Mechanical Engineer - Satellite Payload (Starlink)

At SpaceX, we are driven by our mission to advance human exploration of space. Our focus is on developing cutting-edge technologies to enable human life on Mars and beyond.Position: Electric Propulsion Engineer, Mechanical - StarlinkAs a pivotal member of the Starlink electric propulsion team, you will be responsible for the comprehensive design, analysis, testing, construction, and operational lifecycle of propulsion hardware. This role involves overseeing crucial systems embedded within our satellites, collaborating with experts in plasma physics, avionics, and electrical engineering to innovate propulsion components such as thrusters, cathodes, regulators, and fluid feed systems.Key Responsibilities:Address intricate mechanical, thermal, magnetic, and fluid dynamics challenges associated with space-grade hardware essential for satellite mobility.Lead the hardware design process from initial concept through to high-volume production and operational deployment within the Starlink constellation.Engage closely with cross-functional teams including thermal, materials, electrical, mechanical, software, and GNC specialists.Establish design parameters, collaborate on requirements, and drive system-level enhancements. Execute rapid iterations on designs and analyses to influence high-level design decisions and product direction.Implement holistic Design for Manufacturability (DFM) strategies to create refined designs emphasizing reduction in part counts, error-proofing during fabrication and integration, and consistent performance metrics.Develop a streamlined product lifecycle from supply chain management to final integration, balancing cost, complexity, and quality, while partnering with teams to establish efficient in-house production capabilities.Conduct vacuum chamber tests, performance assessments, and environmental validations to confirm analytical predictions and adherence to design specifications.

At SpaceX, we are driven by the vision of a future where humanity explores the stars. Our commitment to developing groundbreaking technologies fuels our mission to enable human life on Mars.INTEGRATION & TEST ENGINEER - STARLINK PROPULSIONAs a key member of the Starlink propulsion team, you will play a crucial role in designing, implementing, and refining production processes for vital components within the propulsion system, which includes the Argon Hall Thruster, propellant feed systems, and satellite primary structure. Successful candidates will possess a solid understanding of design principles, schematics, operational protocols, manufacturing processes, testing methodologies, and flight checkouts. We seek engineers who demonstrate innovative thinking and are adept at navigating ambiguous requirements with minimal supervision. You will face diverse challenges across various work centers, frequently collaborating on inter-departmental projects aimed at achieving satellite mission success.

As a Mechanical Engineer specializing in Satellite Bus systems at SpaceX, you will play a crucial role in the design, development, and testing of advanced satellite technologies for the Starlink project. Your expertise in mechanical engineering will contribute to innovative solutions that enhance the performance and reliability of our satellite buses.

At SpaceX, we are driven by a vision of a future where humanity explores the cosmos. Our mission is to develop groundbreaking technologies that will facilitate human life on Mars and beyond.Principal Electrical Engineer - StarlinkAs a leader in aerospace technology, SpaceX is revolutionizing global internet access through Starlink, the largest satellite constellation on Earth. Our advanced system delivers high-speed, reliable internet to millions of users around the globe. We are responsible for designing, building, testing, and operating every aspect of this innovative project, from thousands of satellites to user-friendly receivers and the integrated software that connects it all.In your role as Principal Electrical Engineer, you will oversee the entire lifecycle of the hardware that powers this connectivity, collaborating across various engineering disciplines, including mechanical, thermal analysis, software, and antenna/RF engineering. You will tackle challenges related to high-speed digital communications, analog systems, power electronics, and RF devices. Your responsibilities will encompass system design, schematic capture, PCB layout oversight, hardware troubleshooting, and driving requirements for silicon development and product testing. You will also play a crucial role in achieving successful outcomes across interdisciplinary satellite subsystems, including partnerships with peers in mechanical and software engineering.Sub-teams include:Avionics: Responsible for designing and developing the avionics systems that control the satellite, manage power distribution, and facilitate high-speed communication via cutting-edge Space Lasers.Payload: Focused on the innovative hardware, including phased arrays and custom electronics, that deliver connectivity to our users.Your team assignment will be determined during the interview process based on your technical skills, expertise, and personal preferences.

