Career Search
Textron Systems is all in for our exceptional people. Click here for important information pertinent to job applicants.
All search filters below are optional and can be used to narrow down your job search results.
Search Careers
51 job(s) match your search criteria
Who We Are
Textron Systems is part of Textron, a $14 billion, multi-industry company employing 35,000 talented makers, thinkers, creators and doers worldwide. We make things that fly, hover, zoom and launch. Things that move people. Protect soldiers. Power industries. We serve customers in industries spanning aerospace and defense, specialized vehicles, turf care and fuel systems.
This role is in Textron System’s Land Systems business area. Visit TextronSystems.com & Lycoming.com to read more about who we are and the products we make!
About This Role
Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program. For this program, Textron Systems has developed the Cottonmouth® ARV, a recon vehicle to be feared and a force-multiplier armed to the fangs with advanced full-spectrum reconnaissance and surveillance sensors. It’s expertly designed to defeat threats beyond line of sight and comes complete with cutting-edge technologies that will keep adversaries up at night. Cottonmouth was developed using a Modular Open Systems Approach (MOSA) that is Ground Vehicle Operating System (GVOS) based employing the Tactical Assault Kit Extended (TAK-X) framework for easy capability integration. This modern vehicle platform has superior mobility capabilities to tackle treacherous off-road terrain and waterways while keeping Marines safe thanks to its advanced survivability suite and Human System Interface (HSI) focus. Amphibious mobility, unrivaled versatility, and electronic warfare capabilities define a vehicle that is adaptable, stealthy and thrives wherever enemies hide. Our teams are engaged in multiple cutting-edge development programs for defense applications.
We are seeking multiple highly qualified candidates to lead and support our Advanced Reconnaissance Vehicle (ARV) engineering projects supporting our internal development initiatives and our contract programs. The Project Engineers will work primarily with the engineering disciplines and program teams to plan and execute ARV project to achieve defined objectives within cost and schedule constraints. Project Engineers lead a multidisciplinary team and provide technical leadership and guidance on development efforts that impact on ground vehicles products and programs. As a member of ARV Project Engineering team, the ARV Project Engineers ensures that the engineering efforts meet customer and internal requirements.
ARV Project Engineer roles and responsibilities:
• Collaborate closely with Program Management to tightly control program schedule and budget per customer Earned-Value Managements System requirements (EVMS)
• Resolve schedule, resource, and technical conflicts
• Navigate and lead multidiscipline teams through unusually complex technical problems and provide solutions
• Collaborate with functional managers to organize and delegate key tasks
• Interact daily with program managers, planners, engineers and technicians
• Generate statements of work and managing outside contractor performance
• Act as a technical interface between engineering development team, Integrated Product Teams, and Integrated Supply Chain for product and program needs
• Chair (or delegate) responsibilities to execute change control boards for your project /product
• Develop discretionary funding plans and requests outlining program needs for successful execution
• Provide recommendations to senior management regarding critical risk acceptance
• Develop proposals (cost and technical) and basis of estimates for new business opportunities
• Prepare and present engineering work products to internal review teams and external customers at program milestone reviews
• Responsible for Average Unit Manufacturing Cost (AUMC) of PPD vehicles and future LRIP/full-rate production environments
ARV Manufacturing Project Engineer Roles/Responsibilities:
• Responsible for managing and coordinating all ARV Manufacturing-related activities, acting as a liaison between different teams and stakeholders to ensure project objectives are met on time and within budget.
o Manage advanced manufacturing of High-performance ballistic Hulls
o Coordinate support of Vehicle of builds, outfitting, test and final delivery
o Responsible for associated Manufacturing Test articles including Vehicle Prototypes, Blast Hulls and System Integration Labs assets
• Responsible for coordination and communication with Integrated Supply chain, Engineering, Program Management and Government customers on all ARV Manufacturing related tasks, activities, risks and issues.
o Manage and control system configurations and bills of materials
Who We Are
Textron Systems is part of Textron, a $14 billion, multi-industry company employing 35,000 talented makers, thinkers, creators and doers worldwide. We make things that fly, hover, zoom and launch. Things that move people. Protect soldiers. Power industries. We serve customers in industries spanning aerospace and defense, specialized vehicles, turf care and fuel systems.
This role is in Textron System’s Land Systems business area. Visit TextronSystems.com & Lycoming.com to read more about who we are and the products we make!
