Satellite Systems Operations Engineer

Company Overview:Lynk is a pioneering leader in satellite direct-to-device (D2D) technology, holding the unique distinction of being the only company with a commercial D2D license from the FCC. Our innovative service empowers mobile network operators to enable their subscribers to send and receive text messages directly to and from space using standard, unmo…

Join the innovative team at XMSTART as an Operations Systems Engineer, where you'll play a crucial role in a dynamic space program located in Chantilly, VA. In this exciting position, you will have the opportunity to acquire and deploy next-generation space assets, including pioneering satellite constellations equipped with cutting-edge technology. This mission-driven role allows you to make a significant impact on our nation's capabilities while collaborating with a dedicated team focused on achieving mission success.We are seeking a candidate with a robust background in operations, particularly in satellite operations. You should possess exceptional problem-solving abilities, creativity, and a proactive approach, with a commitment to going above and beyond in a fast-paced NRO System Program Office environment.If you are passionate about shaping the future of space technology and thrive in a mission-oriented atmosphere, this team is the perfect fit for you! Please note that this position is 100% Onsite.

About LynkLynk is pioneering satellite direct-to-device (D2D) technology and proudly holds the world's only commercial license from the FCC for operating a commercial D2D system. Our groundbreaking service enables mobile network operators' subscribers to effortlessly send and receive text messages to and from space using standard, unmodified mobile devices. Lynk’s technology has undergone extensive testing on all seven continents, achieving regulatory approvals in over 30 countries, and is currently being deployed commercially, backed by more than 40 contracts with mobile network operators across approximately 50 countries.Our mission is to ensure that all 8 billion people globally can stay connected through the standard phone in their pocket, no matter where they are. By joining Lynk, you'll have a chance to directly impact billions of lives and contribute to pulling countless individuals out of poverty, while potentially saving lives.Job Summary:We are looking for a dedicated Flight Controller to join our expanding Mission Operations team. In this pivotal role, you will oversee daily satellite and ground system operations, which involve managing live satellite contacts, executing commanding procedures, responding to alerts and anomalies, and ensuring system health across our satellite constellation and ground station network.This hands-on operational position emphasizes ownership of real-time operations on console, guaranteeing the safe, reliable, and repeatable operation of Lynk’s satellite network. You will work closely with Flight Operations Engineers and other specialists in a mission-critical setting.As part of a team that supports around-the-clock operations, Flight Controllers are expected to engage in shift work, including nights, weekends, and holidays, as part of a rotating schedule to ensure continuous coverage of the satellite constellation and ground segment.This position is especially suited for candidates with prior operations center experience (e.g., military satellite control, ground station operations, or air traffic control) who are eager to be part of a dynamic system where tools, processes, and procedures are actively being developed and refined. Candidates should be adept at operating within structured procedures while being flexible to adapt to evolving tools, processes, and operational environments.Core Responsibilities:Satellite Contact Operations: Execute satellite commanding sessions using Lynk’s command and control software tools in accordance with established procedures.

About LynkLynk is the pioneering force behind satellite direct-to-device (D2D) technology, boasting the world’s exclusive commercial license from the FCC to operate a D2D system. Our innovative service enables mobile network subscribers to send and receive text messages from space using standard, unmodified mobile devices. Lynk's technology has been rigorously tested across all seven continents, gaining regulatory approvals in over 30 countries and is on the path to commercial deployment, supported by more than 40 contracts with Mobile Network Operators (MNOs) covering approximately 50 countries.Our mission is to ensure that all 8 billion people on the planet can stay connected through the phones they already own, no matter where they are.By joining Lynk, you will have a unique opportunity to make a significant impact on the lives of billions, helping to provide mobile broadband access to underserved communities, alleviate poverty, and save lives.Job SummaryAs a Test Engineer for Satellite Hardware at Lynk, you will engage in a dynamic role involving electronics, RF hardware, and software testing. Your primary responsibility will be to support the testing of payload hardware in a laboratory setting. You will work hands-on with various hardware components, often using tools such as soldering guns, oscilloscopes, vector network analyzers, and spectrum analyzers to perform your duties.Core Responsibilities• Integrate space and laboratory hardware electronics, designing test beds, fixtures, and procedures for operational verification of hardware and software technologies.• Develop, specify, and maintain Electronic Ground Support Equipment (EGSE) for satellite payload verification, particularly during functional and environmental testing phases.• Conduct bench-level work with electronics to debug and troubleshoot issues arising during testing.• Collaborate with engineers and technicians to inform the design and optimization of operational testing procedures for our production and R&D campaigns.• Automate testing processes and data collection tools to ensure reliable and repeatable testing.