At SpaceX, we envision a future where humanity explores the cosmos. Our mission is to develop groundbreaking technologies that make interplanetary living possible, with the ultimate aim of establishing human life on Mars.SENIOR ELECTRICAL DESIGN ENGINEER - SATELLITES (STARLINK)SpaceX is at the forefront of deploying Starlink, the world's most sophisticated broadband internet system, leveraging our extensive expertise in rocket and spacecraft design. Starlink represents the largest satellite constellation globally, delivering fast and reliable internet to millions. Our team is responsible for the comprehensive design, development, testing, and operation of all system components, including thousands of satellites, user-friendly consumer receivers, and the sophisticated software that integrates these elements. As we continue to evolve and enhance our constellation, we are seeking exceptional engineers to join our innovative team.As a Senior Electrical Design Engineer for Starlink, you will take complete ownership of the hardware lifecycle that facilitates connectivity. Your role will intersect various engineering disciplines, including electrical, mechanical, thermal analysis, software, and antenna/RF engineering. You will tackle challenges in high-speed digital communication, analog systems, network integration, power electronics, and RF devices. Your responsibilities will span from system design and schematic capture to PCB layout oversight, hardware troubleshooting, and defining requirements for silicon and full-scale product production and testing. Collaboration with interdisciplinary teams, including mechanical and software engineering, will be essential to drive successful outcomes across satellite subsystems.Your placement within specific teams, such as:Avionics: Responsible for the bus avionics systems that control the satellite, manage power distribution, and facilitate high-speed data routing and inter-satellite communication via our advanced Space Lasers.Payload: Focused on cutting-edge phased arrays, parabolic antennas, and custom electronics to deliver superior connectivity to our customers.will be determined during the interview process based on your technical skills and personal preferences.

SpaceX’s Starlink team in Redmond, WA, develops technology to advance human space exploration. This group works on systems that support ambitious goals, including enabling life beyond Earth. Role overview The Mechanical Engineer will focus on designing, manufacturing, and testing optical assemblies for Starlink satellites. These assemblies and subassemblies play a key role in satellite function. Projects often require creative problem-solving, especially when requirements are not fully defined. What you will do Design and develop mechanical and optical components for satellite systems Oversee manufacturing processes to ensure quality and performance Test assemblies for flight readiness and reliability Address new technical challenges as they arise Requirements Strong engineering intuition and critical thinking skills Background in design, manufacturing, and testing of complex assemblies Ability to work independently and adapt to changing or unclear requirements Interest in building hardware for space missions Position based in Redmond, WA.

Join SpaceX as an Electrical Test and Reliability Engineer for Satellites, specializing in the groundbreaking Starlink project. In this pivotal role, you will be responsible for ensuring the reliability and performance of our satellite systems through rigorous testing and analysis.

At SpaceX, we envision a future where humanity explores the stars, driven by the technology we develop today. Our ultimate goal is to establish human life on Mars.ELECTRICAL DESIGN ENGINEER - SATELLITES (STARLINK)Join SpaceX as we harness our rocket and spacecraft expertise to deploy Starlink, the world's most advanced broadband internet system. Starlink boasts the largest satellite constellation globally, delivering fast and reliable internet access to millions. We design, build, test, and operate every component of this innovative system, from thousands of satellites to user-friendly receivers and the software that integrates it all. As we enhance and expand our constellation, we seek exceptional engineers to be part of this groundbreaking mission.As an Electrical Design Engineer for Starlink, you will be responsible for the complete lifecycle of the hardware that powers our connectivity solutions, engaging in electrical, mechanical, thermal analysis, software, and antenna/RF engineering. Your challenges will encompass high-speed digital communications, analog systems, network integration, power electronics, and RF devices. Your responsibilities will range from system design and schematic capture to PCB layout oversight, alongside hardware troubleshooting and setting requirements for the silicon and the entire product production and testing processes. You will also play a vital role in achieving successful outcomes across interdisciplinary subsystems, collaborating with mechanical and software engineering teams.Key sub-teams include:Avionics: The heart of Starlink satellites lies in the avionics systems, controlling the vehicle, distributing kilowatts of power, routing high-speed vehicle and user traffic, and connecting satellites via our advanced Space Lasers. This team is tasked with the design, development, and success of these systems from inception to completion.Payload: Our satellites utilize cutting-edge phased arrays, parabolic antennas, and custom compute and modem electronics to ensure exceptional connectivity for our customers. The Payload team is responsible for the design, development, and success of this hardware from conception to delivery.Your placement on these teams will be determined during the interview process based on technical fit, expertise, and personal preference.

