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At NewOrbit Space, our mission it to engineer the lowest orbiting satellites on Earth to rapidly advance global connectivity and insight. We are currently building satellites that can breathe air and operate at an altitude of just 200 km - one-third that of conventional satellites. Thanks to our proprietary propulsion system we can compensate for the atmospheric drag at ultra low altitudes using the air as propellant. Please note that as we prepare for our maiden satellite mission, we are in a critical growth phase. Our roles will often require extended hours and are not typical 9-to-6 positions. Your Role You will work closely with a multidisciplinary team to ensure the accurate and reliable control of our spacecraft's orientation and trajectory, supporting the success of our pioneering air-breathing electric propulsion system. Key Responsibilities <ul><li>System Architecture and Design: Lead the development and evolution of the spacecraft AOCS architecture, including the design and integration of sensors, actuators, reaction wheels, magnetoquers and control algorithms to achieve mission requirements.</li><li>Algorithm Development: Design and implement advanced AOCS algorithms to support various pointing modes and attitude control scenarios, ensuring precise control over satellite orientation and stability.</li><li>Simulation and Modeling: Perform detailed sensor and actuator characterization, modeling, and simulation to predict system performance and optimize the design. Develop and utilize satellite simulators for system validation.</li><li>Hardware Integration: Specify, evaluate, and select AOCS components, including reaction wheels, magnetorquers, star trackers, IMUs, and sun sensors. Integrate these components into the spacecraft, ensuring seamless interaction with other subsystems.</li><li>Testing and Validation: Develop and execute hardware-in-the-loop (HIL) tests, ground-based simulations, and in-orbit commissioning to validate AOCS performance. Troubleshoot and resolve issues during the integration and testing phases.</li><li>On-Orbit Operations: Support on-orbit guidance, navigation, and control (GNC) system calibration, commissioning, and operations, including maneuver planning and fault management.</li><li>Documentation and Reporting: Produce and maintain detailed documentation for AOCS design, development, testing, and operations. Communicate technical information effectively to internal teams and stakeholders.</li></ul>Fundamental Requirements <ul><li>Educational Background: Bachelor's degree in Aerospace Engineering, Mechanical Engineering, Electrical Engineering, or a related field. A Master's degree is preferred.</li><li>Industry Experience: Minimum of 2-5 years of experience in spacecraft attitude determination and control, with hands-on experience in the development, testing, and operation of AOCS systems.</li><li>Technical Expertise: Strong knowledge of AOCS components and systems, including sensors (IMUs, magnetometers, star trackers) and actuators (reaction wheels, magnetorquers). Experience with GNC systems is a significant plus.</li><li>Programming Skills: Proficiency in C/C++ for embedded systems development, with experience in Python and MATLAB for simulation and data processing. Familiarity with version control systems such as Git.</li><li>System-Level Understanding: Solid understanding of closed-loop control systems, orbital mechanics, and spacecraft dynamics. Ability to conduct detailed trade-off analyses to optimize AOCS design.</li><li>Simulation and Testing: Experience with hardware-in-the-loop testing, satellite simulation, and AOCS algorithm validation. Ability to design and execute comprehensive test plans.</li></ul>Why NewOrbit Space? <ul><li>Pioneering Space Technology - You'll contribute to launching groundbreaking technology into space. Your work on our revolutionary air-breathing ion propulsion system will redefine satellite operations in ultra-low Earth orbits.</li><li>Unmatched Ownership and Impact -You'll experience a level of ownership that's rare in the space industry. You will participate in the full lifecycle of satellite technology.</li><li>Equity and Competitive Salary - You'll receive not just a competitive salary but also company ownership stakes. Your dedication and hard work are rewarded with a share in the technology you help build, ensuring you're a part of our collective success.</li><li>Comprehensive Benefits Package -Including private health insurance with dental and optical coverage, annual healthcare check-ups etc.</li></ul>

