Jobs at Radiance Technologies

Lead electromagnetic analysis and design for directed energy, high-power microwave, RF, and pulsed-power systems. Develop computational models, perform analytical calculations, conduct laboratory RF measurements, correlate results, troubleshoot complex systems, integrate electromagnetic components with multidisciplinary teams, communicate technical findings, and mentor junior engineers in a hands-on R&D environment.

Designs, integrates, tests, and troubleshoots advanced electrical systems for directed energy, pulsed-power, energy-storage, and high-power microwave programs. Responsibilities include requirements development, trade studies, circuit analysis, schematic and mixed-signal PCB design, hardware bring-up, system-level testing, EMI/EMC mitigation, and multidisciplinary integration. The engineer independently leads hardware development efforts, resolves complex technical issues, communicates results, and mentors junior engineers in a laboratory-based R&D environment.

Design and implement modular RF and electromagnetic spectrum modeling and simulation frameworks, models, and interfaces. Integrate existing systems into AFSIM-based architectures supporting Air Force and Space Force missions. Develop software in C++, Python, or Rust; conduct quantitative analysis; support visualization tools; and collaborate in Agile, research-focused teams working across multiple classification levels.

Conduct R&D in infrared phenomenology, remotely sensed data analysis, and EO/IR/RF signature generation. Develop algorithms, modeling and simulation capabilities for missile and aircraft systems, and improve sensor data processing and exploitation techniques. Generate signatures using COTS and GOTS software, contribute to test reports and briefings, and collaborate with engineers, scientists, and analysts. The role requires programming proficiency, physics or engineering expertise, strong communication skills, and an active Secret clearance.

Develops and maintains geospatial software applications using ArcGIS Enterprise, Portal for ArcGIS, Python, Shell, Java, and web technologies. Responsibilities include administering Linux deployments, developing map-based applications, maintaining Tomcat services, synchronizing meteorology and oceanography data, supporting AWS migration, researching low-bandwidth optimizations, reviewing security with DISA STIGs, and maintaining product metadata. The role is performed on-site at NASA’s Stennis Space Center and requires an active Secret clearance.

Develop, integrate, test, debug, and maintain high-fidelity real-time spacecraft simulation software supporting NASA Orion and Artemis missions. Build C++ and Python systems in Linux, conduct software verification across multiple test levels, support 6-DoF simulation and spacecraft test environments, maintain requirements traceability and configuration management, and collaborate with engineering teams and government customers.

Analyze and exploit GEOINT and supplementary data using GIS and advanced data science methods to support intelligence production. Develop approaches for intelligence questions, build geospatial web applications and tools, and collaborate with scientists, engineers, and analysts. The role requires ArcGIS expertise, strong analytical and communication skills, and an active Top Secret clearance with SCI eligibility.

Analyze and exploit GEOINT and Multi-INT data using advanced data science methods to support intelligence production. Develop approaches to answer intelligence questions, collaborate with scientists and engineers, manage multiple tasks, and provide team leadership and government-facing support. The role may involve Python scripting, data visualization, machine learning, GIS, and technical briefings.

Develop and enhance Modeling and Simulation software frameworks and codebases for Department of Defense and Intelligence Community projects. Incorporate scenarios and models into AFSIM, perform testing and verification, and collaborate with software engineers and analysts using Agile practices. The role requires software development experience in C++, C#, Python, or Java, source control and CI/CD experience, and eligibility to obtain and maintain a security clearance.

Develop and evolve modeling and simulation software frameworks for Department of Defense and Intelligence Community projects. Collaborate with software engineers and analysts to model vehicles, sensors, and complex interactions; analyze test results; create graphical representations; and support customer-driven software requirements. The internship provides exposure to modeling and simulation, graphic databases, user interface design, and physics-based and logical modeling.

Intern will support software engineering and analysis for Department of Defense and Intelligence Community projects. Responsibilities include evolving AFSIM modeling and simulation frameworks, developing models of vehicles and sensors, analyzing test results, and creating graphical representations. The role involves collaborating with software engineers and analysts and applying programming, modeling, simulation, and analytical tools.

Develop and enhance AFSIM modeling and simulation frameworks for Department of Defense and Intelligence Community projects. Integrate scenarios and models, perform testing and verification, and collaborate with software engineers and analysts using Agile practices. The role requires C++, Python, Linux software development, development tools, and the ability to obtain and maintain a security clearance.

Develop and evolve modeling and simulation frameworks and codebases for Department of Defense and Intelligence Community projects. Incorporate scenarios and models into AFSIM, perform testing and verification, and collaborate with software engineers and analysts using Agile development practices. The role involves C++ and Python development on Linux platforms, CI/CD tooling, regression testing, and potentially backend, networking, scientific computing, containerization, and virtual machine management.

Intern supporting software engineers and analysts on Department of Defense and Intelligence Community modeling and simulation projects. Responsibilities include evolving AFSIM frameworks and code, developing models of vehicles and sensors, analyzing test results, and creating graphical representations for decision-makers. Requires Computer Science or related technical study, a 3.5+ GPA, C++ and Python experience, Microsoft Office proficiency, and U.S. citizenship with eligibility for a security clearance.

Interns will support Department of Defense and Intelligence Community projects by evolving AFSIM modeling and simulation frameworks, developing software, building physics-based and logical models, analyzing test results, and creating graphical representations. The role involves collaboration with software engineers and analysts and exposure to modeling tools, graphic databases, and user interface design.

Develop and integrate software for Department of Defense and Intelligence Community modeling and simulation projects. Build solutions within AFSIM, ITASE, and NGTS frameworks using systems languages, Agile practices, source control, issue management, and CI/CD tools. Collaborate with software engineers, data scientists, and analysts while developing Windows and potentially Linux applications.

Intern will support Department of Defense and Intelligence Community projects by developing and evolving AFSIM modeling and simulation frameworks. Responsibilities include software development, analytical modeling, physics-based and logical model development, test-result analysis, and graphical representation of findings. The role involves collaborating with software engineers and analysts to create models of vehicles, sensors, and complex interactions.

Intern will support DoD and Intelligence Community projects by evolving AFSIM modeling and simulation frameworks, developing software models, analyzing test results, and creating graphical representations. The role involves collaborative software development with engineers and analysts, exposure to modeling technologies and user interface design, and work on vehicle, sensor, and complex interaction models.

Assembles, integrates, tests, repairs, modifies, and troubleshoots mechanical and electronic systems, modules, wire harnesses, and test articles. Operates specialized laboratory and field test equipment, interprets test data, performs inspections, documents procedures, and supports multiple projects. Requires extensive electronics technician experience, military weapon system experience, active Top Secret clearance, and expertise in soldering, cable fabrication, PCB rework, analog circuits, and hazardous test article handling.

Develop and maintain full-stack web tools supporting NASIC modeling and simulation systems. Responsibilities include implementing capabilities, resolving software issues, integrating external services, collaborating with customers to define requirements, and communicating technical progress. The role emphasizes intuitive user workflows, clean layouts, and usability improvements. Work is potentially remote but requires onsite attendance at Wright Patterson AFB once a TS/SCI clearance is held.