About us We are building the robotic workforce to unlock a sustainable in-space economy and expand humanity's reach in space exploration, starting with extending the life of satellites that are running out of fuel with our jetpacks. At the heart of this vision is our RPOD (Rendezvous, Proximity Operations & Docking) technology, a critical enabler for the future of space operations. We are looking for exceptional, mission-driven individuals to shape this technology from the ground up together with the founding team. What you'll do We're looking for a hands-on leader with a proven track record in building spacecraft GNC systems. You will own the end-to-end GNC stack-from requirements and architecture through design, implementation, and V&V, across simulations and flight hardware. You will have the opportunity to lead projects, hire and mentor junior engineers, and contribute to the overall technical strategy of our satellite programs. Responsibilities Lead the development of innovative guidance, navigation, and control systems for satellite rendezvous & proximity operations Develop high-fidelity 6-DoF dynamics simulation software for GNC analysis and validation Plan and execute testing of GNC utilizing hardware-in-the-loop, monte carlo analysis, and algorithm unit testing Oversee the integration of guidance and navigation sensors including rendezvous sensors, star trackers, and GPS receivers into the satellite platform Design and implement mission profiles and algorithms working closely with the mission design and software teams Contribute to system-level design trades and ensure seamless integration of GNC with other subsystems What we look for Minimum Requirements Bachelor's degree in Physics, Computer Science, Electrical or any related engineering discipline 5+ years of experience building spacecraft GNC systems Experience with MATLAB, Simulink, C/C++, and Python Experience with GMAT, STK or other applicable astrodynamics tools Experience with control systems, filtering techniques, orbital mechanics, sensors and actuators, classical dynamics, and modeling & simulation Proven track record of end-to-end project delivery with the ability to lead cross-functional efforts and hit mission milestones You thrive in fast-paced, dynamic environments, adapt quickly, and enjoy solving hard problems Preferred qualifications Previous experience in a senior-level or leadership role in GNC systems is highly desirable Demonstrated project or professional experience in spacecraft rendezvous and proximity-operations systems What we offer Competitive compensation including ESOPs Role based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage Lead the GNC team that powers satellites to chase, capture, and dock targets - all without human intervention Global networking opportunities
About us We are building the robotic workforce to unlock a sustainable in-space economy and expand humanity's reach in space exploration, starting with extending the life of satellites that are running out of fuel with our jetpacks. At the heart of this vision is our RPOD (Rendezvous, Proximity Operations & Docking) technology, a critical enabler for the future of space operations. We are looking for exceptional, mission-driven individuals to shape this technology from the ground up together with the founding team. What you'll do We're looking for a hands-on leader with a track record in building flight software for spacecraft missions. In this role, you will lead the design, development, and implementation of the flight software that commands and monitors our spacecraft. You will work closely with avionics, GNC, missions and other cross-disciplinary teams to deliver high-reliability, high-performance software for our missions. You will have the opportunity to lead projects, hire and mentor junior engineers, and contribute to the overall technical strategy of our satellite programs. Responsibilities Design, develop and validate embedded spacecraft flight software system Lead the development of software for GNC, autonomy, fault management and other time-critical systems Select flight computers, and design overall satellite software architecture Architect and maintain a flight software to meet deterministic performance requirements in space environments Own simulation and test setups (HILS/SILS) to qualify flight software Contribute to system-level design trades and support flight software integration with other subsystems What we look for Minimum Requirements Bachelor's degree in computer science, electrical or a related field 5+ years of professional experience developing C/C++ code for embedded systems in aerospace Experience with real-time operating systems or embedded linux in mission-critical environments Demonstrated ability to personally design, build, and test hardware and/or software from scratch Proven track record of delivering flight software for spacecraft missions Experience with linux and shell command-line tools You thrive in fast-paced, dynamic environments, adapt quickly, and enjoy solving hard problems Preferred qualifications Familiarity with Python, MATLAB/Simulink, NASA cFS Framework Experience in GNC Systems Previous experience in a senior-level or leadership role in flight software systems What we offer Competitive compensation including ESOPs Role based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage
What you'll do As part of the Electrical team at Aule, you will be responsible for the design, development, testing, and integration of spacecraft electrical systems: from power generation and distribution to onboard electronics that enable autonomous and reliable operations in orbit. Responsibilities Work on the electrical power system and sub-system level design trades and develop requirements Define and perform electrical power system verification testing and analysis Work with multidisciplinary teams of design, test, and production engineers to create new power electronics hardware Plan and run environmental tests (EMI/EMC, TVAC, Vibration) Manage and control key components such as solar panel arrays, power regulation and distribution, power processing, and power conditioning Integrate these systems into the spacecraft by working closely with the rest of the team What we look for Minimum requirements Bachelor of Science degree or higher in Electrical Engineering or equivalent 3+ years of experience A passion for hardware development, including working in a fast-paced environment and hands-on design and development Experience working with, designing for, and testing high voltage components and systems Experience in designing, building, and testing analog and digital circuits Preferred qualifications EMI/EMC experience Experience with designing for fault tolerance, especially to withstand a radiation environment Experience with photovoltaics What we offer Competitive compensation, including ESOPs Role-based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage
What you'll do As part of the Avionics team at Aule, you will be responsible for the design, prototyping, testing, assembly, and validation of the spacecraft/payload digital hardware. Responsibilities Architect, design, and develop space and radiation-tolerant and highly reliable electronics Bring-up, debugging, and validation of boards and modules Collaborate with a multidisciplinary team of mechanical, thermal, software, RF, GNC, and manufacturing engineers to solve challenging problems and develop innovative and creative solutions Plan and run environmental tests (EMI/EMC, TVAC, Vibration) Generate fab/assembly packages and close DFM/DFA feedback Analyze digital avionics subcomponents, run trade studies, and manage vendor procurement What we look for Minimum requirements 1+ years of hands-on PCB designing Proficiency in Altium/KiCad with strong library and rule/constraint management. Solid SI/PI fundamentals Experience designing reliable hardware for mission-critical system Preferred qualifications Experience with high-speed interfaces (Ethernet/LVDS/SpaceWire/MIPI) Exposure to space/harsh-environment basics: FMECA, derating, WCA, outgassing Basic Python for test automation and data logging Worked with EMI/EMC, TVAC, and vibration vendors Familiar with configuration control and ECOs What we offer Competitive compensation, including ESOPs Role-based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage
What you'll do As part of the mechanical team, you will be the driving force behind the hardware, from initial design and prototyping to the final build and on-orbit performance. We're looking for an engineer with the skills to turn complex electromechanical systems into reality, and the passion to see them deployed in space. This role requires working across multiple disciplines and subsystems, collaborating with a team to develop solutions that will enable first-of-its-kind satellite servicing. Responsibilities Development of electro-mechanical space systems. Includes design, prototyping, production, and testing Collaborate with other subsystems such as avionics, power systems, and structures to deliver integrated systems optimized for packaging, build, and operations Conduct design reviews, trade-off studies, and documentation across different stages of development Analysis of electro-mechanical systems via classical and computer methods Identify, test, and integrate instruments like IMUs, motor encoders, and power systems Run development tests to debug designs Maintain and improve test fixture control and data acquisition software Inspection and quality control of machined parts Understanding of electrical soldering and harness requirements, and procedures What we look for Minimum requirements B.Tech/B.E or higher in Mechanical, Physics, Electrical, or any related engineering discipline 3-5 years of relevant experience in Mechanisms/Mechatronics/Structural Engineering within the aerospace, satellite manufacturing, automotive, or defence industries Strong grasp of fundamental concepts of required fields like Mechanical, Electrical, Electronics, Controls, and Orbital Dynamics Previous experience in building mechanical systems and solving contact dynamics Experience using a high-end CAD software design package (e.g., NX, CATIA, etc.) and Multibody Physics tools Strong written and interpersonal skills for effective collaboration with various subsystems Preferred qualifications Prior experience with leading teams building and testing mechanisms/products for space Demonstrated project or professional experience in spacecraft rendezvous and proximity-operations systems What we offer Competitive compensation, including ESOPs Role-based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage
What you'll do As a Systems Engineer at Aule, you will be responsible for driving the end-to-end development and qualification of satellite systems, ensuring seamless integration of mechanical, electrical, avionics, and software subsystems into a coherent, high-performance spacecraft architecture. Responsibilities Analyse mission requirements and translate them into technical specifications and system design requirements End-to-end product realization process, including design, integration, verification & validation of system requirements Engineering trade study and compliance, technical trade-offs, and risk management System design and interface control (mechanical, electrical, electronics, software) Setting up reviews and planning milestones and gateways to track design progress Develop test plans and procedures to validate the performance and functionality of satellite systems Support activities of Manufacturing, Assembly, Integration & Testing including that of the ground support equipment Interface with customers, subcontractors, and suppliers as per program requirements What we look for Minimum requirements Bachelor's degree or higher in Aerospace, Electrical, Mechanical, or Systems Engineering, or related discipline 3+ years of experience in spacecraft system development A passion for hardware development, including working in a fast-paced environment and hands-on design and development Familiarity with systems engineering methodologies and practices, such as requirements analysis, system architecture design, integration, verification and validation Preferred qualifications Experience in spacecraft systems engineering, Spacecraft design, or a related field, with hands-on experience in satellite design and integration Experience with satellite analysis tools such as Python, Matlab, STK, GMAT, or FreeFlyer Familiarity with ECSS, ISO, or NASA systems engineering standards Experience in fault management, FMEA/FMECA, or mission assurance Working knowledge of electrical power systems, GNC, or communications subsystems Exposure to radiation-tolerant design or space-environment qualification What we offer Competitive compensation, including ESOPs Role-based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage
As an Electronics Engineer at our company, your responsibilities will include: - Architecting, designing, and developing space and radiation-tolerant and highly reliable electronics - Bringing up, debugging, and validating boards and modules - Collaborating with a multidisciplinary team to solve challenging problems and develop innovative solutions - Planning and running environmental tests such as EMI/EMC, TVAC, and Vibration - Generating fab/assembly packages and providing feedback on DFM/DFA - Analyzing digital avionics subcomponents, conducting trade studies, and managing vendor procurement To qualify for this role, you should meet the following requirements: - Minimum of 1+ years of hands-on PCB designing experience - Proficiency in Altium/KiCad with strong library and rule/constraint management - Solid understanding of SI/PI fundamentals - Experience in designing reliable hardware for mission-critical systems Preferred qualifications for this position include: - Experience with high-speed interfaces like Ethernet, LVDS, SpaceWire, and MIPI - Exposure to space/harsh-environment basics such as FMECA, derating, WCA, and outgassing - Basic knowledge of Python for test automation and data logging - Working experience with EMI/EMC, TVAC, and vibration vendors - Familiarity with configuration control and ECOs In addition to these job responsibilities and qualifications, our company offers competitive compensation, including ESOPs, role-based workplace flexibility, annual vacations, professional mental wellness services, and health insurance coverage.,
What you'll do As part of the Electrical team at Aule, you will be responsible for the design, development, testing, and integration of spacecraft electrical systems: from power generation and distribution to onboard electronics that enable autonomous and reliable operations in orbit. Responsibilities Work on the electrical power system and sub-system level design trades and develop requirements Define and perform electrical power system verification testing and analysis Work with multidisciplinary teams of design, test, and production engineers to create new power electronics hardware Plan and run environmental tests (EMI/EMC, TVAC, Vibration) Manage and control key components such as solar panel arrays, power regulation and distribution, power processing, and power conditioning Integrate these systems into the spacecraft by working closely with the rest of the team What we look for Minimum requirements Bachelor of Science degree or higher in Electrical Engineering or equivalent 3+ years of experience A passion for hardware development, including working in a fast-paced environment and hands-on design and development Experience working with, designing for, and testing high voltage components and systems Experience in designing, building, and testing analog and digital circuits Preferred qualifications EMI/EMC experience Experience with designing for fault tolerance, especially to withstand a radiation environment Experience with photovoltaics What we offer Competitive compensation, including ESOPs Role-based workplace flexibility ?Annual vacations ?Professional Mental Wellness Services Health insurance coverage