At SpaceX, we aspire to a future where humanity explores the cosmos. Our mission is to develop cutting-edge technology that paves the way for human life on Mars.Electrical Hardware Design Engineer - Satellites (Starlink)SpaceX is leveraging its extensive experience in aerospace technology to deploy Starlink, the world's most advanced broadband internet system. This project encompasses the largest satellite constellation globally, delivering fast and reliable internet access to millions. Our team is involved in every aspect of the system, from satellite design and consumer receivers to the integrated software that connects it all. As we expand and enhance Starlink's capabilities, we seek exceptional engineers to join our mission.As an Electrical Design Engineer for Starlink, you will oversee the entire hardware lifecycle that facilitates connectivity, engaging in various domains such as electrical, mechanical, thermal analysis, software, and antenna/RF engineering. Your challenges will include high-speed digital communications, analog signal processing, network system integration, power electronics, and RF devices. Your responsibilities will range from system design and schematic captures to PCB layout management, hardware troubleshooting, and defining requirements for silicon development and product testing. You will also collaborate with interdisciplinary teams, including mechanical and software engineers, to drive successful outcomes across satellite subsystems.Avionics: The avionics systems are the backbone of Starlink satellites, managing vehicle control, power distribution, high-speed traffic routing, and inter-satellite communication via advanced Space Lasers. This team is responsible for the design and success of these systems from inception to implementation.Payload: The Payload team focuses on industry-leading phased arrays, parabolic antennas, and custom compute + modem electronics to deliver connectivity to our customers. They oversee the design and execution of this hardware from conception to deployment.Your team assignment will be determined during the interview process, considering your technical skills, expertise, and preferences.

At SpaceX, we believe that a future where humanity explores the stars is more exhilarating than one where we remain on Earth. Our mission is to develop technologies that will enable human life on Mars.SENIOR MECHANICAL ENGINEER, SATELLITE SYSTEMS (STARLINK)Starlink, the world's largest satellite constellation, is revolutionizing broadband internet access globally. By utilizing our expertise in rocket and spacecraft engineering, we deploy thousands of satellites each year, currently serving over five million customers across more than 120 countries. Our team designs, builds, tests, and operates every aspect of the system—from satellite hardware and user antennas that connect quickly upon unboxing to the integrated software that ties it all together. With plans for continual growth in hardware capabilities and expanding bandwidth, we are seeking exceptional engineers to join our mission.As a Senior Mechanical Engineer within our satellite vehicle engineering organization, you will tackle intricate structural, thermal, and electromechanical challenges associated with the space-grade hardware that powers our satellites. You will oversee the complete design lifecycle, from ideation and design to testing, manufacturing, and large-scale production. Collaboration with a diverse range of cross-functional engineering disciplines will be essential as we work together to democratize internet access worldwide. Various sub-teams exist within the vehicle engineering group, each concentrating on distinct focus areas. Applicants will be evaluated for compatibility with all teams before being matched to a specific area based on technical fit and team requirements.Mechanisms Team: Focus on end-to-end electromechanical design for actuators, reaction wheels, torque rods, solar arrays, and more.Space Lasers Team: Collaborate with the optical team to design opto-mechanical assemblies for our cutting-edge Space Lasers and other optical payloads.Bus Avionics Team: Work alongside Bus electrical engineers to design mechanical avionics modules, thermal and structural components, new component selection, harnessing, and integration to satellites.Structural Team: Engage in the design and analysis of the primary satellite structure, including chassis, ribs, rails, and propulsion tanks.Solar Arrays Team: Participate in the design and production of the world’s most prolific space solar arrays, from flight array design to testing and factory production processes.

