Lead Engineer for Satellite Optical Payload Systems

Logos Space is revolutionizing satellite connectivity with our innovative Low Earth Orbit (LEO) satellite systems, specifically engineered to meet the diverse connectivity requirements of both commercial enterprises and government agencies. Our mission is to bridge a significant gap in the market by offering robust and high-performance satellite-based connectivity services to clients worldwide. With established performance standards for broadband service, Logos Space is committed to integrating these capabilities from the outset, ensuring speed and reliability are at the core of our operations. Our design empowers seamless cloud and data center connectivity to fixed, maritime, and aerial terminals, irrespective of geographical constraints.Our leadership comprises seasoned engineers with extensive backgrounds in the networking and satellite sectors, driving our innovation forward.Position Overview & ResponsibilitiesAs the lead for the Optical Payload team at Logos Space, you will be pivotal in defining the specification, integration, and testing of cutting-edge optical payloads for our satellite missions. The Optical Payload engineering team is crucial in guaranteeing the success of our network by providing both in-space intersatellite network terminals and precise time-transfer/positioning capabilities. Additionally, you will oversee the development of necessary facilities and ground support equipment.You may also be responsible for leading the design and development of unique subsystems that are not available for procurement. The ideal candidate will possess extensive technical expertise in optical communications, precise timing, and ranging systems, coupled with exceptional leadership skills. This role is essential in shaping and executing our technical roadmap for advanced optical payload technologies, such as high-speed inter-satellite links, optical time transfer, and laser ranging systems.We seek innovative engineers who thrive in fast-paced environments, capable of transforming abstract design concepts into functional hardware ready for testing and implementation. If you are passionate about tackling complex challenges, we invite you to apply!Key Responsibilities Include:Assembling a diverse team focused on technology development for Optical Inter-Satellite Links (OISL) applications, integration of both internal and external systems, and large-scale manufacturing of integrated solutions.Overseeing all optical payload operations, including budget, timeline, and performance metrics, within a dynamic startup context.Leading the comprehensive development lifecycle of satellite optical payloads, from specification through to detailed design, analysis, and validation.

Logos Space is pioneering a Low Earth Orbit (LEO) satellite system specifically designed to meet the connectivity demands of both commercial enterprises and government entities.Our mission is to bridge a significant gap in the market by providing robust, high-performance satellite-based connectivity solutions to enterprise and government clients globally. We ensure that business customers receive services that adhere to stringent performance standards for their broadband needs, incorporating these capabilities from the outset. The core of our system is built on speed and reliability, extending cloud and data center network connectivity to fixed, seaborne, and airborne terminals anywhere in the world.Led by a team of highly skilled engineers with extensive experience in networking and satellite technologies, Logos Space is at the forefront of innovation in this field.Position Summary, Responsibilities, & QualificationsWe are looking for a Senior Payload Pointing Control Software Engineer to spearhead the development of our onboard, real-time beam control system. This role entails designing, developing, integrating, and testing the pointing control software essential for the seamless operation of the Logos space networking constellation. You will play a crucial role in connecting low-level estimation and control software with high-level mission requirements, ensuring that motion aligns with mission objectives.Candidates should thrive in a dynamic environment and possess the capability to transform abstract design concepts into practical software ready for deployment. We seek engineers who are passionate about tackling complex challenges.ResponsibilitiesDesign, develop, and maintain real-time state estimation and pointing control flight software using C and C++.Manage interactions between payload beam control flight software, mechanically-steered antenna hardware, electronically steerable antennas, and optical intersatellite crosslink terminals.Conduct detailed attitude determination, control, disturbance rejection, and pointing performance analyses that connect link budgets with pointing requirements.Engage in closed-loop testing using software-in-the-loop (SITL) simulations, hardware-in-the-loop (HITL) simulations, and FlatSat platforms to validate algorithm functionality and performance.Participate in the complete software development lifecycle, encompassing requirements definition, architecture design, coding, and code reviews.Provide technical support for mission operations, addressing anomaly resolutions and related tasks.