About This Role
Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program. For this program, Textron Systems has developed the Cottonmouth® ARV, a recon vehicle to be feared and a force-multiplier armed to the fangs with advanced full-spectrum reconnaissance and surveillance sensors. It’s expertly designed to defeat threats beyond line of sight and comes complete with cutting-edge technologies that will keep adversaries up at night. Cottonmouth was developed using a Modular Open Systems Approach (MOSA) that is Ground Vehicle Operating System (GVOS) based employing the Tactical Assault Kit Extended (TAK-X) framework for easy capability integration. This modern vehicle platform has superior mobility capabilities to tackle treacherous off-road terrain and waterways while keeping Marines safe thanks to its advanced survivability suite and Human System Interface (HSI) focus. Amphibious mobility, unrivaled versatility, and electronic warfare capabilities define a vehicle that is adaptable, stealthy and thrives wherever enemies hide. Our teams are engaged in multiple cutting-edge development programs for defense applications.
We are seeking multiple highly qualified candidates to lead and support our Advanced Reconnaissance Vehicle (ARV) engineering projects supporting our internal development initiatives and our contract programs. The Project Engineers will work primarily with the engineering disciplines and program teams to plan and execute ARV project to achieve defined objectives within cost and schedule constraints. Project Engineers lead a multidisciplinary team and provide technical leadership and guidance on development efforts that impact on ground vehicles products and programs. As a member of ARV Project Engineering team, the ARV Project Engineers ensures that the engineering efforts meet customer and internal requirements.
ARV Project Engineer roles and responsibilities:
• Collaborate closely with Program Management to tightly control program schedule and budget per customer Earned-Value Managements System requirements (EVMS)
• Resolve schedule, resource, and technical conflicts
• Navigate and lead multidiscipline teams through unusually complex technical problems and provide solutions
• Collaborate with functional managers to organize and delegate key tasks
• Interact daily with program managers, planners, engineers and technicians
• Generate statements of work and managing outside contractor performance
• Act as a technical interface between engineering development team, Integrated Product Teams, and Integrated Supply Chain for product and program needs
• Chair (or delegate) responsibilities to execute change control boards for your project /product
• Develop discretionary funding plans and requests outlining program needs for successful execution
• Provide recommendations to senior management regarding critical risk acceptance
• Develop proposals (cost and technical) and basis of estimates for new business opportunities
• Prepare and present engineering work products to internal review teams and external customers at program milestone reviews
• Responsible for Average Unit Manufacturing Cost (AUMC) of PPD vehicles and future LRIP/full-rate production environments
ARV Automotive Project Engineer Roles/Responsibilities:
• Responsible for managing and coordinating all ARV Automotive and Vehicle specific-related activities, acting as a liaison between different teams and stakeholders to ensure project objectives are met on time and within budget.
o Manage and coordinate Vehicle and Automotive Design, Development, Integration and Test Activities
o Supports Chief Engineer to drive technical risk and maturity into Vehicle/Automotive system designs and development
o Coordinate Engineering support of Vehicle of builds, outfitting, test and final delivery
o Responsible for delivery of associated technical artifacts including Contract Data Requirements List (CDRL’s)
o Support of all Vehicle, Survivability, and Automotive related Technical Customer Integrated Product teams (IPT’s) and Working groups (WG’s)
• Responsible for coordination and communication with Integrated Supply chain, Engineering, Program Management and Government customers on all ARV Automotive and Vehicle related tasks, activities, risks and issues.
About This Role
Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program. For this program, Textron Systems has developed the Cottonmouth® ARV, a recon vehicle to be feared and a force-multiplier armed to the fangs with advanced full-spectrum reconnaissance and surveillance sensors. It’s expertly designed to defeat threats beyond line of sight and comes complete with cutting-edge technologies that will keep adversaries up at night. Cottonmouth was developed using a Modular Open Systems Approach (MOSA) that is Ground Vehicle Operating System (GVOS) based employing the Tactical Assault Kit Extended (TAK-X) framework for easy capability integration. This modern vehicle platform has superior mobility capabilities to tackle treacherous off-road terrain and waterways while keeping Marines safe thanks to its advanced survivability suite and Human System Interface (HSI) focus. Amphibious mobility, unrivaled versatility, and electronic warfare capabilities define a vehicle that is adaptable, stealthy and thrives wherever enemies hide. Our teams are engaged in multiple cutting-edge development programs for defense applications.
