Jobs at Radiance Technologies

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.

Support architecture, requirements development and traceability, engineering documentation, system integration, testing, verification, and validation for space payload programs. Collaborate across engineering disciplines, maintain hardware-in-the-loop lab capabilities, identify design risks, support design reviews, and execute program tasks through the full lifecycle from concept to delivery.

Supports multiple government and technical projects by tracking schedules, milestones, risks, deliverables, and action items. Coordinates with program managers, technical teams, customers, subcontractors, and business stakeholders. Prepares project updates, reports, briefings, meeting materials, and customer deliverables while maintaining project documentation. Assists with supplier engagements, Statements of Work, purchase requests, subcontractor documentation, and procurement activities. Requires travel up to 25%.

Supports Army manufacturing industrial-base projects for emerging technologies such as high-energy laser and high-power microwave systems. Responsibilities include researching manufacturing capabilities, assessing suppliers and supply-chain risks, developing RFIs, RFPs, and statements of work, evaluating deliverables, and advising stakeholders on improving immature manufacturing processes. The role collaborates with suppliers, subcontractors, analysts, and program leadership and requires up to 20% domestic travel.

Provides portfolio-level engineering leadership for microelectronics technology development. Responsibilities include creating technology roadmaps, defining requirements, leading multidisciplinary prototype and product teams, maturing processes for production transition, mentoring technical staff, and supporting customer engagement, proposals, and business capture. The role spans embedded software, FPGA firmware, electronics, RF, mechanical development, security, testing, qualification, and low-volume production.

Designs, builds, and maintains secure CI/CD pipelines and deployment automation. Automates build, testing, security assessments, compliance checks, and software releases using DevOps tools and scripting. Collaborates with system administrators, developers, platform engineers, and cybersecurity professionals to improve reliability and deployment efficiency. Responsibilities also include software risk analysis, supply-chain security, security training, and tracking remediation milestones for vulnerabilities and compliance gaps.

Administer and sustain Red Hat Linux servers and network systems in a classified Air Force environment. Responsibilities include installation, maintenance, backups, recovery, filesystem management, software update testing, performance and network tuning, information assurance compliance, 24/7 continuity support, and technical documentation. The role requires PostgreSQL administration, RHEL experience, security operations knowledge, and an active Top Secret clearance with immediate SCI eligibility.

Administer and sustain Windows servers and network systems in a classified Air Force environment. Responsibilities include backups and recovery, file-system and disk-space management, software update testing, performance and network tuning, technical documentation, process development, and information-assurance compliance. The role also supports PostgreSQL, 24/7 operational continuity, and occasional after-hours work.

Support GEOINT and Multi-INT production at NASIC by developing structured data schemas, ensuring adherence to intelligence community standards, identifying useful data sources, and maintaining data consistency through QA/QC scripts. Collaborate with analysts, data scientists, engineers, and government stakeholders while providing technical guidance, briefings, and documentation.

Conducts research and develops advanced deep-learning architectures, machine-learning algorithms, and data analytics solutions across domains including cybersecurity, embedded systems, remote sensing, and scientific computing. Integrates diverse data sources, applies statistical and machine-learning methods, documents technical progress, communicates results, and presents findings. Requires strong Python programming, deep-learning expertise, research ability, and eligibility to obtain a security clearance.

Conduct research-oriented data analytics and algorithm development across diverse datasets and scientific domains. Apply machine learning, data mining, statistical methods, and neural network architectures to generate stakeholder insights. Curate and exploit small and large datasets, collaborate with subject-matter experts, document technical progress, prioritize tasks, and present results. Work may span embedded systems, cybersecurity, remote sensing, modeling and simulation, and scientific computation.

Develop physics-based algorithms for OPIR data processing and exploitation, build image-processing software pipelines, analyze and visualize results, and collaborate with hardware, software, and project teams. Prepare technical reports, present findings, and communicate project status to leaders, teammates, and customers. The role requires embedded software development, systems programming, and experience supporting Department of War or Intelligence Community programs.

Defines technical strategy and architecture for large software programs, aligns software roadmaps with customer needs, mentors engineering teams, conducts design and code reviews, collaborates on embedded software deployment and testing, evaluates technologies, manages technical risk, and ensures software quality, security, reliability, performance, and usability.

Designs, develops, tests, deploys, and monitors scalable AI/ML solutions for NASIC within secure government cloud architectures. Responsibilities include building full-lifecycle ML pipelines, integrating analytic tools and data sources, developing maintainable models, documenting data and training procedures, implementing model monitoring and retraining practices, and ensuring compliance with Department of War and Intelligence Community security standards.

The job description provides no specific responsibilities, qualifications, technologies, compensation, travel requirements, or clearance requirements for the Integration Specialist role.

Provides cross-functional program management integration across engineering, contracting, logistics, business, and testing. Coordinates schedules, priorities, milestones, risks, decisions, and leadership taskings; prepares briefings and decision materials; ensures consistent program communications; maintains situational awareness; and leads root-cause analysis and corrective actions for safety incidents.

Develop, debug, and test full-stack software using front-end and back-end languages. The intern will support software used by the National Air and Space Intelligence Center, collaborate on problem-solving, and work onsite in Beavercreek, Ohio. Desired experience includes JavaScript frameworks, Linux, Elasticsearch, MongoDB, Docker, Kubernetes, and CI/CD.

Conduct microelectronics research and hardware security analysis, including hardware exploitation, side-channel attacks, and anti-tamper techniques. Design and test PCBs, simulate analog circuits, and prototype FPGA-based designs. Develop embedded systems using Linux or bare-metal environments, troubleshoot hardware and software, analyze signals and data, and create test environments. Collaborate with multidisciplinary teams in a mission-driven environment while documenting work and solving technical problems.

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.