Job Description We are looking for a Ground Station Engineer to design, deploy, and maintain satellite communication infrastructure across our global network. You’ll work on satellite tracking systems, radio interfaces, signal processing pipelines, and ensure reliable uplink/downlink with our spacecraft. This role offers hands-on development across hardware, software, and RF layers. Key Responsibilities: Develop and maintain automated ground stations for satellite telemetry, tracking, and control (TT&C). Configure radio interfaces (UHF/VHF/S/X-band), modems, and TNCs for telemetry and telecommand. Design, test, and integrate antenna rotator controllers for auto-tracking satellites. Work with software-defined radios for dynamic communication tasks. Deploy and manage ground station software. Build scalable data routing systems for real-time and store-and-forward communication using cloud APIs. Coordinate with the avionics and mission ops teams for satellite pass predictions and data ingestion. Develop dashboards for real-time telemetry visualization. Required Skills & Qualifications: B.E./B.Tech or M.E./M.Tech in Electronics, Telecommunications, Aerospace, or related field. 2–5 years of experience in ground station operations, RF communication, or satellite systems. Hands-on experience with radio hardware. Proficient in C++, Python, Linux, scripting, and working with serial/UART, TCP/IP interfaces. Solid understanding of link budgets, Doppler shift compensation, and signal modulation. Experience in setting up antennas, feedlines, and LNA/PA systems. Experience in using orbital prediction tools like GPredict, TLE processing, or predict. Nice to Have (Preferred): Familiarity with ITU/IARU frequency coordination, satellite licensing, and spectrum usage planning. Experience with MERN stack ground station dashboards or API integrations. Experience setting up remote ground stations and managing satellite pass scheduling. Additional Requirements: Passion for space, satellites, and ground segment technologies. Self-driven and willing to learn continuously. Willingness to relocate as per the needs of the mission or organization. Not sure if you meet every requirement? If you’re passionate about Satellite ground stations and have hands-on experience, even if you don’t meet every single qualification listed, we strongly encourage you to apply. We value talent, learning ability, and real-world experience just as much as titles or checklists.
Job Description We are looking for a highly skilled RF Engineer with hands-on experience in designing high-speed digital and RF boards, especially around FPGAs, RF front-ends. You will play a critical role in the development of mission-critical electronic systems for satellite and communication hardware, working closely with system architects, RF engineers, and embedded teams. Key Responsibilities: Design, develop, and optimize RF subsystems for satellite communication and high-frequency applications (e.g., S-band, X-band). Select and integrate RF components, such as mixers, filters, LNAs, PAs, and antennas, into satellite platforms or SDR systems. Collaborate with Embedded, PCB, and mechanical teams to ensure RF chain compatibility and thermal/EMI/EMC compliance. Perform RF simulations, impedance matching, and layout guidelines in collaboration with PCB designers. Conduct RF testing, tuning, and validation using VNA, spectrum analyzers, signal generators, and other RF test equipment. Generate test procedures, calibration documentation, and technical reports for RF system validation and qualification. Required Skills & Experience: 3+ years of hands-on experience in RF hardware design, integration, and testing. Proficiency in using RF test and measurement equipment (e.g., VNA, spectrum analyzers, power meters, signal generators). Deep understanding of RF fundamentals: impedance matching, S-parameters, noise figure, gain, and non-linear behavior. Experience with: S-band, X-band, or similar RF systems Software-Defined Radio platforms Design and simulation tools (e.g., CST, ADS, HFSS, or Keysight PathWave) Familiarity with PCB layout guidelines for RF systems: controlled impedance, isolation, and grounding best practices. Preferred Qualifications: Experience with satellite communication systems or aerospace-grade RF hardware. Hands-on development with GNU Radio Companion, flowgraph creation, and custom block development. Exposure to FPGA-based systems and digital-RF interfacing. Knowledge of EMI/EMC mitigation and RF shielding techniques. Familiarity with thermal and power integrity analysis for RF front-ends. Experience with industry standards (e.g., IPC, ECSS, MIL-STD). Soft Skills: Strong documentation and technical reporting abilities. Comfortable working in cross-functional teams (hardware, software, mechanical, systems). Detail-oriented, hands-on, and capable of iterative testing and troubleshooting. Additional Requirements: Passion for space, satellites, and ground segment technologies. Self-driven and willing to learn continuously. Willingness to relocate as per the needs of the mission or organization. Not sure if you meet every requirement? If you’re passionate about RF systems and have hands-on experience—even if you don’t meet every single qualification listed—we strongly encourage you to apply. We value talent, learning ability, and real-world experience just as much as titles or checklists
