Graduate Co-op – Computational Fluid Dynamics

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🏄 California – Remote

🏄 California – Remote

💵 $29 - $33 / hour

⏱ Part Time

⚪️ Entry-level

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Analytical Mechanics Associates

WebsiteLinkedInAll Job Openings

501 - 1000 employees

Founded 1962

💼 Consulting

🎖️ Defense

🚀 Aerospace

Consulting • Defense • Aerospace

Analytical Mechanics Associates is a customer-focused engineering and information technology firm that has been solving complex engineering, science, and business problems since 1962. The company has significant experience working with government and commercial organizations, particularly in support of NASA’s various missions. Their core services include engineering, science, analytics, software products and solutions, and research and development, serving a range of federal contract vehicles and other high-profile clients in the aerospace sector.

📋 Description

• Support NASA Ames Research Center under the ASSESS contract • Contribute to implementation, optimization, and verification/validation of turbulent combustion capabilities in NASA’s LAVA CFD solvers • Collaborate with CFD experts to integrate GPU enhancements into Cart3D and LAVA solvers • Conduct hardware-level GPU optimizations, including occupancy tuning, register usage, memory hierarchy improvements, and asynchronous stream utilization • Improve I/O performance, including potential compression and in-situ analysis • Design and implement a GPU-accelerated library for linear solvers used in implicit CFD analysis • Profile and analyze performance with Nsight Systems and Nsight Compute • Document work and present progress to the Computational Aerosciences Branch team

🎯 Requirements

• Currently enrolled in a Ph.D. program in Computer Science, Aerospace Engineering, Mechanical Engineering, or a related technical discipline • Expertise in combustion physics and modeling • Programming proficiency in C/C++ and CUDA • Strong communication and collaboration skills • Expertise in fluid dynamics and computational fluid dynamics • Understanding of numerical schemes and their robustness and dissipation properties • Knowledge of subgrid-scale models for turbulent combustion, including thickened-flame and flamelet methods • Familiarity with canonical benchmark configurations for turbulent combustion simulations • Knowledge of MPI and OpenMP for parallel computing • Experience with Git and GitLab for version control and CI/CD pipelines • Proficiency in Linux-based systems and HPC supercomputing environments • Understanding of GPU memory hierarchy and optimization techniques • U.S. citizenship required

🏖️ Benefits

• Paid personal leave • Federally recognized holiday leave • 401(k)-matching plan with immediate vesting • Tuition reimbursement • Short-term disability plan • Long-term disability plan • Medical insurance options • Dental insurance options • Vision insurance options • Professional growth support • Engaging, collaborative, and supportive work environment