Join Lynk and Revolutionize ConnectivityAt Lynk, we are pioneers of satellite direct-to-device (D2D) technology, holding the exclusive commercial license from the FCC to operate a D2D system. Our innovative service enables mobile network operators' subscribers to send and receive text messages from space using standard mobile devices, untouched by modifications. Having tested our technology across all seven continents and secured regulatory approvals in over 30 countries, we are on a mission to deploy our services commercially across approximately 50 countries through partnerships with more than 40 mobile network operators.Our goal is ambitious yet simple: to ensure that the 8 billion people on Earth remain connected, regardless of their location or circumstances. By joining Lynk, you are stepping into a role where your contributions can impact billions, uplift communities from poverty, and potentially save lives.Position OverviewLynk is seeking a skilled Wireless Engineer to design and implement feeder link modems for our spacecraft and ground systems. This role will involve the development, implementation, and testing of digital signal processing (DSP) and satellite communication protocols. The ideal candidate will bring a robust background in wireless communication, signal processing, and software engineering to foster innovation in next-generation satellite networks.Your ResponsibilitiesDesign and implement DSP algorithms and wireless protocols within the PHY and MAC layers.Deliver high-performance, reliable production code for software-defined radio (SDR) platforms utilizing single-board computers and/or FPGAs.Assess algorithm performance through simulation tools such as MATLAB and Python before implementation.Validate performance on hardware using RF lab equipment, including spectrum analyzers and channel simulators, along with networking tools like ping and iperf.Create test automation frameworks and manage CI/CD pipelines to facilitate unit, integration, and system testing of modems.Collaborate with cross-functional teams in RF, electronics, and hardware to integrate, benchmark, and troubleshoot payload software and communication systems.Work alongside the operations team to swiftly debug production issues and resolve complex software and hardware anomalies both in orbit and on the ground.

Lynk builds direct-to-device satellite communication systems, enabling standard mobile phones to send and receive text messages by satellite. The company holds a commercial FCC license and works with mobile network operators worldwide. Lynk’s technology has been tested on every continent, approved by regulators in over 30 countries, and is rolling out through more than 40 commercial contracts across about 50 countries. The mission centers on connecting people everywhere using the phones they already have, with a focus on expanding mobile broadband and supporting underserved communities. Role overview The Senior Satellite Flight Software Engineer will develop flight software applications that command and control Lynk’s satellites. This includes building software for command and data handling systems, as well as supporting both primary payload and secondary radio communications. Work involves testing software on satellite prototypes in labs that simulate orbital environments. The position also implements data acquisition processes to ensure thorough testing, verification, and validation of software. Lynk values engineers who can design, build, and test software quickly and effectively. The team looks for candidates who enjoy solving unusual technical problems and bring creativity to their work. Direct satellite experience is not required; systems-level software engineers interested in exploring new technical areas are encouraged to apply. Lynk welcomes diverse backgrounds and fresh perspectives. Key responsibilities Lead the design of software solutions for spacecraft operations, including command and data handling, power management, communications, and guidance, navigation, and control systems. Location This position is based in Chantilly, VA.