Job Description We are looking for a highly skilled PCB Designer with hands-on experience in designing high-speed digital and RF boards, especially around FPGAs, RF front-ends. You will play a critical role in the development of mission-critical electronic systems for satellite and communication hardware, working closely with system architects, RF engineers, and embedded teams. Required Skills & Experience: 3+ years of experience in PCB design with projects involving FPGAs and RF subsystems. Proficiency with PCB design tools: Altium Designer, KiCad Strong understanding of high-speed design and routing techniques RF layout techniques (controlled impedance, matching networks, isolation) Power supply design and decoupling strategies FPGA breakout and BGA fanout techniques Experience working with: Xilinx, Intel, or similar FPGAs RF modules (e.g., S-band, X-band, GNSS, SDR platforms) Familiarity with simulation tools for signal integrity, thermal, and power analysis. Preferred Qualifications: Experience designing for aerospace or defense-grade electronics. Hands-on experience with RF test equipment. Exposure to satellite communication systems or SDR platforms. Schematic design experience using hierarchical designs and block-based methodologies. Soft Skills: Strong documentation, communication, and cross-functional collaboration skills. Detail-oriented with a strong problem-solving mindset. Ability to manage multiple boards and iterate rapidly through revisions. Additional Requirements: Passion for space, satellites, and ground segment technologies. Self-driven and willing to learn continuously. Willingness to relocate as per the needs of the mission or organization. Not sure if you meet every requirement? If you’re passionate about PCB designing and have hands-on experience, even if you don’t meet every single qualification listed, we strongly encourage you to apply. We value talent, learning ability, and real-world experience just as much as titles or checklists.
We are seeking a Power Systems Engineer to lead the design and development of spacecraft Electrical Power Systems (EPS). You will be responsible for defining power budgets, developing architectures, creating schematics, and ensuring the spacecraft has a reliable and efficient power subsystem. This role spans the full lifecycle of spacecraft power engineering, from design and procurement to integration, documentation, and in-orbit operations. Key Responsibilities: Define satellite power budgets based on mission profile, subsystem requirements, and orbital parameters. Design, simulate, and develop spacecraft EPS architectures including solar array conditioning, battery management systems (BMS), and regulated/unregulated power buses. Create schematics, PCB layouts, and perform component selection for converters, regulators, and power distribution units. Perform detailed power analysis, including efficiency, thermal load, redundancy, and fault tolerance. Develop and validate algorithms for power point tracking (MPPT) and battery charge/discharge cycles. Conduct worst-case analysis, derating studies, and radiation tolerance assessments for EPS components. Perform FMECA to assess reliability and mitigate risks. Support component procurement by identifying, evaluating, and sourcing space-qualified or high-reliability parts. Integrate and test EPS hardware with other subsystems (OBC, payloads, ADCS, comms). Prepare and maintain detailed documentation for EPS design, analysis, testing, and integration. Support in-orbit operations by monitoring battery health, solar panel performance, and bus stability. Work closely with system engineering to optimize EPS performance for reliability, mass, and cost. Required Skills & Qualifications: B.E./B.Tech or M.E./M.Tech in Electrical Engineering, Electronics, Power Systems, or related field. 2–6 years of experience in spacecraft EPS, power electronics, or aerospace hardware development. Strong understanding of DC-DC converters, switching regulators, and battery management circuits. Hands-on experience with PCB design tools (KiCad, Altium, or OrCAD) and circuit simulation (LTspice, PLECS, etc.). Knowledge of space-grade power components, derating standards, and radiation effects on electronics. Proficient in power budget modeling and analysis tools (MATLAB, Python). Familiarity with solar cell technologies, lithium-ion batteries, and power conditioning techniques. Experience testing hardware under TVAC, EMI/EMC, and vibration environments. Experience with FMECA and reliability analysis for power systems. Strong documentation and reporting skills. Nice to Have (Preferred): Knowledge of spacecraft mission operations and on-orbit power management. Familiarity with ECSS/NASA standards for spacecraft power systems. Background in designing fault-tolerant and redundant architectures. Prior hands-on experience in small satellite or CubeSat EPS development. About Us: We're building AWS for space, providing space experiments and technology demonstrations across LEO, deep space, and lunar orbit. Our offerings include unmanned labs, testbeds for both dedicated and rideshare missions, and re-entry capsules for payload retrieval. We simplify access to space with affordable pricing, end-to-end solutions, no minimum mass limits, zero integration fees, and quick deployment (6 months or less). We serve biopharma, semiconductors, materials science, defense, and more.