We are seeking an experienced Mechanical Engineering leader to join the Crewed Land Systems team at our Slidell, LA facility. In this role, you will have the opportunity to experience the entire engineering lifecycle of military vehicles through design, build, test, and sustainment. The ideal candidate has a proven ability to design mechanical systems using 3D CAD, hands-on experience in a prototyping or production environment, a solid foundation in mechanical design principles, and a passion for automotive-related platforms.
IPT Lead Responsibilities:
• Lead a team of talented engineers through the development, integration, and test of mechanical and electrical components and subsystems.
• Act as a Subject Matter Expert (SME) for your given IPT to ensure compliance to all applicable performance specifications, standards, and regulations.
• Collaborate cross-functionally within the business to ensure that performance, cost, and schedule targets are achieved throughout the lifecycle.
• Lead recurring IPT meetings, working groups, and design reviews both internally and with the Government customer.
• Review and release 3D models, 2D drawings, and reports to ensure we deliver quality products.
• Review and approve technical analysis including Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and other engineering tools.
• Support proposal bid and execution activities including technical writing, Statements of Work (SOW), Basis of Estimates (BOEs), and scheduling.
• Provide technical support to manufacturing functions and Field Service Representatives (FSRs) during prototyping, production, test, and sustainment activities.
• Foster development of junior engineers including interns, co-ops, and new hires.
Mobility IPT Lead Responsibilities & Skillset:
• Lead the mobility IPT including powertrain, drivetrain, suspension, steering, fuel system, and water propulsion.
• Perform and/or oversee powertrain performance calculations and vehicle dynamics simulations using commercial, Government, and internal software.
About This Role
Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program. For this program, Textron Systems has developed the Cottonmouth® ARV, a recon vehicle to be feared and a force-multiplier armed to the fangs with advanced full-spectrum reconnaissance and surveillance sensors. It’s expertly designed to defeat threats beyond line of sight and comes complete with cutting-edge technologies that will keep adversaries up at night. Cottonmouth was developed using a Modular Open Systems Approach (MOSA) that is Ground Vehicle Operating System (GVOS) based employing the Tactical Assault Kit Extended (TAK-X) framework for easy capability integration. This modern vehicle platform has superior mobility capabilities to tackle treacherous off-road terrain and waterways while keeping Marines safe thanks to its advanced survivability suite and Human System Interface (HSI) focus. Amphibious mobility, unrivaled versatility, and electronic warfare capabilities define a vehicle that is adaptable, stealthy and thrives wherever enemies hide. Our teams are engaged in multiple cutting-edge development programs for defense applications.
We are seeking an experienced Mechanical Engineering leader to join the Crewed Land Systems team at our Slidell, LA facility. In this role, you will have the opportunity to experience the entire engineering lifecycle of military vehicles through design, build, test, and sustainment. The ideal candidate has a proven ability to design mechanical systems using 3D CAD, hands-on experience in a prototyping or production environment, a solid foundation in mechanical design principles, and a passion for automotive-related platforms.
IPT Lead Responsibilities:
• Lead a team of talented engineers through the development, integration, and test of mechanical and electrical components and subsystems.
• Act as a Subject Matter Expert (SME) for your given IPT to ensure compliance to all applicable performance specifications, standards, and regulations.
• Collaborate cross-functionally within the business to ensure that performance, cost, and schedule targets are achieved throughout the lifecycle.
• Lead recurring IPT meetings, working groups, and design reviews both internally and with the Government customer.
• Review and release 3D models, 2D drawings, and reports to ensure we deliver quality products.
• Review and approve technical analysis including Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and other engineering tools.
• Support proposal bid and execution activities including technical writing, Statements of Work (SOW), Basis of Estimates (BOEs), and scheduling.
• Provide technical support to manufacturing functions and Field Service Representatives (FSRs) during prototyping, production, test, and sustainment activities.
• Foster development of junior engineers including interns, co-ops, and new hires.
Structure IPT Lead Responsibilities & Skillset:
• Lead the structure IPT including hull, structural appendages, grilles, hatches, and armor.
• Experience with weld joint design, weld symbols, etc. for multiple material types and weld processes.
• Understanding of the weldability, formability, and machinability for different types of aluminum and steel alloys to balance cost, schedule, weight, and performance
• Experience with the design and fabrication of tactical or combat vehicle hull structures is desired.
• Perform and/or oversee structural analysis using SolidWorks Simulation and ANSYS.
• Experience with live-fire testing is desired.
• Active Secret clearance is desired.