Satellite AOCS Engineer

At NewOrbit Space, our mission it to engineer the lowest orbiting satellites on Earth to rapidly advance global connectivity and insight. We are currently building satellites that can breathe air and operate at an altitude of just 200 km - one-third that of conventional satellites. Thanks to our proprietary propulsion system we can compensate for the atmospheric drag at ultra low altitudes using the air as propellant. Please note that as we prepare for our maiden satellite mission, we are in a critical growth phase. Our roles will often require extended hours and are not typical 9-to-6 positions. Your Role You'll develop and execute testing protocols, troubleshoot integration issues, and validate system performance. You will ensure that all satellite subsystems work cohesively to meet mission objectives. Key Responsibilities <ul><li>Satellite Assembly: Work on the assembly of satellite components, ensuring all mechanical, electrical, and electronic subsystems are correctly integrated and meet design specifications.</li><li>Integration Management: Manage the integration process of various subsystems, including payloads, propulsion systems, and communication systems, ensuring they function cohesively as a single unit.</li><li>Testing and Validation: Develop and execute comprehensive testing procedures, including functional, environmental, thermal, mechanical, and vibration tests, to validate satellite performance under operational conditions.</li><li>Test Procedure Development: Create detailed test and verification plans for various development stages, including subsystem and full spacecraft verification.</li><li>Troubleshooting and Debugging: Identify, diagnose, and resolve issues that arise during the integration and testing phases, utilizing a methodical approach to ensure all systems meet the required standards.</li><li>Documentation: Maintain detailed records of the assembly, integration, and testing processes, including test plans, results, and any deviations from standard procedures. Document any lessons learned and ensure compliance with industry standards.</li><li>Quality Assurance: Implement and uphold rigorous quality assurance protocols throughout the AIT process, ensuring the satellite meets all safety and performance criteria before launch.</li><li>Spacecraft Operations Support: Support spacecraft operations, including acceptance of spacecraft hardware (platform and payload), and participate in mission/service delivery as needed.</li></ul>Fundamental Requirements <ul><li>Advanced degree ( MEng, MSc, or PhD) in Aerospace Engineering, Mechanical Engineering or a related field, with a focus on satellite systems or space technology.</li><li>3+ years of hands-on experience in satellite assembly, integration, and testing within the aerospace industry, with experience in the build and test of spacecraft components and subsystems. This can include your time during your PhD.</li><li>Comprehensive understanding of satellite programs, preferably across the full project lifecycle</li><li>Proficiency in conducting a wide range of satellite tests, including thermal, vibration, mechanical, and functional tests, with experience in using environmental testing chambers, vibration tables, and MGSE/EGSE.</li><li>Familiarity with tools and software used in satellite assembly and testing, such as CAD tools for mechanical integration, electrical testing equipment, and test automation software.</li><li>Strong understanding of quality assurance principles and experience implementing QA protocols in aerospace or similarly regulated industries.</li><li>Willingness to be hands-on with the assembly and testing of satellite systems, including working in clean room environments and operating specialized testing equipment.</li></ul>Why NewOrbit Space? <ul><li>Pioneering Space Technology - You'll contribute to launching groundbreaking technology into space. Your work on our revolutionary air-breathing ion propulsion system will redefine satellite operations in ultra-low Earth orbits.</li><li>Unmatched Ownership and Impact -You'll experience a level of ownership that's rare in the space industry. You will participate in the full lifecycle of satellite technology.</li><li>Equity and Competitive Salary - You'll receive not just a competitive salary but also company ownership stakes. Your dedication and hard work are rewarded with a share in the technology you help build, ensuring you're a part of our collective success.</li><li>Comprehensive Benefits Package -Including private health insurance with dental and optical coverage, annual healthcare check-ups etc.</li></ul>

Satellite AIT Engineer

At NewOrbit Space, our mission it to engineer the lowest orbiting satellites on Earth to rapidly advance global connectivity and insight. We are currently building satellites that can breathe air and operate at an altitude of just 200 km - one-third that of conventional satellites. Thanks to our proprietary propulsion system we can compensate for the atmospheric drag at ultra low altitudes using the air as propellant. Please note that as we prepare for our maiden satellite mission, we are in a critical growth phase. Our roles will often require extended hours and are not typical 9-to-6 positions. Your Role We are seeking a Electric Propulsion Systems Engineer to steer our demonstration mission architecture from phase A studies through on-orbit operations. You will own the end-to-end systems definition, translating customer and mission objectives into verifiable system requirements, and take ownership of the verification test campaigns. You should preferably bring experience of architecting successful propulsion systems, and be capable of applying it at a significantly higher pace than that of traditional aerospace projects. Key Responsibilities <ul><li>Develop and maintain the satellite's propulsion system requirements, interface control documents (ICDs), and verification plans.</li><li>Plan and coordinate system integration &amp; test campaigns in close collaboration with other engineering teams.</li><li>Drive requirements flow-down to subsystem teams and oversee interface integration.</li><li>Perform system-level modelling, FMEAs, and risk assessments to identify and mitigate technical and schedule risks.</li><li>Lead cross-disciplinary design reviews across the system lifecycle (PDR, CDR, TRR) and ensure compliance with standards and customer expectations.</li><li>Interface with suppliers, contractors, and customers to resolve technical issues and ensure system integration on schedule.</li></ul>Fundamental Requirements <ul><li>Experience with spacecraft subsystems (preferably Electric Propulsion).</li><li>Strong understanding of all Electric Propulsion subsystems.</li><li>Demonstrated experience with space system integration &amp; test in laboratory or clean-room environments.</li></ul>Why NewOrbit Space? <ul><li>Pioneering Space Technology - You'll contribute to launching groundbreaking technology into space. Your work on our revolutionary air-breathing ion propulsion system will redefine satellite operations in ultra-low Earth orbits.</li><li>Unmatched Ownership and Impact -You'll experience a level of ownership that's rare in the space industry. You will participate in the full lifecycle of satellite technology.</li><li>Equity and Competitive Salary - You'll receive not just a competitive salary but also company ownership stakes. Your dedication and hard work are rewarded with a share in the technology you help build, ensuring you're a part of our collective success.</li><li>Comprehensive Benefits Package -Including private health insurance with dental and optical coverage, annual healthcare check-ups etc.</li></ul>