About LynkLynk is the pioneering force behind satellite direct-to-standard phone technology, known as sat2phone, and holds the unique commercial license from the FCC to operate a commercial sat2phone system. Our innovative technology enables subscribers of mobile network operators to send and receive text messages from space, utilizing standard, unmodified mobile devices. Lynk's services have been extensively tested across all seven continents and are recognized with regulatory approvals in over 30 countries. We are currently deploying our service commercially through more than 40 contracts with mobile network operators across approximately 50 countries.Our mission is to connect all 8 billion people globally through the standard phones they already possess, ensuring they can stay connected everywhere, regardless of circumstances.By joining Lynk, you will play a crucial role in transforming lives on a massive scale, aiming to bring mobile broadband access to billions, alleviate poverty for hundreds of millions, and save countless lives.Job SummaryAs a GNC Engineer at Lynk, you will be integral to the analysis, design, implementation, optimization, and enhancement of the attitude determination and control systems (ADCS) for our satellite constellation. Your contributions will include developing satellite ADCS system designs, crafting flight codes and algorithms, evaluating ADCS components like sensors and effectors, and conducting comprehensive hardware-in-the-loop simulations to analyze satellite dynamics. You'll also be responsible for designing lab test environments to facilitate the development and testing of ADCS.Core ResponsibilitiesYour role will encompass various engineering disciplines, including electrical, mechanical, and software engineering.Advance Lynk's satellite ADCS architecture, focusing on systems that provide both relative and absolute attitude measurements.Refine the Concept of Operations for satellite attitude determination and control systems and associated ground systems.Collaborate with the Systems Engineering team to shape constellation and network architecture based on ADCS performance metrics.Support the development of the six degrees of freedom (6 DOF) simulation for evaluating the attitude determination and control systems.Conduct analyses to assess the performance requirements of satellite ADCS components, focusing on characteristics such as sizing, accuracy, sensor noise, reliability, redundancy, and fault management strategies.

About LynkLynk is a pioneering company that has developed satellite direct-to-device (D2D) technology, holding the unique commercial license from the FCC to operate a D2D system. Our innovative service enables mobile network operators to allow their subscribers to send and receive text messages to and from space using standard mobile devices, without any modifications. Proven across all seven continents and with regulatory approvals in over 30 countries, Lynk is actively deploying its services globally, supported by commercial contracts with more than 40 mobile network operators covering approximately 50 countries.Our mission is to connect all 8 billion people on the planet, ensuring that everyone can communicate using the phones they already have. This role at Lynk offers the chance to make a direct impact on billions of lives, helping to bridge the digital divide, alleviate poverty, and contribute to saving lives.Job Summary:As a GNC & Astrodynamics Engineer at Lynk, you will play a critical role in defining, developing, and implementing orbital dynamics strategies and tools for our Low Earth Orbit satellite constellation. You will be responsible for creating automated 'autopilot' systems to maintain satellite positioning and avoid debris, all without human intervention. As an expert in the field, you will develop collision avoidance tools and strategies while contributing to constellation-level system analyses and the design and analysis of next-generation Lynk satellites.This position offers technical leadership opportunities, allowing you to shape our orbital strategy as the subject matter expert (SME). Initially, you will not manage a large team, but as Lynk grows, this role may evolve into a principal or team lead position.We seek an expert in astrodynamics who is ready to move beyond legacy STK scripts and build a modern, scalable orbital dynamics suite from the ground up. Unlike traditional programs, this role will directly influence the operational behavior of satellites in orbit, with feedback loops measured in days, not years.Ideal Candidate:Engineers who enjoy being involved in real operational decisionsInnovators who prefer to build and design new systems