We are looking for a Hardware Design Engineer to design, develop, and qualify spacecraft avionics hardware. This includes schematics for the Onboard Computer (OBC), subsystem controllers, payload interfaces, and mission-specific electronics. You will be responsible for taking designs from concept through schematics, PCB layout, testing, and qualification, while ensuring compliance with space standards. The role also requires performing FMECA, component procurement, and supporting cross-functional teams in building reliable hardware for space missions. Key Responsibilities: Design schematics for OBC, EPS, communication units, ADCS, and payload interfaces. Develop, simulate, and validate circuits for power regulation, signal conditioning, and digital/analog interfaces. Own PCB design lifecycle: schematic capture, PCB layout, component selection, BOM preparation, and documentation. Perform FMECA for all designed hardware. Procure components, ensuring space-grade/reliable part selection, vendor qualification, and availability. Conduct design reviews (internal and cross-team) to ensure compliance with mission/system requirements. Work with mechanical and thermal teams for board integration into spacecraft structure. Develop test procedures and validate boards through functional, environmental (TVAC, vibration, EMI/EMC), and reliability testing. Interface with software engineers to ensure hardware-software co-design and integration. Responsible for creating and maintaining comprehensive documentation of all hardware designs, test procedures, and results for traceability and mission heritage. Required Skills & Qualifications: B.E./B.Tech or M.E./M.Tech in Electronics, Electrical Engineering, Avionics, or related field. 2–6 years of experience in hardware design for aerospace/defense/embedded systems. Strong knowledge of digital/analog circuit design, microcontrollers, and sensor interfaces. Hands-on experience with schematic & PCB design tools (Altium Designer, KiCad, OrCAD, or Cadence Allegro). Familiarity with circuit simulation tools (LTSpice, PSpice, or equivalent). Understanding of EMI/EMC, grounding, and signal integrity best practices. Knowledge of space-grade/radiation-tolerant components, derating guidelines, and reliability analysis. Proficiency in FMECA, worst-case analysis, and component reliability assessment. Experience with lab equipment (oscilloscopes, logic analyzers, spectrum analyzers, power supplies). Good knowledge of design documentation and configuration control practices. Nice to Have (Preferred): Experience with FPGA/CPLD design and hardware-software co-design. Knowledge of ECSS/NASA/IPC standards for space hardware development. Familiarity with system-level avionics integration and debugging. Prior experience with CubeSat/small satellite avionics hardware. Exposure to CAD tools for board-mechanical integration (SolidWorks, Fusion 360) About Us: We're building AWS for space, providing space experiments and technology demonstrations across LEO, deep space, and lunar orbit. Our offerings include unmanned labs, testbeds for both dedicated and rideshare missions, and re-entry capsules for payload retrieval. We simplify access to space with affordable pricing, end-to-end solutions, no minimum mass limits, zero integration fees, and quick deployment (6 months or less). We serve biopharma, semiconductors, materials science, defense, and more.