Systems Engineer | Propulsion

At NewOrbit Space, our mission it to engineer the lowest orbiting satellites on Earth to rapidly advance global connectivity and insight. We are currently building satellites that can breathe air and operate at an altitude of just 200 km - one-third that of conventional satellites. Thanks to our proprietary propulsion system we can compensate for the atmospheric drag at ultra low altitudes using the air as propellant. Please note that as we prepare for our maiden satellite mission, we are in a critical growth phase. Our roles will often require extended hours and are not typical 9-to-6 positions. Your Role We are looking for a skilled Thermal Engineer with experience in spacecraft thermal management at both the subsystem and satellite level. You'll work closely with a cross-functional team-including mechanical, propulsion, electronics, and mission planning-to ensure reliable thermal performance of our satellite throughout all mission phases: from launch to operation in orbit and end-of-life, with temperatures exceeding 200°C. You should be capable of delivering a thermal control system from scratch and taking full ownership of it, ensuring the success of our mission. Key Responsibilities <ul><li>Perform steady-state and transient thermal analysis of the spacecraft across all mission phases (TVAC testing, launch, orbit).</li><li>Model and validate heat management strategies in the harsh environment of vacuum, where conduction and radiation are dominant, using Finite Difference Lump Capacitance and Ray Tracing simulations.</li><li>Identify and manage worst-case scenarios in extreme thermal conditions (both hot and cold), accounting for on-orbit environmental factors and internal power losses.</li><li>Design and implement thermal control solutions such as multilayer insulation (MLI), radiators, heaters, thermo-optical coatings, and heat pipes.</li><li>Develop and support thermal vacuum (TVAC) test procedures, instrumentation setup, and post-test data analysis.</li><li>Be hands on in hardware testing for validation of processes, instrumentation, and materials and components chosen for in house developments</li></ul>Fundamental Requirements <ul><li>Solid understanding of thermal engineering principles in the context of spacecraft systems.</li><li>Hands-on experience with thermal simulation tools such as Systema, Thermal Desktop, ESATAN, or equivalent.</li><li>Familiarity with ECSS standards related to thermal control and analysis.</li><li>Proficiency in a programming or scripting language (Python or MATLAB) for thermal analysis, automation, or data post-processing.</li><li>Experience with environmental and lab testing (TVAC, thermal cycling, AIT process validation).</li><li>Comfortable working in a fast-paced, iterative development environment.</li><li>3+ years of experience in spacecraft thermal engineering or related fields.</li></ul>Nice-to-Haves <ul><li>Experience designing or testing spacecraft thermal systems.</li><li>Background in thermal management of PCBs or high-power electronics (especially in vacuum environments).</li><li>Exposure to multidisciplinary space system development or mission analysis.</li></ul>Why NewOrbit Space? <ul><li>Pioneering Space Technology - You'll contribute to launching groundbreaking technology into space. Your work on our revolutionary air-breathing ion propulsion system will redefine satellite operations in ultra-low Earth orbits.</li><li>Unmatched Ownership and Impact -You'll experience a level of ownership that's rare in the space industry. You will participate in the full lifecycle of satellite technology.</li><li>Equity and Competitive Salary - You'll receive not just a competitive salary but also company ownership stakes. Your dedication and hard work are rewarded with a share in the technology you help build, ensuring you're a part of our collective success.</li><li>Comprehensive Benefits Package -Including private health insurance with dental and optical coverage, annual healthcare check-ups etc.</li></ul>