At SpaceX, we believe in an exhilarating future where humanity explores the stars. Our mission is to develop groundbreaking technologies that facilitate this vision, ultimately enabling human life on Mars.SENIOR ELECTRICAL HARDWARE DEVELOPMENT ENGINEER - SATELLITES (STARLINK)SpaceX is at the forefront of deploying Starlink, the world's most sophisticated broadband internet system. As the largest satellite constellation in existence, Starlink provides fast and reliable internet access to millions globally. Our approach encompasses the design, construction, testing, and operation of all system components—including thousands of satellites, consumer receivers that connect users within minutes, and the software that integrates everything seamlessly. The potential global impact of Starlink is immense, and as we enhance and expand our constellation, we seek exceptional engineers to contribute to our team.In your role as an Electrical Design Engineer for Starlink, you will oversee the entire life cycle of the hardware that facilitates connectivity, engaging with electrical, mechanical, thermal analysis, software, and antenna/RF engineering. You will tackle challenges related to high-speed digital communications, analog systems, network integration, power electronics, and RF devices. Your responsibilities will encompass system design and schematic capture, PCB layout oversight, hardware troubleshooting, as well as defining requirements for the underlying silicon and overseeing complete product production and testing. Collaboration is key as you drive successful business outcomes across various subsystems of the satellite, working closely with mechanical and software engineering teams, among others.Key sub-teams include:Avionics: Responsible for the core avionics systems of Starlink satellites, which control the vehicle, manage kilowatts of power distribution, route high-speed vehicle and user traffic, and enable inter-satellite communication via advanced Space Lasers. The team ensures the design, development, and success of these systems from conception to execution.Payload: This team designs the cutting-edge phased arrays, parabolic antennas, and custom compute + modem electronics that deliver connectivity to our users. They are accountable for the hardware's design, development, and success from concept to execution.Your specific team assignment will be determined during the interview process based on your technical expertise, experience, and preferences.

SpaceX is developing Starlink, a broadband internet network powered by a vast satellite constellation. This system spans thousands of satellites, consumer devices, and the software that connects them. As Starlink expands, engineers help drive improvements in performance and reliability for users around the world. The Electrical On-Orbit Hardware Reliability Engineer role centers on the electrical and mechanical reliability of Starlink satellites. This engineer monitors, investigates, and analyzes hardware failure modes across the entire fleet, shaping both ongoing operations and the design of future satellites. Key responsibilities Monitor and interpret on-orbit data to detect electrical and mechanical hardware issues in Starlink satellites Investigate failure modes through hardware testing, statistical analysis, and experiments conducted in orbit Work with teams from multiple disciplines to address on-orbit hardware challenges Use electrical engineering principles to identify root causes of failures Offer recommendations during design and production phases to enhance hardware reliability Contribute insights that influence hardware components, the satellite constellation, and future satellite designs Location This position is based in Redmond, WA.

At SpaceX, we believe that a future where humanity explores the stars is inherently more thrilling than one where we remain Earth-bound. Our mission is to create the technologies necessary for this journey, ultimately enabling human life on Mars.RF SILICON SOFTWARE ENGINEER (STARLINK)We are harnessing our expertise in rocket and spacecraft engineering to deploy Starlink, the most advanced broadband internet system in the world. As the largest satellite constellation, Starlink provides fast and reliable connectivity to millions of users around the globe. We design, build, test, and operate all components of the system—including thousands of satellites, consumer receivers that connect users in minutes, and the software that integrates it all. We are just beginning to explore Starlink's vast potential and are seeking top-tier engineers to help maximize its benefit for communities and businesses worldwide.SpaceX is searching for engineers with strong backgrounds in electrical engineering and software development to bring innovative silicon solutions to life. The ideal candidate will possess hands-on experience across various domains, including RF measurements, automation software, hardware development, and embedded firmware. You will join a multidisciplinary team dedicated to addressing complex challenges related to the silicon used in high-performance wireless digital communication systems, both terrestrial and space-based. This team takes full ownership of the silicon lifecycle, from system requirements to chip design, characterization, production ramp-up, and on-orbit telemetry monitoring.RESPONSIBILITIES:As part of the RFIC team, you will tackle demanding challenges associated with all facets of the RF silicon that we develop in-house. Much of the measurement system software and hardware you create will be pioneering, supporting RF/RFIC designs for the foreseeable future.Design and construct unique automated measurement systems capable of capturing data that off-the-shelf equipment cannot, often requiring both new hardware and software designs.Power on new silicon, frequently being the first engineer to activate chips for the very first time.Develop tools and reusable libraries for instrument control, data collection, and analysis of radio subsystems.Analyze measurement data to derive insights into both component and system performance.Create fully-validated reference designs for both hardware and software.

