Top Tech Jobs & Startup Jobs

Leads the software test infrastructure team, managing engineers who develop testing and reporting tools for cloud services, data analysis, embedded firmware, and flight-software testing. Responsibilities include team development, roadmap planning, project execution, quality metrics, organizational processes, staffing, hiring, and performance management. The role collaborates with engineering leaders and customers to build reliable testing capabilities for ground and space systems.

Develop high-performance C++ and GPU-accelerated implementations for image-processing pipelines, including bundle adjustment, orthorectification, image I/O, and reprojection. Integrate components with Python, optimize latency and throughput, benchmark reference algorithms, and collaborate with HPC specialists. Own verification, validation, CI performance regression testing, technical designs, trade studies, and interface documentation. The role is hybrid in San Jose and supports mission-critical ground and flight systems.

Design, train, evaluate, and deploy computer vision and machine learning models for ground and onboard flight systems. Build the image and ML data engineering foundation, optimize models for low-latency cloud and edge execution, develop benchmark implementations, and support cloud serving integration. Own verification, validation, unit testing, integration testing, and performance regression testing while collaborating with mission and payload teams.

Leads the Simulation Infrastructure team, managing software engineers, scientists, and data analysts who develop physics-based spacecraft simulations and analytics. Responsibilities include setting technical roadmaps, delivering foundational projects, tracking system performance, improving organizational processes, managing staffing and capacity, and overseeing hiring, coaching, and performance development. The role collaborates across engineering and business functions from proposal development through on-orbit mission analysis.

Leads the design, development, integration, debugging, and operation of hardware-in-the-loop testbeds and electrical ground support equipment for satellite missions. Responsibilities include translating flight hardware designs into testbed systems, creating architecture and interface documentation, building and bringing up hardware, troubleshooting hardware-software interfaces, coordinating inventory and infrastructure support, and guiding junior engineers and technicians.

Lead architecture and development of Python-based hardware test frameworks, instrument drivers, test result databases, and UIs. Integrate frameworks with CI/CD and hardware-in-the-loop systems, build shared spacecraft-level tests, partner with subsystem teams for adoption, and mentor engineers to ensure code quality across hardware test software.

Designs and implements automation for spacecraft and ground station operations, monitors satellite health and telemetry, troubleshoots anomalies, executes operational procedures, coordinates orbit maneuvers, and supports satellite integration. The role collaborates across engineering teams to maintain satellite services and fleet performance.

Lead Muon Space’s microwave aerospace programs, managing multidisciplinary teams, customer and supplier relationships, contractual obligations, budgets, schedules, risks, and technical performance. Develop roadmaps and integrated master schedules, track program metrics, coordinate resources, and ensure timely, high-quality delivery of satellite-based systems. Support proposals, customer engagement, contract growth, and business development while collaborating across engineering, legal, finance, operations, and business teams.

Leads end-to-end earth observation programs for U.S. Government customers, owning cost, schedule, technical baselines, risks, milestones, contract deliverables, and customer relationships. The role directs cross-functional aerospace teams across systems engineering, payloads, flight software, ground processing, and mission operations through design, integration, launch, and on-orbit operations. It also manages government compliance, export controls, technical exchanges, readiness reviews, and follow-on business growth.

Own spacecraft structural analysis across the full hardware lifecycle, including finite element modeling, static and dynamic analyses, test planning, model correlation, coupled loads, and post-test data reduction. The role supports opto-mechanical payloads, supplier interactions, risk and cost tradeoffs, engineering standards, and validation activities. It also requires mentoring, occasional on-site travel for environmental testing, and collaboration in a fast-paced hybrid startup environment.