Seeking a High-Frequency RF/Analog/Digital Hardware Engineer to design, analyze, and develop NASA’s and DoW's next-generation spacecraft, RF payloads, and RF instruments.
Compensation
The referenced pay range is based on JHU APL’s good faith belief at the time of posting. Actual compensation may vary based on factors such as geographic location, work experience, market conditions, education (training) and skill level with consideration for internal parity.
Responsibilities
Perform RF, microwave, and/or high-speed analog and digital circuit and component design, simulation, development, and test.
Layout of RF/microwave/high-frequency lumped and distributed element circuits and printed circuit boards.
Conduct circuit-level analysis to determine performance.
Develop and document schematic drawings, test plans, test procedures and test reports.
Work with mission and spacecraft systems engineers, subsystem engineers, and project management in overall mission development and execution from concept to launch.
Simulate, implement and debug firmware – VHDL, Verilog; perform circuit analysis, simulation, design documentation maintenance; support troubleshooting of hardware for test and verification; test Analog/Digital/RF components and modules; support development of Special Test Equipment (STE) for testing Electronics equipment; perform testing on prototype hardware; interact with test technicians, suppliers, program managers, other engineers, and internal/external customers.
Compensation
The salary range for this role is 42,000 USD - 88,000 USD.
Responsibilities
Simulate, implement and debug firmware – VHDL, Verilog
Support troubleshooting of hardware for test and verification
Test Analog/Digital/RF components and modules
Support development of Special Test Equipment (STE) for testing Electronics equipment
Requirements
Bachelor’s or Advanced degree in Electrical Engineering or related Science, Technology, Engineering or Mathematics (STEM) major and actively enrolled through the completion of the internship/co‑op session
In compliance with pay transparency requirements, the salary range for this role in New Jersey is $70,500 - $129,500.
Responsibilities
Determine design approaches and parameters
Perform system analysis to determine feasibility of design within time and cost constraints
Utilize modeling tools and equipment to establish operating data, conduct experimental tests, and evaluate results
Select components and equipment based on analysis of specifications and reliability
Perform simulations and present design reviews to peer engineers
Requirements
Bachelor’s degree in Electrical Engineering, Computer Engineering, Electrical & Computer Engineering, Materials Engineering, Materials Science Engineering or related field
The Product/Technical Steward serves as the Subject Matter Expert within MS&T for the stated Engineering Discipline, supporting lifecycle management of new and future products.
Responsibilities
Supports End of Life (EOL) component changes, from simple resistor changes to major assembly changes to assure continuous uneventful production is maintained
Assures component changes are properly assessed to assure the change is supported by objective evidence and maintains compliance with product specifications and regulatory requirements
Assures component changes are properly introduced to assure continuous, uneventful production
Assures PCB assemblies are correctly designed, tested, and released into production
Support or lead continuous improvement projects to support Operational Excellence activities
Requirements
Bachelor’s or greater in Electrical or Electromechanical Engineering
Join our Test Solution Hardware Design team, where you will play a key role in designing, developing, integrating, and validating test systems for RTX product factories.
Compensation
The salary range for this role is 86,800 USD - 165,200 USD. The salary range provided is a good faith estimate representative of all experience levels.
Responsibilities
Design, develop, integrate, and validate test systems used in production and manufacturing environments.
Collaborate with cross-functional teams, including electrical, software, and mechanical engineers, to deliver high-quality test solutions.
Perform hardware development, integration, verification, validation, and maintenance activities within production, manufacturing, and product qualification environments.
Apply engineering principles to create test equipment, interface test adapters (ITAs), harnesses, and other supporting hardware.
Produce technical documentation, including schematics, drawings, and circuit analyses, to support test system development.
Requirements
Bachelor’s degree in Science, Technology, Engineering, or Mathematics (STEM)
Entry-level position responsible for installation, maintenance, testing, and commissioning of electrical equipment in support of Dominion Energy’s field facilities.
Compensation
Electric Equipment Technician T1: $58,700 - $76,200
Electric Equipment Technician T2: $65,500 - $85,000
Responsibilities
Participate in installation, maintenance, testing, and commissioning of electrical equipment
Assist in developing transformer processing procedures
Help procure replacement parts and materials
Confirm primary equipment operates per manufacturer specifications
Participate in acceptance testing of station and generation equipment
As a Senior Electronics Development Engineer, you will act as a core technical anchor, translating complex OEM customer requirements into robust electronic architectures and physical prototypes.
Responsibilities
Analyze customer technical specifications to define product parameters, functions, and system requirements.
Design, document, and maintain electronic prototypes in strict accordance with engineering and safety (E&S) quality standards.
Support vehicle-level and bench test execution, collaborating closely with software and test engineering teams during system reviews.
Maintain direct technical contact with OEM clients, presenting concepts and representing project progress.
Evaluate emerging technical innovations in the market for integration into upcoming electronic architectures.
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