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Design, develop, and verify scalable simulation environments and models for TeraWave satellite flight software. Build software-in-the-loop, hardware-in-the-loop, real-time, and spacecraft integration test capabilities. Collaborate with hardware, systems, autonomy, and test teams to model spacecraft behavior, validate interfaces, and test nominal and off-nominal scenarios. Support on-orbit troubleshooting, software integration and verification, and mentor junior engineers.

Architects, develops, integrates, and verifies embedded flight software for TeraWave’s satellite constellation. Responsibilities include designing reusable flight software frameworks, command and telemetry systems, fault management, CI/CD infrastructure, testing environments, secure OTA updates, and cybersecurity capabilities. The role collaborates with avionics, GNC, communications, power, propulsion, thermal, payload, and autonomy teams while establishing software architecture and quality standards.

Design, develop, integrate, and verify mission-critical flight software for TeraWave satellite command and data handling, telemetry, time management, hardware interfaces, and cybersecurity. Build simulation and test environments, support software architecture and systems engineering, perform SIL/HIL validation, troubleshoot deployed spacecraft, and contribute to on-orbit operations. Mentor junior engineers and collaborate across hardware, systems, autonomy, and software teams.

Develops, maintains, and executes automated hardware-in-the-loop test scripts and regression suites for spacecraft communications systems. The role involves creating data-driven test sequences, debugging automation failures, improving test frameworks, supporting production-line deployment, documenting coverage, coordinating with software engineers, and tracking anomalies through root-cause analysis. Candidates need Python-based hardware test automation experience, spacecraft or satellite testing background, and familiarity with data bus protocols. Preferred experience includes LabVIEW, NI TestStand, GSEOS, COSMOS, PyTest, CI/CD, MATLAB, C++, and requirements traceability.

Design, develop, and verify simulation environments and models for satellite flight software. Build scalable software-only, software-in-the-loop, hardware-in-the-loop, real-time, and spacecraft integration test environments. Collaborate with hardware, systems, autonomy, and test teams on interfaces and operational scenarios, support on-orbit troubleshooting, and mentor junior engineers. The role requires spacecraft command and data handling, telemetry and telecommand processing, embedded interfaces, deterministic simulation, and mission-critical software verification expertise.

Design, develop, integrate, and verify mission-critical satellite flight software for TeraWave’s command and data handling, telemetry, telecommand, spacecraft timing, hardware interfaces, and subsystem control. Build simulation and SIL/HIL test environments, support architecture and systems engineering activities, troubleshoot deployed spacecraft, and contribute to on-orbit operations. The role also involves cybersecurity, software lifecycle practices, verification and validation, and mentoring junior engineers.

Designs and verifies electrical ground support equipment hardware, including interface boards, cable harnesses, breakout assemblies, and signal-conditioning circuits. Maintains schematics, wiring diagrams, connector pinouts, ICDs, and BOMs; verifies signal integrity, power distribution, grounding, shielding, and EMI/EMC compliance. Supports PCB and harness design reviews, acceptance testing, DFM/DFT, and transition of designs to production for the TeraWave satellite communications program.

Design, implement, and verify embedded software for mission-critical spacecraft avionics. Develop board support packages, hardware drivers, bare-metal and OS-level software, communication interfaces, boot and fault-tolerance strategies, and hardware-accelerated functions. Debug hardware and software using lab tools, analyze performance, participate in architecture and design reviews, and collaborate with multidisciplinary teams developing satellite systems.

Leads the end-to-end architecture, deployment, operation, and scaling of AI compute infrastructure for orbital data centers. Owns GPU/CPU, networking, storage, orchestration, cloud-platform, spacecraft network, testing, and qualification strategies. Builds and manages the compute payload engineering organization, leads hardware/software co-design, and makes supplier, component, technology-partner, and make-or-buy decisions. Requires extensive hyperscale, HPC, AI infrastructure, GPU cluster, hardware, networking, storage, and team leadership experience.

Design, develop, integrate, and verify mission-critical satellite flight software for TeraWave spacecraft. Responsibilities include command and data handling, telecommand and telemetry processing, spacecraft time management, subsystem interfaces, simulation, SIL/HIL testing, cybersecurity, software architecture, on-orbit troubleshooting, and mentoring junior engineers.