Electrical Engineer/Firmware Developer

Peraton•Chantilly, VA

13d•$135,000 - $216,000

About The Position

Seeking a highly skilled Electrical Engineer – Firmware Developer to support the design, development, and integration of advanced electronic and embedded systems for mission-critical applications. This role involves hands-on engineering across hardware, firmware, and system integration, contributing directly to innovative solutions in a dynamic and secure environment. Specific duties include: Performs an assortment of complex engineering duties and tasks such as: Generating quantifiable requirements based on customer description, system planning and design, and acquisition logistics. Ensuring requirements comply with client requirements and government standards through formal verification methods. Working with other engineering disciplines to develop lower-level detailed implementation requirements. Participate in system conceptual design and document of the design concepts and operational concept of operations artifacts. Design, develop, evaluate, and integrate electronics, firmware, and mechanical systems to support critical mission requirements. Perform hands-on hardware and firmware development of capabilities to meet complex mission requirements/objectives. Develop and fabricate prototype circuit boards for high performance systems, and create documentation for existing and follow-on production boards Assessing product performance using evaluation criteria and technical performance measures. Identify gaps in current electrical engineering infrastructure and propose solutions to address those gaps. Create multiple electrical engineering solutions to complex problems, utilizing digital and analog approaches as needed. Participates in design reviews of components (hardware and software) to ensure applicability to the current system and traceability of requirements through compliance verification and validation. Perform systems integration efforts incorporating high-performance systems into larger systems Reverse engineer electronic hardware systems, modify and integrate systems, and perform system testing and validation Collaborate with government and industry partners to communicate requirements, designs, and also perform design reviews. Participating in the testing process to validate requirements. On occasion, travel to industry partner and client sites (domestic and occasionally International) for demonstrations, technical exchange meetings, and other project related discussions/activities.

Requirements

Minimum of 8 years with Bachelor’s degree or higher in a Science, Technology, Engineering, or Mathematics (STEM) field; Minimum of 6 years with MS/MA; Minimum of 3 years with PhD or 16 years of equivalent experience in a STEM environment; an additional four years of experience may be considered in lieu of degree.
TS/SCI with Polygraph level clearance is required.
Advanced expertise and applied skills in electrical or computer engineering with emphasis on embedded hardware/software development.
Self-starter that can work independently and rapidly produce results.
Ability to apply productivity tools (e.g. AI) to decrease development time
Mission-focused attitude and work habits. Ability to deliver under tight and immovable deadlines.
Strong verbal and written communication skills, with the ability to convey technical and programmatic issues clearly and concisely to all audiences
Experience with system design, test planning, administration, and documentation of results
Ability to both organize and participate in design reviews for applicant’s own design efforts as well as peer review for other design efforts

Nice To Haves

Experience with unmanned aerial systems (UAS), including air, ground, and maritime applications
Experience with verification and validation testing of command/control systems, including UAS and avionics systems
Knowledge of radio frequency (RF) systems, antenna design, and secure communication
Experience with printed circuit board design, layout, fabrication, and testing/troubleshooting
Experience with sensors and analog electronics
Familiarity with roles, policies, and regulations related to sensitive business areas
Experience with custom tool development processes and reviews

Responsibilities

Generating quantifiable requirements based on customer description, system planning and design, and acquisition logistics.
Ensuring requirements comply with client requirements and government standards through formal verification methods.
Working with other engineering disciplines to develop lower-level detailed implementation requirements.
Participate in system conceptual design and document of the design concepts and operational concept of operations artifacts.
Design, develop, evaluate, and integrate electronics, firmware, and mechanical systems to support critical mission requirements.
Perform hands-on hardware and firmware development of capabilities to meet complex mission requirements/objectives.
Develop and fabricate prototype circuit boards for high performance systems, and create documentation for existing and follow-on production boards
Assessing product performance using evaluation criteria and technical performance measures.
Identify gaps in current electrical engineering infrastructure and propose solutions to address those gaps.
Create multiple electrical engineering solutions to complex problems, utilizing digital and analog approaches as needed.
Participates in design reviews of components (hardware and software) to ensure applicability to the current system and traceability of requirements through compliance verification and validation.
Perform systems integration efforts incorporating high-performance systems into larger systems
Reverse engineer electronic hardware systems, modify and integrate systems, and perform system testing and validation
Collaborate with government and industry partners to communicate requirements, designs, and also perform design reviews.
Participating in the testing process to validate requirements.
On occasion, travel to industry partner and client sites (domestic and occasionally International) for demonstrations, technical exchange meetings, and other project related discussions/activities.