Logos Space is at the forefront of Low Earth Orbit (LEO) satellite systems, meticulously designed to cater to the connectivity requirements of both commercial enterprises and government entities.Our mission is to bridge a significant gap in the market by delivering resilient and high-performance satellite-based connectivity services to customers across the globe. With established performance standards for broadband, we are committed to embedding these capabilities into our systems from the outset, ensuring speed and reliability are fundamental to our offerings. Logos is engineered to extend cloud and data center network connectivity to fixed, maritime, and aerial terminals worldwide.Our expert team comprises seasoned engineers with a proven history in the networking and satellite sectors, dedicated to pioneering advancements in connectivity.Position Overview, Responsibilities, & RequirementsWe are looking for a talented Payload Pointing Control Software Engineer to spearhead the development of our onboard real-time beam control system. In this role, you will design, develop, integrate, and test the pointing control software that ensures the seamless operation of our satellite networking constellation. This position bridges low-level estimation and control software with high-level mission requirements—transforming motion into mission!Candidates should thrive in a fast-paced environment, adept at converting abstract design concepts into practical software solutions that are ready for deployment. We seek engineers passionate about tackling complex challenges.

Logos Space is an innovative provider of Low Earth Orbit (LEO) satellite systems designed specifically to meet the connectivity requirements of both commercial enterprises and government entities. We aim to fill a crucial market gap by delivering resilient and high-performance satellite connectivity services to customers globally. Our business clients benefit from contracts that stipulate performance standards for their broadband services, which we are committed to integrating into our system from the outset. The foundation of our service is built on speed and reliability, enabling seamless cloud and data center network connectivity to fixed, seaborne, and airborne terminals worldwide.Led by a team of highly skilled engineers with extensive experience in the networking and satellite sectors, Logos Space is at the forefront of satellite technology.Position Summary & ResponsibilitiesWe are looking for a dynamic and experienced Supply Chain Lead to oversee the comprehensive supply chain for our LEO satellite constellation components. This pivotal operations role will emphasize the procurement and management of suppliers for Commercial Off-the-Shelf (COTS), radiation-tolerant, and space-ready components necessary for both the satellite bus and payload. The role involves establishing strategic partnerships with external bus and contract manufacturers, ensuring material readiness, and implementing robust supply chain processes to support production schedules and mission objectives. This leadership position entails strong operational execution, strategic supplier management, and a comprehensive understanding of the procurement requirements for commercial and custom silicon components.Candidates should thrive in a fast-paced environment and be adept at transforming ambiguous requirements into actionable plans aligned with the Logos product mission. We seek individuals who are passionate about solving complex problems, possess a proactive approach, and exemplify extreme ownership of tasks.ResponsibilitiesCraft and implement a detailed supply chain strategy tailored to the specific needs of LEO satellite production, with a focus on risk management, cost efficiency, and adherence to schedules.Lead the processes for supplier identification, qualification, and selection for essential components (COTS, radiation-tolerant, and space-qualified) related to satellite bus and payload systems.Negotiate procurement agreements and long-term supply contracts with key domestic and international suppliers and partners.Establish and track key performance indicators (KPIs) to assess supply chain health and supplier performance.

At Logos Space, we are pioneering a Low Earth Orbit (LEO) satellite system tailored to meet the connectivity demands of commercial enterprises and government entities. Our mission is to bridge a vital market gap by delivering robust, high-performance satellite-based connectivity solutions to clients worldwide. Our business partners will benefit from contracts that stipulate precise performance standards for broadband, which we will integrate into our system from the outset. The foundation of our operation lies in speed and reliability, with the ability to extend cloud and data center network connectivity globally to fixed, maritime, and aviation terminals.Our team consists of seasoned engineers with extensive expertise in both the networking and satellite sectors.Position Summary & ResponsibilitiesWe are looking for a detail-oriented and strategic Quality Engineering Lead to spearhead our quality strategy for the LEO satellite constellation, particularly in a high-rate production environment. This pivotal operations leadership role involves establishing and managing quality metrics at various levels, including suppliers, bus partners, and payload assembly. The perfect candidate will work collaboratively with suppliers, external bus partners, and contract manufacturers. This position demands a data-driven mindset focused on quality, highlighting process control and readiness, while making informed decisions to balance production schedules with mission risks—moving past the conventional testing paradigms typical in space production. You will play a crucial role in assuring both production and mission readiness through stringent prototype testing and in-line quality oversight.We seek individuals who thrive in a dynamic environment, capable of transforming ambiguous requirements into actionable plans that align with Logos' product objectives. If you enjoy tackling challenging problems, take initiative, and possess a strong sense of ownership over your tasks, we want to hear from you.Key ResponsibilitiesQuality System Management: Develop and oversee essential quality metrics, such as Acceptable Quality Limit (AQL) levels, yields, and validation protocols for all supplier components, bus production/integration, and payload assemblies.Supplier & Partner Quality: Drive quality collaboration with key suppliers to define, implement, and audit in-line quality production points, ensuring consistency with production schedules.Production Readiness: Define and carry out prototype testing...