About This Role
Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program. For this program, Textron Systems has developed the Cottonmouth® ARV, a recon vehicle to be feared and a force-multiplier armed to the fangs with advanced full-spectrum reconnaissance and surveillance sensors. It’s expertly designed to defeat threats beyond line of sight and comes complete with cutting-edge technologies that will keep adversaries up at night. Cottonmouth was developed using a Modular Open Systems Approach (MOSA) that is Ground Vehicle Operating System (GVOS) based employing the Tactical Assault Kit Extended (TAK-X) framework for easy capability integration. This modern vehicle platform has superior mobility capabilities to tackle treacherous off-road terrain and waterways while keeping Marines safe thanks to its advanced survivability suite and Human System Interface (HSI) focus. Amphibious mobility, unrivaled versatility, and electronic warfare capabilities define a vehicle that is adaptable, stealthy and thrives wherever enemies hide. Our teams are engaged in multiple cutting-edge development programs for defense applications.
We are seeking an experienced Mechanical Engineering leader to join the Crewed Land Systems team at our Slidell, LA facility. In this role, you will have the opportunity to experience the entire engineering lifecycle of military vehicles through design, build, test, and sustainment. The ideal candidate has a proven ability to design mechanical systems using 3D CAD, hands-on experience in a prototyping or production environment, a solid foundation in mechanical design principles, and a passion for automotive-related platforms.
IPT Lead Responsibilities:
• Lead a team of talented engineers through the development, integration, and test of mechanical and electrical components and subsystems.
• Act as a Subject Matter Expert (SME) for your given IPT to ensure compliance to all applicable performance specifications, standards, and regulations.
• Collaborate cross-functionally within the business to ensure that performance, cost, and schedule targets are achieved throughout the lifecycle.
• Lead recurring IPT meetings, working groups, and design reviews both internally and with the Government customer.
• Review and release 3D models, 2D drawings, and reports to ensure we deliver quality products.
• Review and approve technical analysis including Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and other engineering tools.
• Support proposal bid and execution activities including technical writing, Statements of Work (SOW), Basis of Estimates (BOEs), and scheduling.
• Provide technical support to manufacturing functions and Field Service Representatives (FSRs) during prototyping, production, test, and sustainment activities.
• Foster development of junior engineers including interns, co-ops, and new hires.
Auxiliary Automotive IPT Lead Responsibilities & Skillset:
• Lead the auxiliary automotive IPT including seating, hydraulics, pneumatics, HVAC, On-Vehicle Equipment (OVE), lighting, and Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, and Reconnaissance (C5ISR) equipment integration.
• Perform and/or oversee Human Systems Interface (HSI) analysis at the vehicle and subsystem level.
• Perform and/or oversee thermal and flow simulations in ANSYS and other tools.
Who We Are
Textron Systems is part of Textron, a $14 billion, multi-industry company employing 35,000 talented makers, thinkers, creators and doers worldwide. We make things that fly, hover, zoom and launch. Things that move people. Protect soldiers. Power industries. We serve customers in industries spanning aerospace and defense, specialized vehicles, turf care and fuel systems.
This role is in Textron System’s Land Systems business area. Visit TextronSystems.com & Lycoming.com to read more about who we are and the products we make!
About This Role
Textron Systems is seeking engineers of all disciplines to support the United States Marine Corps Advanced Reconnaissance Vehicle (ARV) program. For this program, Textron Systems has developed the Cottonmouth® ARV, a recon vehicle to be feared and a force-multiplier armed to the fangs with advanced full-spectrum reconnaissance and surveillance sensors. It’s expertly designed to defeat threats beyond line of sight and comes complete with cutting-edge technologies that will keep adversaries up at night. Cottonmouth was developed using a Modular Open Systems Approach (MOSA) that is Ground Vehicle Operating System (GVOS) based employing the Tactical Assault Kit Extended (TAK-X) framework for easy capability integration. This modern vehicle platform has superior mobility capabilities to tackle treacherous off-road terrain and waterways while keeping Marines safe thanks to its advanced survivability suite and Human System Interface (HSI) focus. Amphibious mobility, unrivaled versatility, and electronic warfare capabilities define a vehicle that is adaptable, stealthy and thrives wherever enemies hide. Our teams are engaged in multiple cutting-edge development programs for defense applications.
We are seeking multiple highly qualified candidates to lead and support our Advanced Reconnaissance Vehicle (ARV) engineering projects supporting our internal development initiatives and our contract programs. The Project Engineers will work primarily with the engineering disciplines and program teams to plan and execute ARV projects to achieve defined objectives within cost and schedule constraints. Project Engineers lead a multidisciplinary team and provide technical leadership and guidance on development efforts that impact on ground vehicles products and programs. As a member of ARV Project Engineering team, the ARV Project Engineers ensures that the engineering efforts meet customer and internal requirements.