Satellite Thermal Engineer

At NewOrbit Space, our mission it to engineer the lowest orbiting satellites on Earth to rapidly advance global connectivity and insight. We are currently building satellites that can breathe air and operate at an altitude of just 200 km - one-third that of conventional satellites. Thanks to our proprietary propulsion system we can compensate for the atmospheric drag at ultra low altitudes using the air as propellant. Please note that as we prepare for our maiden satellite mission, we are in a critical growth phase. Our roles will often require extended hours and are not typical 9-to-6 positions. Responsibilities <ul><li>RF System Design &amp; Integration: Own the end-to-end design of the satellite's RF systems, including both transmit and receive chains for telemetry, tracking, control (TT&amp;C), and payload communication links.</li><li>Link Budget Analysis: Develop and maintain detailed RF link budgets for all mission phases and orbital regimes, including low and ultra-low Earth orbits.</li><li>Antenna Selection &amp; Development: Design, simulate, or select antennas suitable for small satellite platforms, balancing performance, size, and thermal constraints.</li><li>Testing &amp; Validation: Lead testing campaigns including RF compatibility tests, over-the-air validation, and pre-flight functional verification of RF subsystems.</li><li>Cross-Functional Collaboration: Work closely with the systems, avionics, thermal, and mechanical teams to ensure RF systems are robustly integrated within the satellite architecture.</li></ul>Fundamental Requirements <ul><li>Educational Background: Advanced degree (MSc, MEng, or PhD) in Electrical Engineering, Telecommunications, Aerospace Engineering, or a related field, with a focus on RF or microwave systems.</li><li>Industry Experience: Minimum of 3 years of experience designing and implementing RF systems in a satellite or aerospace context.</li><li>Technical Expertise: <ul><li>Strong understanding of RF components (LNAs, filters, mixers, power amplifiers, etc.)</li><li>Proficiency with RF tools such as CST, HFSS, ADS, and MATLAB</li><li>Familiarity with SDR platforms and relevant communication protocols (e.g., CCSDS, S-band, X-band, UHF)</li></ul></li></ul>Why NewOrbit Space? <ul><li>Pioneering Space Technology - You'll contribute to launching groundbreaking technology into space. Your work on our revolutionary air-breathing ion propulsion system will redefine satellite operations in ultra-low Earth orbits.</li><li>Unmatched Ownership and Impact -You'll experience a level of ownership that's rare in the space industry. You will participate in the full lifecycle of satellite technology.</li><li>Equity and Competitive Salary - You'll receive not just a competitive salary but also company ownership stakes. Your dedication and hard work are rewarded with a share in the technology you help build, ensuring you're a part of our collective success.</li><li>Comprehensive Benefits Package -Including private health insurance with dental and optical coverage, annual healthcare check-ups etc.</li></ul>

Systems Engineer | Satellite RF & Communications

At NewOrbit Space, our mission it to engineer the lowest orbiting satellites on Earth to rapidly advance global connectivity and insight. We are currently building satellites that can breathe air and operate at an altitude of just 200 km - one-third that of conventional satellites. Thanks to our proprietary propulsion system we can compensate for the atmospheric drag at ultra low altitudes using the air as propellant. Please note that as we prepare for our maiden satellite mission, we are in a critical growth phase. Our roles will often require extended hours and are not typical 9-to-6 positions. Your Role You will be responsible for calculating, designing, testing, and optimizing the electric plasma propulsion system within our vacuum facilities. Key Responsibilities <ul><li>Owning the system and managing the entire testing process.</li><li>Rapidly iterate new designs, ensuring successfull delivery of the demonstration mission.</li><li>You will collaborate with our mechanical, electrical and control engineers to test new iterations of the ion propulsion system, ensuring its flawless operation.</li><li>Assembling test hardware and electronics and operating our vacuum facilities.</li><li>Performing electric propulsion tests and analysing its data.</li></ul>Fundamental Requirements <ul><li>7+ years of relevant experience in the field of electric propulsion, which could also include your PhD degree.</li><li>Strong knowledge of spacecraft Electric propulsion systems (such as RF Thrusters, Hall Effect Thrusters, Gridded Ion Propulsion, and other types) is required.</li><li>Previous practical experience in electric propulsion testing, ideally involving RF generators, high voltage power supplies and thrust balance.</li><li>Experience in working with vacuum systems (pumps, gauges and valves), power supplies, fluidic management systems (compressed gas and mass flow controllers) and data acquisition systems.</li><li>Solid understanding of plasma physics, modelling and diagnostics, ionisation processes.</li></ul>Why NewOrbit Space? <ul><li>Pioneering Space Technology - You'll contribute to launching groundbreaking technology into space. Your work on our revolutionary air-breathing ion propulsion system will redefine satellite operations in ultra-low Earth orbits.</li><li>Unmatched Ownership and Impact -You'll experience a level of ownership that's rare in the space industry. You will participate in the full lifecycle of satellite technology.</li><li>Equity and Competitive Salary - You'll receive not just a competitive salary but also company ownership stakes. Your dedication and hard work are rewarded with a share in the technology you help build, ensuring you're a part of our collective success.</li><li>Comprehensive Benefits Package -Including private health insurance with dental and optical coverage, annual healthcare check-ups etc.</li></ul>