Logos Space develops a Low Earth Orbit (LEO) satellite network designed to provide high-performance, resilient connectivity for both commercial and government clients. The system brings cloud and data center access to a wide range of terminals, fixed, seaborne, and airborne, around the globe. The engineering team brings deep experience in networking and satellite technology, working together to deliver reliable and fast communications. Team Focus The Product and Data Link Security group manages the security and authentication protocols that protect space-based communications. This team supports Layer 2, 2.5, and 3 service models, which enable isolated data flows and end-to-end encryption. Collaboration covers both ground and spacecraft systems to ensure consistent protection across the network. Role Responsibilities Guide the security architecture for onboard satellite systems, covering both bus and payload compute elements. Design secure boot processes and implement attestation mechanisms to verify system integrity. Define and enforce trust boundaries for all onboard components. Work closely with hardware, firmware, and systems teams to uphold platform integrity throughout the lifecycle. Who Succeeds in This Role This position suits engineers who turn broad design concepts into practical, testable architectures and secure solutions. Adaptability and a hands-on approach to problem solving are valued traits within the team. Location This role is based in Mountain View or San Diego.

At Logos Space, we are transforming the satellite communication landscape with our Low Earth Orbit (LEO) satellite system, specifically designed to meet the connectivity demands of both commercial enterprises and government entities. Our mission is to bridge a vital gap in the market by offering resilient, high-performance satellite-based connectivity solutions that cater to customers worldwide. We ensure that our business clients receive the performance standards they expect for their broadband services, as we build these capabilities into our system from the ground up. Our focus on speed and reliability ensures seamless cloud and data center connectivity across the globe, serving fixed, maritime, and aerial terminals.Led by a team of highly skilled engineers with extensive experience in the networking and satellite sectors, Logos Space is committed to innovation and excellence.Position Summary & ResponsibilitiesJoin our Mechanical Engineering team at Logos Space, where you will play a crucial role in the design, development, flight validation, assembly, integration, testing, and operational success of our spacecraft fleet. Our team is also responsible for developing the necessary facilities and ground support equipment. You will support both bus and payload activities throughout the entire process, from conceptualization to flight readiness.We are looking for passionate engineers who thrive in a dynamic environment and excel at transforming conceptual designs into tangible hardware ready for testing and flight. If you love tackling challenging problems, we want you on our team!Key Responsibilities:Analysis & Modeling:Utilize industry-standard software (e.g., Ansys Thermal Desktop, NX Space Systems Thermal, FEMAP/NASTRAN) to develop detailed thermal models of spacecraft components and systems.Conduct thorough thermal analyses (steady-state, transient, worst-case) considering various orbital environments and operational conditions.Refine analytical predictions by correlating thermal models with test data.Hardware Design & Implementation:Design and specify passive thermal control hardware (e.g., MLI, radiators, heat pipes).Design and specify active thermal control components (e.g., heaters, thermostats, sensors).Oversee the procurement, manufacturing, and integration of thermal control hardware.

About Aeva:Aeva strives to revolutionize perception across a wide array of sectors including automated driving, industrial robotics, consumer electronics, health care, security, and more. Our innovative technology is at the forefront of autonomy, integrating essential LiDAR components into a cutting-edge silicon photonics chip within a compact module. Aeva’s 4D LiDAR sensors not only provide precise 3D positioning but also enable instantaneous velocity detection, empowering autonomous systems like vehicles and robots to make smarter and safer decisions.Position Summary:We are on the lookout for a highly skilled and forward-thinking Senior Staff Optical Engineer to join our vibrant engineering team. In this pivotal role, you will spearhead the design, development, and validation of advanced optical sub-components and systems integral to Aeva’s state-of-the-art coherent LiDAR technology. You will play a key role in shaping technical strategies, mentoring junior engineers, and guiding architectural choices across diverse projects.