ARV Project Engineer roles and responsibilities:
• Collaborate closely with Program Management to tightly control program schedule and budget per customer Earned-Value Managements System requirements (EVMS)
• Resolve schedule, resource, and technical conflicts
• Navigate and lead multidiscipline teams through unusually complex technical problems and provide solutions
• Collaborate with functional managers to organize and delegate key tasks
• Interact daily with program managers, planners, engineers and technicians
• Generate statements of work and managing outside contractor performance
• Act as a technical interface between engineering development team, Integrated Product Teams, and Integrated Supply Chain for product and program needs
• Chair (or delegate) responsibilities to execute change control boards for your project /product
• Develop discretionary funding plans and requests outlining program needs for successful execution
• Provide recommendations to senior management regarding critical risk acceptance
• Develop proposals (cost and technical) and basis of estimates for new business opportunities
• Prepare and present engineering work products to internal review teams and external customers at program milestone reviews
• Responsible for Average Unit Manufacturing Cost (AUMC) of PPD vehicles and future LRIP/full-rate production environments
ARV Vetronics/C5ISR Project Engineer Roles/Responsibilities:
• Responsible for managing and coordinating all ARV Vetronics and C5ISR specific-related activities, acting as a liaison between different teams and stakeholders to ensure project objectives are met on time and within budget.
o Manage and coordinate all Software, Cybersecurity, Networking and Systems Design, Development, Integration and Test Activities
o Supports Chief Engineer to drive technical risk and maturity into Vetronics/C5ISR system designs and development
o Coordinate Engineering support of Vehicle of builds, outfitting, test and final delivery
o Responsible for delivery of associated technical artifacts including Contract Data Requirements List (CDRL’s)
o Support of all C5ISR, Software and Cyber Security related Technical Customer Integrated Product teams (IPT’s) and Working groups (WG’s)
• Responsible for coordination and communication with Integrated Supply chain, Engineering, Program Management and Government customers on all ARV Vetronics and C5ISR related tasks, activities, risks and issues.
ATC Electronics Tech Responsibilities (Level 1)
· Electronics facilities development and execution for engineering projects are the core responsibility of the ATC Electronics Technician.
· Calibration and troubleshooting of basic ATC and facilities electronic and electrical devices.
o Examples include oscilloscopes, multimeters, ammeters, leak down tester
· The installation, setup, maintenance, basic troubleshooting, or use of electronic instrumentation for data collection pertaining to ATC Engine Tests or Engineering Tests
o 
Examples include the use of pressure transducers, load cells, thermocouples, or accelerometers.
· 
The installation, setup, maintenance, and repair of ATC Test Cell data acquisition and facility interface cabinets.
· Construction, troubleshooting and repair of engine instrumentation, controls or supply electrical test harnesses.
· Support AVL equipment as required.
· The use of basic electronic equipment for data collection
o Examples include oscilloscopes, multimeters, ammeters, strobe meters, and data acquisition equipment
· Program production ECUs, FADECs, or other types of engine control modules per established production processes.
· Assist or perform programming of non-production ECUs, FADECs, or other types of engine control modules per engineering direction.
· Repair of production or SIR engine electrical harnesses, electrical assemblies, or instrumentation per established production processes, engineering and/or quality direction
· Clean, sort, organize, and document ATC electronics lab assets, as required.
Who We Are
Textron Systems is part of Textron, a $14 billion, multi-industry company employing 35,000 talented makers, thinkers, creators and doers worldwide. We make things that fly, hover, zoom and launch. Things that move people. Protect soldiers. Power industries. We serve customers in industries spanning aerospace and defense, specialized vehicles, turf care and fuel systems.
This role is in Textron System’s Weapon Systems business area. Visit TextronSystems.com & Lycoming.com to read more about who we are and the products we make!
About this Role
We are seeking a passionate and skilled Robotics/UAS Engineer to join our innovative team. The ideal candidate will have a strong background in unmanned aerial systems (UAS) and will help us design, build, test, and evaluate UAS-based systems. The ideal candidate will be interested in working with all aspects of UAS software, mechanical, and electrical development within a multi-disciplinary team. This is a hands-on role for someone who thrives in a fast-paced and collaborative environment and enjoys taking ideas from concept to reality.