SpaceX is seeking a Harnessing Design Engineer to join the Starlink satellite program in Redmond, WA. This role centers on designing harnesses that boost both performance and reliability for advanced satellite systems. Key responsibilities Design and develop harness solutions tailored for Starlink satellites Collaborate with engineers from other specialties to ensure harness designs integrate smoothly into satellite systems Apply technical knowledge to support and advance satellite technology Teamwork Regular collaboration with colleagues from different engineering backgrounds is a core part of this position, all contributing to the ongoing progress of the Starlink mission.

Join SpaceX as a Mechanical Engineer specializing in satellite harnessing for our revolutionary Starlink project. In this role, you will be responsible for designing and developing high-performance harness systems that integrate seamlessly into our satellite technology. Collaborate with a team of skilled engineers and technicians to ensure the successful implementation of cutting-edge solutions that meet rigorous standards of reliability and efficiency.

At Transwest, we are dedicated to moving people seamlessly, whether it's to work, school, or leisure activities. From shuttles to buses, charters to valet services, we innovate transportation solutions that propel individuals, businesses, and communities forward. Collaborating with top-tier companies, we strive to create tailored transportation systems and exceptional hospitality experiences, ensuring stress-free interactions for everyone we serve.As an Electric and Diesel Mechanic Technician, you will play a vital role in our initiative to transition our fleet from traditional fuel-powered vehicles to modern electric and hybrid technologies. Your responsibilities will include maintaining, diagnosing, and repairing electric vehicle (EV) systems and components, as well as supporting infrastructure-related needs in collaboration with internal teams and external partners.This is a remarkable opportunity for a forward-thinking technician who is passionate about sustainability, innovation, and continuous professional development.

At SpaceX, we believe in a future where humanity explores the stars. We are pioneering the technologies to transform this vision into reality, with the ultimate objective of enabling human life on Mars.SOFTWARE ENGINEER - STARLINKThe Starlink engineering teams are innovating highly reliable in-space mesh networks and designing secure systems to ensure consistent access to space. You will play a pivotal role in the development and design of cutting-edge test systems, facilitating rapid development and precise testing of both Starlink software and hardware. Our engineers are responsible for the entire lifecycle of their products, from development and testing through to operational support, providing you with significant ownership over your projects.

Join SpaceX as a Manufacturing Engineer for Starlink, where you will play a pivotal role in designing and optimizing manufacturing processes that support our mission to provide global internet coverage. This position involves working closely with cross-functional teams to drive improvements in efficiency, quality, and safety.

At SpaceX, we believe that a future where humanity is exploring the stars is far more exciting than one where we remain on Earth. Today, we are actively developing innovative technologies to make this vision a reality, ultimately aiming to enable human life on Mars.Operations Engineer (Starlink)Starlink stands as the world's first and largest satellite constellation, utilizing low Earth orbit to deliver broadband internet that supports streaming, online gaming, video calls, and more. By harnessing advanced satellites and user hardware, combined with our extensive experience in spacecraft and on-orbit operations, Starlink is committed to providing high-speed, low-latency internet to users globally. As an Operations Engineer on the Starlink Satellite team, you will spearhead improvement projects for our Materials Management and Satellite Supply Chain organization, ensuring that safety, reliability, and process capability goals are met, maintained, and enhanced. Your role will be pivotal in fostering collaboration among our development, supply chain, and production teams. You will lead the design and development of both new and existing processes and infrastructure, enabling SpaceX to continue advancing the world's most sophisticated satellite constellation.