At Logos Space, we are revolutionizing satellite communication with our Low Earth Orbit (LEO) satellite systems, meticulously designed to cater to the connectivity requirements of both commercial enterprises and government entities. Our mission is to bridge a significant gap in the market by offering robust, high-performance satellite-based connectivity solutions worldwide. With a focus on speed and reliability, our satellite systems will facilitate seamless cloud and data center network connectivity across fixed, maritime, and aerial terminals.Led by a team of seasoned engineers with extensive expertise in the networking and satellite sectors, Logos Space is poised to redefine connectivity.Position Overview & ResponsibilitiesAs the Director of Integration and Test Engineering, you will play a pivotal role in shaping and executing the integration and systems test functions for the entirety of Logos' payload, terminal, and ground systems. This position requires you to define and streamline these functions within the context of Logos, appropriately sizing the team to ensure production readiness for our system design. You will act as the final gatekeeper for designs before they enter production, setting up processes and methodologies to foster continuous improvement through the ongoing integration and testing of new capabilities. You will have direct visibility up to the CEO.We are looking for dynamic leaders who thrive in fast-paced environments and excel at transforming abstract ideas into actionable plans for the integration and systems test teams. If you are passionate about solving complex challenges, we want to hear from you!Key Responsibilities Include:Overseeing the overall System Integration and System Testing of the Logos Space systems.Ensuring production quality and readiness from both functional and performance perspectives.Building and scaling the System Integration and Test teams in alignment with our ambitious startup goals.Managing integration and system testing timelines through all design and development phases.Conceptualizing and planning all necessary laboratories to support scaling and testing initiatives.

Role overview The Senior Staff Optical Packaging Engineer at Aurora Innovation will design and develop advanced optical packaging solutions. Based in Mountain View, California, this position supports the creation of innovative optical systems for Aurora's products. Collaboration and impact This engineer works closely with cross-functional teams, playing a key role in moving projects forward and addressing technical challenges in optical packaging. The position contributes expertise throughout both design and development phases, helping to shape the next generation of Aurora's optical systems.

Logos Space is pioneering a Low Earth Orbit (LEO) satellite system, specifically designed to meet the connectivity demands of commercial enterprises and government entities. Our mission is to bridge a vital gap in the market by delivering resilient and high-performance satellite-based connectivity solutions to our clients globally. With established contracts that define performance standards for broadband, Logos Space is committed to embedding these capabilities into our systems from the outset. Speed and reliability are the cornerstones of our operations, aiming to extend cloud and data center connectivity to fixed, seaborne, and airborne terminals across the globe.Our team comprises seasoned engineers with extensive experience in the networking and satellite sectors, ensuring that we are at the forefront of innovation in satellite technology.Position OverviewWe are in search of a dynamic and experienced Production Manufacturing Lead to oversee the manufacturing execution of our state-of-the-art Low Earth Orbit (LEO) satellite payload and ground terminal systems. This pivotal role involves ensuring that all production processes, documentation, and workflows are optimized for cost-effective, high-volume manufacturing at our external Contract Manufacturers (CMs). The successful candidate will be responsible for managing the transition of intricate electrical systems—including power, networking, RF, baseband processing, and phased array antenna systems—from design to full-scale production. Additionally, this role requires close collaboration with external satellite bus partners to guarantee the smooth integration of payload systems into the final satellite vehicles.Ideal candidates will thrive in a fast-paced environment, demonstrating comfort in transforming ambiguous requirements into actionable steps aligned with the Logos product mission. We seek individuals passionate about solving complex challenges, possessing a strong bias for action, and exhibiting extreme ownership of their tasks.

About Us:Aeva is at the forefront of revolutionizing perception technology for diverse applications including automated driving, industrial robotics, consumer electronics, health monitoring, security, and more. Our innovative approach integrates all essential LiDAR components into a compact silicon photonics chip, creating a game-changing 4D LiDAR sensor that not only maps 3D positions but also measures instant velocity. This advancement empowers autonomous machines like vehicles and robots to operate with enhanced intelligence and safety.Role Overview:We are seeking a talented Optical Engineer to join our energetic and cutting-edge team at Aeva. In this pivotal role, you will be instrumental in the design, development, and rigorous testing of intricate optical sub-components and systems integral to our pioneering LiDAR coherent sensing technology.