Electric Propulsion Engineer

The Maintenance Test Pilot (AH-64 D/E) utilizes flight test techniques to perform test flights of aircraft to measure performance and handling to determine airworthiness following maintenance or modifications. <ul><li>Perform test flights and demonstrating aircraft proficiency upon completion of aircraft maintenance or modifications on aircraft.</li></ul><ul><li>Determine in accordance with publications and procedures the airworthiness of aircraft prior to release for flight.</li><li>Perform recovery flights and ferries aircraft to additional sites, such as depots.</li><li>Perform troubleshooting procedures of aircraft on the ground and during flight and makes appropriate write-ups or gives verbal instructions to correct deficiencies.</li><li>Verify forms and records used in the performance of maintenance to ensure they comply with work performed prior to ground or flight checks.</li><li>Run-up aircraft for alert status to perform test on modifications.</li><li>Deploy when required to support contract requirements when maintenance test flights are anticipated.</li><li>Interpret meteorological data as it pertains to filing a flight plan for the navigational course of flight needed for a sortie and files a flight plan for all flights using authorized processes.</li><li>Ensure proper documentation is chronicled.</li><li>File flight plans for all flights using authorized navigational processes.</li><li>Compute weight and balance logs for the aircraft being flown.</li><li>Initiate and complete all military flight or maintenance forms to document maintenance test flight completion and discrepancies. </li><li>Communicate, troubleshoot, advise and work side by side with military pilots and technicians.</li><li>Communicate, troubleshoot, advise and work side by side with military pilots and technicians.</li><li>Ferry flights as assigned</li><li>As qualified may perform as site safety specialist and/or additional duties safety officer functions.</li><li>May be designate as a Foreign Object Elimination/Foreign Object Debris (FOE/FOD) Program Administrator.</li><li>May support AS9100-AS9110 internal audits, corrective action requests, assist section, department, and/or program in developing plans to correct identified shortfalls.</li><li>May assist with continual improvement initiatives.</li><li>Must be capable of Aircraft Technical Inspection (TI) as additional duty.<ul><li>Plan and conduct aircraft technical inspections.</li><li>Inspect power plant hot section, cold section and accessory modules.</li><li>Operate and inspect pneudraulic systems including landing gear.</li><li>Understand the fundamentals and inspection techniques of helicopter structural repairs.</li><li>Perform troubleshooting and analyze electrical/electronic systems.</li><li>Lectures, demonstrates, and practical exercises in inspection techniques, procedures, performance evaluation, and operational checks on the power plant, structure, and systems of helicopters powertrains.</li><li>Provide technical guidance to repairs performing aircraft and subsystem maintenance techniques and safety procedures.</li><li>Maintains technical library, inspect systems, subsystems, and components according to applicable technical publications and checklists before, during and after airplane maintenance and modifications.</li><li>Check and troubleshoot systems</li><li>Annotate records of required maintenance.</li><li>Evaluate operational readiness of aircraft and recommend corrective action.</li><li>Inspect crash-damaged aircraft and estimates time, parts and costs to repair.</li><li>Ensure compliance with aircraft configuration control, Army oil analysis program and test measuring and diagnostic calibration.</li><li>Evaluate maintenance operations and facilities for compliance with directives, technical manuals, work standards, safety procedures, and operational policies.</li><li>Performs maintenance trend analysis and applies production control, quality control and other maintenance management principles and procedures to aircraft maintenance operations.</li><li>Perform other qualified duties as assigned</li></ul></li></ul>Minimum Requirements <ul><li>Completed military flight and applicable training courses as required IAW 95-20</li><li>Must meet the qualification requirements of AR 95-20.</li><li>Minimum of Ten (10) years of aviation maintenance experience required.</li><li>Prefer a minimum of 1000 Hours of Pilot in Command time. </li><li>Be proficient in flying operations of the aircraft they are assigned (AH64).</li><li>Satisfactorily completed a proficiency check within the previous 12 months.</li><li>Successfully complete initially and annually thereafter an Army or FAA Class II flight physical.</li><li>Possess an instrument rating on their FAA Commercial Certificates.</li><li>Possess a current valid Army or FAA Class II Medical Certificate.</li><li>Successfully completed Army Maintenance Test Pilots Course (MTPC) or complete an equivalency evaluation IAW AR 95-1 and 95-20.</li><li>Successfully completed the US Army Aircraft Maintenance Officers Course (AMOC) Phase II or complete an equivalency evaluation IAW AR 95-1 and 95-20.</li><li>Must meet the experience requirements of AFR55-22, NOTAMS, AR95-10, AR95-20 and DCMA-8210 pertaining to each aircraft prior to acting in the capacity of pilot-in-command on maintenance test flights.</li><li>1,000 or more hours of total flight time and have at least 300 hours in the same aircraft type and design and 100 hours in the assigned aircraft.</li><li>Version 6 Qualified</li><li>Ability to obtain and maintain a Secret Security Clearance if required.</li></ul>Preferred/Physical Qualifications: <ul><li>Demonstrated proven and verifiable aviation experience including ethics, ability and professionalism of the highest standards are required for this position.</li><li>Must have demonstrated communication skills, both oral and written. Must be fluent in the English language.</li><li>Working knowledge for operating navigational and communication equipment installed on the aircraft.</li><li>Capable of computing and annotating weight and balance logs for the aircraft.</li><li>May be exposed to extreme noise from turbine and jet engine aircraft.</li><li>May be exposed to fumes or airborne particles; may be exposed to electrical shock hazards or work near moving mechanical parts and vehicles.</li><li>May be exposed to a wide variety of operational circumstances, including extreme weather conditions and rudimentary infrastructure.</li><li>Must be able to distinguish color and judge three-dimensional depth.</li><li>Must be able to see aircraft in flight, read dials/gauges, identify small objects and hand tools.</li><li>Must be physically capable of climbing vertical ladders or built-in aircraft steps to heights of 10-12 feet.</li><li>May be exposed to chemical mist, gas, vapors, ultra-violet and infrared radiation.</li><li>May be required to lift to 50 pounds to a height of four (4) feet and be required to lift to 20 pounds to a height of seven (7) feet.</li><li>May be exposed to certain obstructions on the surface as well as ladders, stairs, etc.</li><li>May be exposed to rapid or extreme temperature changes.</li></ul><ul><li>May be required to travel domestically and internationally on short notice, to austere environments, under harsh living conditions.</li></ul>Amentum is proud to be an Equal Opportunity Employer. Our hiring practices provide equal opportunity for employment without regard to race, sex, sexual orientation, pregnancy (including pregnancy, childbirth, breastfeeding, or medical conditions related to pregnancy, childbirth, or breastfeeding), age, ancestry, United States military or veteran status, color, religion, creed, marital or domestic partner status, medical condition, genetic information, national origin, citizenship status, low-income status, or mental or physical disability so long as the essential functions of the job can be performed with or without reasonable accommodation, or any other protected category under federal, state, or local law. Learn more about your rights under Federal EEO laws and supplemental language at EEO including Disability/Protected Veterans and Labor Laws Posters.

