CFD Research Corporation

Engineer

• Support the U.S. Army Aviation & Missile Center’s Technology Development Directorate
• Contribute to evaluation and development of next-generation Army aviation concepts
• Apply and extend design tools
• Develop cost estimating methodologies
• Perform system-level analyses spanning cost and performance
• Evaluate and improve aircraft cost estimates, technology assumptions, technical solutions, and risk impacts
• Develop and refine cost estimating relationships for aircraft lifecycle and component-level costs
• Conduct multidisciplinary trade studies with Conceptual Design and Assessment stakeholders
• Drive trade decisions and recommend requirements to improve system performance, cost, and mission effectiveness
• Provide insight into operational effectiveness and affordability of proposed air vehicle concepts
• Use government-standard tools such as NASA Design and Analysis of Rotorcraft (NDARC) for detailed aircraft modeling and performance assessment
• Assess current and emerging technologies through cost-benefit analysis
• Support system-level assessments of component technologies

Rotorcraft Cost Engineer

Full-stack Engineer

• Develop advanced SDA and remote sensing exploitation pipelines
• Guide technical direction
• Work with multi-disciplinary teams building high-fidelity space observation analytics
• Architect end-to-end remote sensing processing systems for EO/IR missions
• Develop radiometric and spectral response models
• Support advanced imaging algorithms, including multi-frame super-resolution, deconvolution, target phenomenology detection, and low-SNR enhancement
• Implement ML-based anomaly detection, behavior classification, and object discrimination frameworks
• Design multi-sensor fusion pipelines integrating GEOINT, Radar, RF, and EO/IR data using Bayesian or ML-based methods
• Conduct trajectory estimation and 3D kinematic modeling, including IOD, parallax exploitation, and uncertainty quantification
• Architect scalable scientific computing solutions using Python, C++, CUDA, HPC clusters, or cloud-native platforms

Remote Sensing Software Engineer

• Architect advanced SDA and remote sensing exploitation pipelines
• Guide technical direction and lead multi-disciplinary teams building high-fidelity space observation analytics
• Architect end-to-end remote sensing processing systems for EO/IR missions
• Lead development of radiometric and spectral response models
• Oversee imaging algorithms including multi-frame super-resolution, deconvolution, target phenomenology detection, and low-SNR enhancement
• Direct ML-based anomaly detection, behavior classification, and object discrimination frameworks
• Design multi-sensor fusion pipelines integrating GEOINT, Radar, RF, and optical data using Bayesian or ML-based methods
• Lead trajectory estimation and 3D kinematic modeling, including IOD, parallax exploitation, and uncertainty quantification
• Architect scalable scientific computing solutions using Python, C++, CUDA, HPC clusters, or cloud-native platforms
• Mentor junior engineers and help set technical road maps with client and mission leadership

Rotorcraft Cost Engineer

Remote Sensing Software Engineer

Senior Remote Sensing Software Engineer