Responsibilities
- Design, prototype, and iterate mechanical components and assemblies.
- Integrate UAS hardware and software, including payload systems, sensors, and communication links.
- Develop embedded software and integrate sensor payloads on onboard computers and microcontrollers.
- Collaborate with multidisciplinary teams to ensure seamless hardware and software integration.
- Conduct system-level testing and troubleshooting to ensure reliability and performance under various operational conditions.
- Plan, execute, and document validation tests for new and existing UAS designs.
- Perform detailed diagnostics and analysis of mechanical, electrical, and software components during system evaluations.
- Maintain detailed records of design processes, test results, and integration procedures.
- Participate in cross-functional design reviews to improve product architecture.
- Write comprehensive technical reports and weekly project updates.
Who We Are
Textron Systems is part of Textron, a $14 billion, multi-industry company employing 35,000 talented makers, thinkers, creators and doers worldwide. We make things that fly, hover, zoom and launch. Things that move people. Protect soldiers. Power industries. We serve customers in industries spanning aerospace and defense, specialized vehicles, turf care and fuel systems.
This role is in Textron System’s Weapon Systems business area. Visit TextronSystems.com & Lycoming.com to read more about who we are and the products we make!
About This Role
We believe people should love what they do - in this role, you will be responsible for:
The Structural Engineering Analyst will be responsible for performing advanced structural analysis and design of flight vehicles in the Strategic Missiles Business Line. The Analyst will also be responsible for guiding and reviewing structural analysis performed by junior analysts. The position requires extensive expertise in Ansys for structural analysis as well as the use of Computer Aided Design (CAD) models and other analysis software. The analysis techniques used, as well as the compiled results, will be summarized in presentations and detailed design analysis reports.
Responsibilities
- Serve as a senior structural analyst performing complex static and dynamic structural analyses of flight vehicles in the strategic missiles and reentry vehicle area.
- Mentor and guide junior engineers in structural analysis techniques and best practices. Review structural analysis models and results produced by the analysis team.
- Utilize a combination of ANSYS and other software tools (both COTS and Textron developed) to generate structural characteristics and responses.
- Define recommended changes to improve the performance/efficiency of structural design features.
- Summarize results and design application techniques during the above activities via presentations and design analysis reports.
- Up to 5% travel may be required.
Who We Are Textron Systems is part of Textron, a $14 billion, multi-industry company employing 35,000 talented makers, thinkers, creators and doers worldwide. We make things that fly, hover, zoom and launch. Things that move people. Protect soldiers. Power industries. We serve customers in industries spanning aerospace and defense, specialized vehicles, turf care and fuel systems. This role is in Textron System’s
About This Role
We believe people should love what they do. In this role you will be responsible for:
- Apply advanced technical principles, theories, and concepts to architect, lead, and execute the integration of UAS platforms with mission-critical subsystems—including automated target recognition (ATR), navigation and control algorithms, communication systems, and diverse payloads.
- Work on complex technical problems and develop highly innovative solutions that enable seamless interoperability across hardware, software, autonomy, and mission-system components.
- Lead end-to-end integration activities that bring together third-party sensors, autonomy modules, onboard computing, and communication links to transform baseline UAS into complete mission-ready systems.
- Oversee the development and integration of advanced mission payloads, including EO/IR and AI-enabled perception systems, ensuring compatibility with onboard processing, data pathways, and vehicle command-and-control.
- Direct the implementation and tuning of navigation, guidance, and control algorithms, resilient navigation approaches, and closed-loop system validation.
- Manage system-level communications integration, ensuring robust data links, network interoperability, and compliance with operational and security requirements.
- Establish and refine integration processes, technical standards, and system verification strategies for complex UAS mission architectures.
- Lead simulation-based system validation, including high-fidelity modeling of autonomy, sensor performance, communication networks, and mission workflows to reduce risk prior to flight testing.
- Oversee test planning and execution across laboratory, hardware-in-the-loop (HIL), field-test, and flight-test environments to validate integrated system performance under realistic operational conditions.
- Conduct sophisticated diagnostics and root-cause analyses across mechanical, electrical, software, and algorithmic domains to rapidly resolve integration challenges.
- Provide technical leadership in cross-functional design reviews and ensure alignment of mission requirements, system architecture, and verification plans across all UAS subsystems.
- Mentor engineering staff, guide technical development roadmaps, and serve as a senior technical liaison with customers, leadership, and multidisciplinary partners.