Maintenance Test Pilot (AH-64 D/E) OCONUS Camp Humphreys, Korea

About us One team. Global challenges. Infinite opportunities. At Viasat, we're on a mission to deliver connections with the capacity to change the world. For more than 35 years, Viasat has helped shape how consumers, businesses, governments and militaries around the globe communicate. We're looking for people who think big, act fearlessly, and create an inclusive environment that drives positive impact to join our team. What you'll do Space agencies around the world are investing heavily into lunar exploration with the aim of establishing the Moon as a platform for mankind to become a multi-planetary species. Lunar exploration missions are furthering key scientific objectives around surviving and prospering in space as well as providing information on the origins of life as a whole. The lunar roadmap foresees in-situ resource utilisation on the Moon to establish a permanent human presence during the 2030s, as well as using the Moon as a "refuelling station" for further space exploration to Mars and beyond. As part of the investment into lunar exploration, European Space Agency (ESA) created the Moonlight programme - a private-public partnership. Moonlight will develop new communications and navigation capabilities and services that will be provided to missions on and around the Moon through the launch of dedicated infrastructure. Viasat is entering the programme as the design authority for the communications service, responsible to design and procurement of the space segment, ground segment and user infrastructure to provide communications services by the end of the decade. Working closely with the spacecraft manufacturer at their facility, you will be required to join a team responsible for the procurement of the satellites. Your role will be to supervise the Contractor, to ensure that the design, engineering, manufacturing and testing of the spacecraft bus are of the required quality standard, within specifications and delivered in the planned time frame. Your main responsibility will be the spacecraft platform. The day-to-day - Integrate with the contractor teams, and coordinate their efforts to procure the satellite Platform - Ensure contract requirements are flown down to subcontractors, subsystem and system requirements - Support sub-system design reviews, test activities, data reviews, anomaly investigations and resolutions - With main focus on the satellite bus support system design reviews, test activities, data reviews, anomaly investigations and resolutions - Supervise the progress of the sub-vendor and act as point contact for all technical matters. - Report issues and contractual conflicts affecting satisfactory problem resolution - Organise and record all the Platform documentation on a shared documentation system - Advise Satellite Operations on general and specific operating procedures, and ensure safe operation of the satellites at all times - Analyse all satellite malfunctions and anomalous behaviour. Support the liaison with the satellite supplier and other parties as necessary to complete the analysis including root cause identification. Review the Satellite Anomaly Reports - Provide and coordinate engineering team on call support according to Company policy and procedure - Support new space infrastructure procurement tasks - Join Space segment in-orbit fleet on-call support roster" What you'll need - Degree in Engineering with proven experience in the field of Spacecraft platform subsystems - Extensive experience in satellite design manufacturing, test, and system engineering (experience in AOCS, Propulsion or Mechanisms would be an asset) - Extensive knowledge and understanding of satellite design, assembly integration &amp; test - Excellent writing and reporting skills. - Excellent communication skills with people at all levels of the organization - Ability to coach other member of the Satellite Engineering team What will help you on the job - A passionate desire to take the organization as far as it can go - A demonstrated ability to work across organizational boundaries - Objective, rational and multidisciplinary thinking - Courage to act upon convictions - A high degree of integrity - Provide candid feedback - Ability to face up to problems quickly and take action - A willingness to be self-critical and learn from mistakes - avoiding hubris EEO Statement Viasat is proud to be an equal opportunity employer, seeking to create a welcoming and diverse environment. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, gender identity or expression, sexual orientation, national origin, ancestry, physical or mental disability, medical condition, marital status, genetics, age, or veteran status or any other applicable legally protected status or characteristic. If you would like to request an accommodation on the basis of disability for completing this on-line application, please click here.

Senior Engineer, Spacecraft Platform