About LynkLynk is pioneering satellite direct-to-device (D2D) technology and holds the unique distinction of having the world’s only commercial license from the FCC to operate a commercial D2D system. Our innovative approach enables subscribers of mobile network operators to send and receive text messages from space using standard, unmodified mobile devices. Lynk’s service has been rigorously tested across all seven continents, earning regulatory approvals in over 30 countries, and is actively being deployed commercially through more than 40 MNO service contracts covering approximately 50 countries.Our mission is to ensure connectivity for all 8 billion individuals on the planet, allowing them to stay in touch with just the phones in their pockets—anywhere, anytime.By becoming part of Lynk, you will have the chance to impact billions of lives directly. Your work will help deliver mobile broadband to the masses, lift millions out of poverty, and save countless lives.Job SummaryWe are seeking a Ground Station Systems Software Engineer to become a vital part of our Mission Operations team. In this role, you will develop, integrate, deploy, and maintain software systems that underpin Lynk’s ground station network, seamlessly connecting these systems within our broader Mission Operations Software environment.This hands-on engineering position focuses on ground station software, network interfaces, automation, telemetry, monitoring and control, infrastructure as code, and operational reliability. You will collaborate closely with teams in Mission Operations, ground site engineering, telecom engineering, flight software, and external ground site partners to ensure the reliable operation and efficient scalability of Lynk’s ground stations as our constellation expands.The ideal candidate thrives in a multi-disciplinary environment, possessing a solid foundation in software development, Linux systems, networking, DevOps, telemetry, and operational infrastructure. This role is perfect for someone passionate about crafting practical software solutions that facilitate real-world mission operations.Core Responsibilities● Design, develop, and maintain software systems for monitoring, controlling, configuring, and supporting Lynk's ground station infrastructure.● Create software interfaces between ground station equipment, network services, Mission Operations Software, and Mission Operations Center tools.● Assist in the deployment and integration of new and upgraded systems to enhance operational capabilities.

About LynkLynk is the pioneer of satellite direct-to-device (D2D) technology and holds the world’s only commercial license from the FCC to operate a commercial D2D system. With Lynk, mobile network operators' subscribers can send and receive text messages to and from space using standard, unmodified mobile devices. Our service has been rigorously tested on all seven continents, gaining regulatory approvals in over 30 countries, and is now being deployed commercially based on more than 40 MNO agreements covering approximately 50 countries.Our innovative technology aims to connect all 8 billion people on the planet, enabling them to stay connected with the standard phone in their pocket, anywhere, anytime.By joining Lynk, you have the chance to impact billions of lives, facilitating mobile broadband access for billions, lifting hundreds of millions out of poverty, and saving countless lives.Job Summary:We are looking for a Principal Software Engineer to lead the Mission Ground Software team. This role focuses on transforming complex and evolving mission requirements into reliable, operational software systems that support real-world satellite operations.This position requires hands-on technical leadership. The Principal Engineer will directly contribute to the codebase while also guiding our talented team towards clear and actionable solutions. Emphasizing execution, system reliability, and engineering clarity is key, rather than theoretical design.A core responsibility includes translating high-level, ambiguous initiatives into well-defined, sequenced, and deliverable engineering tasks. Success is measured not just on individual contributions but also on enhancing the team's ability to consistently deliver operationally effective systems.This role will also influence technical direction by providing options, trade-offs, and informed recommendations while constructively challenging approaches to ensure reliable execution. The ideal candidate will rely on technical judgment, clarity, and quality of execution rather than positional authority.Core Responsibilities:Execution & Delivery Leadership:Transform high-level or ambiguous initiatives into actionable engineering plans.Decompose large system efforts into sequenced, manageable work units....

Join BryceTech as a Space Systems Engineer, where you will play a pivotal role in the design, development, and integration of advanced space systems. Collaborate with a dynamic team of engineers and scientists to push the boundaries of space exploration and technology. Your contributions will directly impact critical missions and projects that shape the future of space endeavors.

