Electrical Design & Integration Eng

Description

Have a passion for airborne systems?

The Small Airborne Effectors Division within the Leidos Kinetic Effects Business Area is responsible for designing, developing, testing, and producing small to medium airborne missiles, unmanned vehicles, and payload effectors for a wide variety of defense customers. Our team is seeking a Lead Electrical Design & Integration Engineer to work at our Huntsville, AL campus providing support to a variety of design, integration, and test programs related to missile systems and unmanned aircraft.

This role offers a wide variety of hands-on work spanning avionics, integration, test, mission support, and field operations in development, prototype, and production environments. This is a dynamic opportunity in which talented engineers can thrive working on a diverse array of multidisciplinary projects in the kinetic effectors arena. We are in search of a highly motivated, trained, and talented electrical engineer to lead a development and integration team of multidisciplined engineers and technicians and to foster advanced technology programs through the complete product lifecycle from research and development through full production.

Primary Responsibilities

• Design, fabricate, analyze, and integrate hardware, firmware, and software solutions that successfully address a wide variety of customer challenges
• Test and troubleshoot hardware, firmware, and software in both lab and field environments
• Design electrical and/or software architectures and integrated systems for real-time, mission-critical systems that include flight systems, sensors, ground vehicles, and ground control systems
• Collaborate and communicate effectively with project managers, customers, and team members to determine and develop hardware and software requirements
• Contribute to system hardware and software architecture decisions based on customer performance requirements, schedule, and cost constraints including build vs. buy trades
• Support task execution including electrical system design, avionics design, payload integration, analog/digital/RF printed circuit board hardware design, FPGA and hardware description language development, hardware-in-the-loop simulation, system debugging, and systems engineering
• Work independently as part of a broader multi-disciplined engineering team
• Work collaboratively with project teams to formulate innovative solutions to complex problems and products across a broad range of applications
• Coordinate with purchasing department and outside board/cable shops to procure hardware
• Work in a lab environment testing and integrating hardware
• Work closely with manufacturing teams to facilitate the transition from prototype hardware to a deliverable product

Basic Qualifications

• Bachelor’s degree in electrical engineering or computer engineering from an ABET-accredited institution with 4 or more years of relevant experience, or master’s degree in electrical engineering or computer engineering from an ABET-accredited institution with 2 or more years of relevant experience
• Demonstrated capabilities in the following areas: electrical system design, electrical circuit design and simulation, hardware and software interface design and integration, software or firmware development, troubleshooting/debugging hardware/software in a lab and/or field environment
• Parts selection, electrical schematic capture, and wiring harness design experience
• Understanding of PC board layout design and SMT manufacturing experience
• Excellent verbal and written communication skills
• Constructive collaboration within and among multi-disciplinary teams
• Availability to travel to support testing and other events (average 10%)
• Active SECRET security clearance or the ability to obtain one

Preferred Qualifications

• RF and/or switching power supply design experience
• Field testing and debugging
• Sensor instrumentation experience (acceleration, velocity, position, pressure)
• Experience with development and testing of flight hardware
• Radio communication links and GPS/INS systems
• Rapid prototyping, integration, and test experience
• Requirements-based design and test planning
• Technical leadership

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