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Highly specialized space/HPC skillset reduces applicant density despite metro location.
Requires niche space simulation and HPC expertise, making cross-industry transfers difficult.
Extensive mandatory domain expertise (orbital mechanics, numerical HPC, C++, SLURM, OpenGL) makes filters highly stringent.
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Own and define the end-to-end architecture and technical decisions across all software layers in a high-fidelity space simulation platform.
Develop and review production-quality numerical simulation code, manage HPC job lifecycle, and design the scientific data pipeline handling large binary datasets.
Lead backend application development including real-time event handling, RBAC, report generation, and mentor engineers to ensure accurate implementation of architecture.
Strong hands-on experience with compiled systems language for numerically intensive code (C++ preferred).
Deep knowledge and practical experience in orbital mechanics, numerical orbit propagation, and astrodynamics with perturbation models.
Proficiency in HPC job management including SLURM or equivalent workload managers, job lifecycle monitoring, and Linux HPC cluster software deployment.
Work Experience Required: Not explicitly mentioned in the JD.
Technically authoritative individual capable of designing, documenting, and implementing multi-layer simulation software and HPC infrastructure comprehensively.
Experienced in integrating scientific data pipelines, native desktop 3D application development (OpenGL), and backend asynchronous server systems.
Comfortable operating in complex scientific and high-performance computing environments with multi-disciplinary software demands and direct coding ownership.