Logos Space is at the forefront of revolutionizing satellite communications with our Low Earth Orbit (LEO) satellite system, designed to meet the connectivity demands of commercial enterprises and government entities. We aim to bridge a crucial gap in the market by delivering robust, high-performance satellite-based connectivity solutions for our clientele around the globe. Our business customers will benefit from contracts that specify performance standards for broadband, which we will integrate into our system from the outset. Speed and reliability are the cornerstones of our infrastructure, ensuring seamless cloud and data center connectivity to fixed, maritime, and aerial terminals worldwide.Led by a team of seasoned engineers with extensive experience in networking and satellite technology, Logos Space is committed to innovation and excellence.Position Overview & ResponsibilitiesAs a member of the Networking team at Logos Space, you will play a pivotal role in ensuring the success of our network through the development of software-defined networking, performance monitoring, and other vital components of the ground segment. Your collaboration with other spacecraft design aspects—such as RF, power management, and more—will be essential. This network will uniquely provide services at Layer 2, 2.5, and 3, necessitating the development of methodologies to manage flows with enterprise-level assurance. Your work will evolve from conceptual frameworks to discrete event simulations at the message level, ultimately culminating in a digital twin of the deployed system.As an Algorithm and Network Simulation Engineer, you will be instrumental in designing, optimizing, and validating our pioneering hybrid space and terrestrial network. Your responsibilities will include creating intricate simulation models and algorithms to analyze performance metrics, assess emerging technologies, and enhance network behaviors within this complex ecosystem. This is a remarkable opportunity to spearhead core innovations within our network architecture.We're seeking engineers who thrive in dynamic environments and relish the challenge of transforming abstract design concepts into tangible hardware ready for testing and deployment. If you have a passion for solving complex problems, we want to hear from you!

Logos Space is at the forefront of satellite technology, specializing in Low Earth Orbit (LEO) satellite systems designed to meet the connectivity demands of both commercial enterprises and government entities. Our mission is to bridge critical connectivity gaps by offering robust, high-performance satellite-based services globally. We cater to business clients with contracts that stipulate performance standards for their broadband needs, embedding these capabilities from the outset. The essence of our system lies in speed and reliability, enabling seamless cloud and data center connectivity for fixed, maritime, and aerial terminals.Our team comprises seasoned engineers with a rich history of success in the networking and satellite sectors.Position Summary & ResponsibilitiesAs a member of the electrical engineering team at Logos Space, you will engage in the design, development, flight validation, assembly, integration, testing, and operational success of our spacecraft fleet. Your role will be pivotal in validating flight avionics for the Logos bus and payload, ensuring our network's reliability through rigorous analysis and testing. You will also contribute to the establishment of necessary facilities and ground support equipment. Our ideal candidate thrives in a dynamic environment and excels at transforming ambiguous design concepts into tangible hardware ready for testing and flight. We seek engineers passionate about tackling challenging problems.Key Responsibilities Include:Overseeing the complete electrical design, including component selection, magnetics design, and PCB design for flight avionics hardware.Conducting nominal and worst-case analyses throughout the hardware development phases.Managing product delivery timelines across the entire lifecycle, from design and development to prototyping, production, system integration, and on-orbit operations.Creating and issuing technical drawings, specifications, test procedures, and reports to support hardware design and validation efforts.

About Matic RoboticsAt Matic Robotics, we are redefining the landscape of home automation. Each year, approximately 2.5 trillion hours are consumed in domestic chores. Our mission is to reclaim that time by innovating cutting-edge home robotics.Our flagship product, Matic, is an advanced floor-cleaning robot reminiscent of Wall-E, featuring full self-driving capabilities within the home. It utilizes real-time 3D mapping, adaptive path-tracking, and a sophisticated semantic understanding of domestic environments. Through breakthroughs in spatial AI, Matic operates efficiently in real-world homes, leveraging only RGB cameras and integrated neural networks.Privacy FirstYour privacy is paramount. Our robots are designed to ensure that all data processing occurs on-device, safeguarding your personal information.Our VisionSimilar to the evolution of consumer devices before the iPhone, we believe in the progressive development of home robotics. We start with specialized robots and gradually enhance their capabilities.Our CultureMatic Robotics thrives on a collaborative culture where dedicated individuals work together to create products that our customers love. We are passionate problem solvers committed to improving lives by saving precious time and energy.About the RoleAs a Firmware Systems Engineer, you will play a pivotal role in bridging software and hardware. You will facilitate communication between our hardware and software teams, ensuring seamless integration and functionality. This position requires a systems-level mindset with a focus on product outcomes.Key ResponsibilitiesThe firmware scope at Matic encompasses a diverse range of projects, including:Implementing and supporting hardware modifications (both electrical and mechanical). For instance, enhancing a sensing mechanism to detect bag fullness during mopping, which involves updating device drivers, conducting assembly tests, and adjusting robot behaviors accordingly.Designing and refining control algorithms and behavioral logic for Matic’s physical systems.Analyzing robot logs and performance data to optimize system functionality.

