3 software architect jobs found

Joint Base Lewis-McChord, Washington, United States Position Title: Data Scientist - Senior What Youll Be Doing: We are seeking a senior-level Data Scientist to develop and operationalize advanced analytic solutions that directly enhance intelligence production and mission effectiveness. In this role, you will design and deploy Python-based solutions and analytic pipelines that integrate structured and unstructured data from multiple sources, including web APIs and enterprise repositories. You will create solutions, interactive dashboards, and analytic interfaces that improve analytic rigor, transparency, and reproducibility. Your work will modernize legacy workflows to ensure reliability, scalability, and maintainability in high-consequence environments. What Impact You'll Have: We are looking for a Senior Data Scientist,with experience processing and analyzing large datasets, who will use their technical knowledge, experience, and customer-centric focus to...

The Senior Source Scientist leads research, prototyping, and quantitative characterization of next generation X-ray source technologies with a specialized focus on high voltage (HV) electronics , precision power delivery , and closed loop control systems . This role emphasizes the design and optimization of high voltage electron-optical subsystems, power electronics architectures, and real-time control strategies that ensure stable, high performance X-ray generation. You will define the technical agenda for HV subsystem development-covering emission power supplies, control firmware, beam stabilization electronics, and advanced diagnostic and protection circuits. Your contributions will directly advance source reliability, stability, spectral quality, lifetime, and integration into next generation X-ray microscopy platforms. Design, model, and validate high voltage power supplies , emission drivers, and beam control electronics (20-200 kV typical range). Develop fast...

X-ray Source & Electron-Optics Design Design and model electron gun architectures (thermionic, field emission, or other advanced emitters) with emphasis on beam quality, focusing, brightness, and stability. Develop electrostatic and magnetic lens systems, beam shaping elements, and electron-optical column architectures. Perform charged particle trajectory simulations (e.g., using COMSOL, CST, SIMION, etc.) to optimize beam transport, spot size, and landing characteristics. Design and evaluate target materials, geometries, and cooling strategies to optimize X-ray generation efficiency and spectral characteristics. Fundamental Electron–Target Interaction Research Model electron energy deposition, bremsstrahlung yield, characteristic line emission, and thermal/mechanical load in X-ray targets. Investigate novel target concepts (rotating, liquid metal, multilayer, nanostructured, etc.) to enhance flux, brightness, and lifetime. Develop experimental setups to...