About us One team. Global challenges. Infinite opportunities. At Viasat, we're on a mission to deliver connections with the capacity to change the world. For more than 35 years, Viasat has helped shape how consumers, businesses, governments and militaries around the globe communicate. We're looking for people who think big, act fearlessly, and create an inclusive environment that drives positive impact to join our team. What you'll do Space agencies around the world are investing heavily into lunar exploration with the aim of establishing the Moon as a platform for humanity to become a multi-planetary species. Lunar exploration missions are furthering key scientific objectives around surviving and prospering in space as well as providing information on the origins of life as a whole. The lunar roadmap foresees in-situ resource utilisation on the Moon to establish a permanent human presence during the 2030s, as well as using the Moon as a "refuelling station" for further space exploration to Mars and beyond. As part of the investment into lunar exploration, European Space Agency (ESA) created the Moonlight programme - a private-public partnership. Moonlight will develop new communications and navigation capabilities and services that will be provided to missions on and around the Moon through the launch of dedicated infrastructure. Viasat is entering the programme as the design authority for the communications service, responsible to design and procurement of the space segment, ground segment and user infrastructure to provide communications services by the end of the decade. You will be required to join a team responsible for the manufacture, integration, test, and launch of satellite systems. Your role will be to supervise the Contractor, to ensure that the design, engineering, manufacturing and testing of the Satellite spacecraft are of the required quality standard, within specifications and delivered in the planned time frame. As the Chief Engineer, you will be the Systems Engineering and technical lead for the Spacecraft on the programme. The responsibilities will also include operational support to the satellite operations department in London. The day-to-day - Integrate with the contractor teams, and coordinate their efforts to procure, design, develop, integrate, test, and launch the System - Act as technical interface and lead for external and internal exchanges in meetings, workshops, actions, queries, technical notes and using email to ensure there is full awareness and alignment at all times in a timely manner - Manage applicability, rightness and compliance of interface design and requirements between platform and payload - Manage technical acceptance, from a system level perspective, of a third party payload to be delivered to the spacecraft prime for system level integration and testing - Identify technical risks and propose mitigation plans - Proactively support, work closely and provide recommendations to the execution team (program manager, PA, platform and payload engineers) for the compliance delivery of the space segment - Ensure system level design is sound and compatible between the platform and the payload. - Ensure contract technical requirements are flown down to subcontractors, subsystem and system requirements. - Lead sub-system design reviews, test activities, data reviews, anomaly investigations and resolutions. - Support system design reviews, test activities, data reviews, key system-level hardware inspections, anomaly investigations and resolutions. - Serve as the technical lead for the system-level integration, test, and launch of the spacecraft. - Manage contractor for technical sound and timely resolution of the spacecraft bus subsystems technical problems. - Report issues and contractual conflicts affecting satisfactory technical problem resolution. - Support new space infrastructure procurement tasks. - Support the London based operational team as required. - Be on-call for the In Orbit fleet as required. What you'll need - Degree in Engineering with proven experience in the field of Spacecraft Systems. - In depth experience in satellite design manufacturing &amp; test, system engineering, launch, and operations gained within a business. - Extensive knowledge and understanding of satellite subsystem and system design, assembly, integration &amp; test, and launch. - Excellent writing and reporting skills. - Excellent communication skills with people at all levels of the organisation. - Ability to coach other members of the Satellite Engineering team. - Flexible with regards to working location. What will help you on the job - Accountability - taking ownership, getting results and keeping our promises - Respect - collaborating, embracing diversity and valuing differences - Excellence - creating bold solutions for our customers and putting quality at the heard of everything we do" EEO Statement Viasat is proud to be an equal opportunity employer, seeking to create a welcoming and diverse environment. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, gender identity or expression, sexual orientation, national origin, ancestry, physical or mental disability, medical condition, marital status, genetics, age, or veteran status or any other applicable legally protected status or characteristic. If you would like to request an accommodation on the basis of disability for completing this on-line application, please click here.

