Jobs at Radiance Technologies

Support GEOINT and Multi-INT intelligence production by applying advanced data science methods to GEOINT and supplementary data, develop analytical approaches to answer intelligence questions, lead the team and serve as government POC, and produce technical writing and briefings. Work collaboratively with scientists, engineers, and analysts; apply coding, visualization, ML, and GIS techniques.

Provide all-source technical intelligence on foreign counterspace systems, analyze multi‑INT data, produce analytic reports and briefings, identify system capabilities and vulnerabilities, and mentor analytic tradecraft.

Perform operations research and simulation-driven analysis using mathematical modeling, statistics, and optimization to support AFSIM-based M&S for defense and intelligence missions. Develop experimentation procedures, run high-fidelity simulations, analyze results, and coordinate with government stakeholders to improve operational effectiveness.

Develop and advance ML and signal-processing algorithms for SAR-based Automatic Target Recognition (ATR). Perform R&D on remotely sensed RF data, create Near Real Time algorithms, prototype NRT systems, and contribute to analysis reports and briefings supporting physics-based signature estimation.

Develop physics-based models and simulation frameworks for RF electronic warfare, EO/IR, and IRCM systems. Integrate and refine sensor and communication system models, translate customer requirements, and contribute to model-based engineering and visualization tools within a core simulation environment supporting DoD customers.

Develop physics-based models and simulation frameworks for RF electronic warfare, EO/IR, and IRCM systems; integrate and refine sensor and communications models; translate customer requirements; support model-based engineering within core simulation systems for DoD customers.

Develop, integrate, and optimize scientific computing and EO/IR sensor modeling software. Convert MATLAB code to Rust, implement CPU/GPU optimizations, collaborate with subject-matter experts, support testing, CI/CD, version control, deployment, and operational use of algorithms within multidisciplinary teams.

Develop and implement algorithms for EO/IR/RF phenomenologies, generate signatures using COTS/GOTS tools, model missile and aircraft systems, analyze remotely sensed data, produce reports, support PED workflows, and brief results to stakeholders.

Manage and execute SI2D budgeting processes using GFEBS; track commitments, obligations, and disbursements; support purchase requests and contract actions; analyze financial data and participate in financial meetings to support program objectives.

Develop, optimize, and integrate scientific computing and EO/IR sensor modeling software. Convert MATLAB to Rust, accelerate CPU/GPU code, perform testing, validation, CI/CD, and support deployment with multidisciplinary teams.

Support GEOINT production by analyzing and exploiting remotely sensed data (spectral, thermal, SAR); develop and improve PED processes and algorithms; provide technical leadership and collaborate with engineers, scientists, and analysts.

Support GEOINT imagery-science missions by creating, modifying, and maintaining precise 3D CAD models and technical drawings using photogrammetry, mensuration, and multiple imagery/data sources. Collaborate with engineers, scientists, and analysts to produce detailed intelligence-relevant CAD deliverables.

Lead execution of test and analysis programs for Army/DoD customers, manage multidisciplinary teams, ensure contract performance and scope control, support capture/proposal activities, customer engagement, risk mitigation, and Group-level operational improvements.

Develop and implement algorithms and modeling for EO/IR/RF phenomenologies; generate signatures; analyze remotely sensed data; produce reports, test inputs, and briefings; collaborate with engineers, scientists, and analysts to advance physics-based signature estimation and PED processes.

Join a multidisciplinary team to apply machine learning, advanced statistical modeling, and data normalization on large or incomplete datasets. Build visualizations and dashboards, work with constructive simulation systems, and support DoD/IC missions. Active TS/SCI clearance required.

Provide SIGINT assessments and feasibility analyses for Army TENCAP architectures (terrestrial, aerial, space), identify performance/cost/schedule risks, make recommendations, engage with external organizations on SIGINT collection/processing/exploitation/dissemination systems, advise on policy/architecture/requirements, and support SIGINT New Equipment Training and refresher training.

Prepare and analyze cost forecasts and budgets for Program Managers; provide financial reporting to customers; set up, administer, and close charge numbers and workforce in Unanet; support revenue review/recognition and billing systems; track, analyze, and reconcile labor, travel, and ODC expenditures; assist internal budget preparation.

The Modeling and Simulation Engineer will develop solutions for M&S frameworks, work with software engineers, and ensure testing and verification of code. Experience with C++, C#, Python, and CI/CD tools is required.

Design and implement a Kubernetes platform, improve DevSecOps pipelines, ensure security and scalability, and collaborate with development teams for continuous improvement.

The Lead Engineer will design and modernize AFSIM behaviors, aligning simulation capabilities with operational requirements while guiding modernization efforts.