About Us:Aeva is at the forefront of innovation, dedicated to delivering transformative perception technologies that enable a wide array of applications, from autonomous driving to industrial robotics, consumer health, security, and more. Our pioneering sensing and perception solutions integrate all essential LiDAR components onto a silicon photonics chip, creating a compact module that redefines the standards of operational efficiency. Aeva’s 4D LiDAR sensors uniquely measure instantaneous velocity alongside 3D positioning, empowering autonomous devices—such as vehicles and robots—to make safer and more intelligent decisions.Role Overview:We are in search of a technically proficient and customer-centric Field Applications Engineer (FAE) specializing in optical sensors, LiDAR, or displacement sensing. This role will serve as the vital technical link between our clients and engineering teams, assisting in product evaluations, addressing complex application challenges, and ensuring a superior customer experience. The ideal candidate will possess a strong curiosity about customer applications, a comfort with intricate systems, and a passion for facilitating customer success with pioneering sensing technologies.

About CyngnLocated in the heart of Mountain View, CA, Cyngn is an innovative publicly-traded company specializing in autonomous technology. We deploy cutting-edge self-driving industrial vehicles, such as forklifts and tuggers, across factories, warehouses, and various facilities throughout North America. As we pioneer this transformative technology, we are in search of dynamic, forward-thinking leaders to help us drive this industry forward. If you are passionate about building, innovating, and collaborating with a team of dedicated professionals, Cyngn is the ideal place for you.A Unique Work Environment.With a team of under 100 employees, Cyngn operates with the agility of a startup while being a publicly traded company. This unique combination offers our employees not only the chance to work closely with experienced leaders but also the opportunity to benefit from the liquidity of our publicly-traded equity.Impactful Work.Our autonomous vehicles are not just theoretical concepts; they are actively deployed with real clients today. Your contributions will result in tangible impacts within the industry.A Collaborative Culture.At Cyngn, we pride ourselves on fostering a diverse and inclusive team comprised of intelligent thinkers and compassionate individuals. Our creative environment is driven by collaboration and trust, where every team member’s viewpoint is valued, promoting innovation.About This Role:As the Senior DevOps Lead at Cyngn, you will be pivotal in architecting and overseeing infrastructure for our cloud and autonomous vehicle systems. This role merges foundational cloud DevOps leadership with specialized knowledge in robotics and autonomous systems infrastructure. You will connect cloud operations with edge computing while guiding a team of DevOps engineers to develop and maintain a scalable, reliable infrastructure for our autonomous vehicle platform.

Role Overview Anduril Industries is hiring a Staff System Modeling Engineer for Warfighter Systems in Mountain View, California. This role centers on applying advanced modeling methods to improve military systems and support mission success. Work here shapes the effectiveness of defense solutions and has a direct impact on operational outcomes.

Join Our Innovative Team!Are you passionate about cutting-edge technologies and excited to work on impactful projects? If so, we invite you to become a part of our fantastic team at Technica Engineering Inc.!As a Project Lead focusing on Automotive Connected Vehicle Systems, you will spearhead initiatives primarily with BMW, alongside various projects involving device OEMs and technology partners. This role is based in Mountain View, CA and offers a permanent contract.About the Role:In this pivotal position, you will lead and coordinate complex automotive projects across diverse domains such as Digital Key, Infotainment, Connectivity, and Entertainment. You will manage a small team of test engineers, driving task planning, prioritization, and daily guidance while collaborating closely with customers and internal teams.This opportunity is ideal for individuals with solid automotive experience who thrive in dynamic environments and enjoy taking on significant responsibilities.

At Reliable Robotics, we are pioneering cutting-edge technology that enhances safety in aviation, ultimately saving lives. Our vision is to transform air transportation into a safer, more efficient, and revolutionary means of moving goods and people globally. Our dedicated team comprises mission-driven engineers with expertise in aerospace, robotics, and autonomous vehicles, all working diligently to make this vision a reality.As a Senior System Integration Engineer, you will collaborate with a dynamic team of mechanical, electrical, and software engineers, reporting directly to the System Integration Engineering Manager. This role is integral to a small, highly motivated team focused on designing, testing, and flying advanced automated systems. You will find joy in integrating mechanical and electrical hardware safely and efficiently onto aircraft.ResponsibilitiesIn your capacity as a Senior System Integration Engineer, you will take ownership of vehicle-level projects throughout the planning, design, and testing phases. Your projects will encompass primary flight control hardware, data acquisition systems, hardware-in-the-loop testing, ground station development, and seamless integration with software and human-machine interface teams. You will guide the scheduling and prioritization of substantial integration projects, ensuring critical aircraft functions are integrated and tested effectively.