Chief Satellite Systems Engineer

S92 Captain (Support Helicopters Falkland Islands) Equal time roster - 6 weeks on / 6 weeks off We are currently seeking an individual to join our S92 Support Helicopter operation as a S92 Captain at our base at Mount Pleasant, on the Falkland Islands, in the South Atlantic. The operation provides helicopter support to the UK military and duties include movement of personnel, supplies and Helicopter External Sling Load Operations (HESLO). Applications are invited from Captains or SFOs with an ATPL and IR. Previous command is desired but not essential. The successful applicant will receive mountain flying and HESLO training, along with command training (if required). This exciting position offers real 'hands on' flying in a challenging environment including VFR/IFR, low level and mountain flying along with underslung loads. You will join the team at UK SAR, and it may provide a pathway to Search &amp; Rescue flying in the future (if chosen). Duties &amp; Responsibilities include but are not limited to: • Maintaining familiarity with relevant United Kingdom air legislation and agreed aviation practices and procedures. • Maintaining familiarity and adherence to such provisions of the Company Operations Manual as are necessary to fulfil his/her function. • Observation, maintenance and compliance of Company SOP's. • Monitoring the pilot handling, aircraft limitations, aircraft performance, fuel checks, navigation, terrain clearance and overall safe conduct of the flight. • Maintaining a high personal standard of discipline, conduct and appearance as a representative of the Company. • Leading by active example, in the development and maintenance of high standards of professional expertise, discipline and morale. Requirements: • Valid CAA/EASA ATPL(H) or CPL(H) and valid IR (Essential) • Valid S92A Type Rating • Must be eligible to meet the requirements to hold a Falkland Islands work permit. In exchange we can offer: <ul><li>Competitive salary</li><li>Falkland Island allowance for UK residents only</li><li>28 days annual leave (inclusive of bank holidays)</li><li>Free Employee Assistance Programme.</li><li>Life Assurance (2.5 x Basic Salary)</li><li>Private Medical Insurance</li><li>Workplace Auto Enrolment pension scheme (9% employee / 9% employer) applicable for UK only - Falkland Island pension payments if applicable</li><li>Occupational Sick Pay 26 weeks full pay after a successful probation period</li><li>Accommodation, Meals, and FI Travel for UK residents only</li></ul>This position will be based in the Falkland Islands, the successful candidates will need to comply with Falkland Islands Immigration policy medical requirements and obtain a relevant work permit if not a Falkland Islands resident. GDPR: We take Data Protection very seriously at Bristow Group. By submitting your CV, you are giving us your personal data which includes (but is not limited to) full name, address, phone number and email address. Our full GDPR policy is available on our website. This tells you how we hold your data, and for how long.

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