• Typically requires a bachelor's, master's, or PhD in engineering or a related technical discipline from an accredited institution.
• Fifteen or more years of experience with a bachelor's degree, thirteen or more years with a master's degree, or ten or more years with a PhD; equivalent engineering experience may be substituted for education.
• Experience with mission software on ISR and UCAV platforms.
• Technical expertise in multi-function processing technologies across the aerospace industry.
• Knowledge of multi-INT sources and cloud-based solutions.
• Experience with AMS-GRA developments and architectures.
• Experience in developing and integrating software with disciplines including Mechanical, Electrical, RF, Cyber, Autonomy, AI/ML, and Software.
• Knowledge of software solutions enabling tactical data link networks such as Link 16, TTNT, UHF, VHF, IFF-T/I, SATCOM, Starshield, LPI/LPD waveforms, Encrypted Communications, and next-generation data links.
• Knowledge of sensing technologies including Multi-Mode Radars, EO/IR, IRST, Electronic Warfare, Multi-INT, Countermeasures, and related systems.
• Proven ability to quickly understand new concepts and apply them in a dynamic environment.
• Demonstrates engineering principles, project management, and leadership skills including organizing, planning, scheduling, and coordinating workloads.
• Experience with product management, proposal development, basis of estimation, and EVMS; experience in commercial and DoD product development.
• Strong problem-solving, leadership, and team management skills.
• Effective communication skills to build relationships and manage customer expectations.
• Must be customer-focused, able to work independently and in teams, and willing to work extended hours and travel.
• Ability to obtain and maintain a DoD security clearance.

Nice to Have

• Desired technical expertise of latest multi-function processing technologies across aerospace industry.
• Desired technical expertise of multi-INT sources and cloud-based solutions.
• Desired technical expertise of AMS-GRA developments and architectures.

Qualifications

• Typically requires a bachelor's, master's, or PhD in engineering or a related technical discipline from an accredited institution.
• Fifteen or more years of experience with a bachelor's degree, thirteen or more years with a master's degree, or ten or more years with a PhD; equivalent engineering experience may be substituted for education.