ABOUT ROCKET LABAt Rocket Lab, we are proud to be a pioneering end-to-end space company dedicated to making space accessible for everyone. We provide responsive launch services, comprehensive spacecraft design and manufacturing, payloads, satellite components, and much more. Our mission is to support vital space initiatives, ranging from scientific exploration and Earth observation to national security and innovative technology demonstrations.Our Electron rocket has emerged as the second most frequently launched U.S. rocket, successfully delivering over 230 satellites into orbit. Meanwhile, we are excited to develop Neutron, our upcoming medium-lift, reusable launch vehicle designed to facilitate larger constellation deployments. Our Space Systems division is at the forefront of designing and constructing our extensive range of satellites, payloads, and components, including those selected for NASA’s Moon and Mars missions and key components utilized in the James Webb Space Telescope.SPACE SYSTEMSAt Rocket Lab, we are not merely launching rockets — we are shaping the future of space exploration. Our Space Systems team is responsible for building everything from complete spacecraft and precision payloads to the essential components and subsystems that enable them to function in the harsh environment of space. This includes solar panels, flight software, star trackers, optical systems, radios, and much more.The Space Systems team has facilitated over 1,700 missions, contributing to endeavors such as interplanetary exploration, in-space manufacturing, and national security initiatives. Our work includes collaborations with esteemed partners like NASA, the Space Development Agency, and the U.S. Space Force. Whether creating sophisticated single spacecraft, constellations, or vertically integrated components, our talented Space Systems team is empowering some of the most ambitious space missions.SENIOR FPGA ENGINEER IIJoin our Optical Systems division at Rocket Lab, where we tackle mission-critical challenges in the space domain and Intelligence, Surveillance, and Reconnaissance (ISR) for the Department of Defense (DoD) and Intelligence Community (IC). Our goal is to transform the space-based payload market with innovative solutions.

ABOUT ROCKET LABRocket Lab is a pioneering space enterprise committed to providing end-to-end launch services, comprehensive spacecraft design, manufacturing capabilities, and payload solutions. Our mission is to enhance access to space, enabling vital scientific exploration, Earth observation, climate change initiatives, national security operations, and innovative technology demonstrations.Our Electron rocket ranks as the second most frequently launched U.S. rocket annually, successfully delivering over 230 satellites to orbit. In parallel, we are advancing the development of Neutron, our upcoming medium-lift reusable launch vehicle designed for larger satellite constellation deployments. Our Space Systems division is responsible for designing and manufacturing a diverse range of satellites and payload components, including those selected for NASA missions to the Moon and Mars, as well as components utilized in the James Webb Space Telescope.SPACE SYSTEMSAt Rocket Lab, we are not just launching rockets; we are shaping the future of space exploration. Our Space Systems team is dedicated to developing everything from complete spacecraft to precision payloads and the critical components that enable them to thrive in the harsh environment of space. This includes solar panels, flight software, star trackers, optical systems, and radios.Our team has facilitated over 1,700 missions, encompassing interplanetary exploration, in-space manufacturing, and national security projects. We have collaborated with esteemed partners, including NASA, the Space Development Agency, and the U.S. Space Force, to build spacecraft and components that support missions to the Moon and Mars. Whether it's a single high-performance spacecraft or a constellation of satellites, our world-class Space Systems team empowers some of the most ambitious space missions on the planet.SYSTEMS ENGINEER II - SECRET CLEARANCEIn Rocket Lab's Optical Systems division, we tackle mission-critical challenges related to the space domain and provide Intelligence, Surveillance, and Reconnaissance (ISR) solutions for Department of Defense (DoD) and Intelligence Community (IC) clients. Our vision is to revolutionize...

Rocket Lab is a space technology company specializing in launch services, spacecraft design, and advanced satellite components. Its work supports scientific research, Earth observation, national security, and technology demonstrations. The Electron rocket is now the second most frequently launched U.S. rocket each year, with over 230 satellites delivered to orbit. Rocket Lab is also developing Neutron, a reusable medium-lift launch vehicle for larger satellite constellations. The Space Systems division contributes hardware for major missions, including NASA’s lunar and Mars programs and the James Webb Space Telescope. The Business Development team at Rocket Lab connects government and commercial clients with mission solutions across launch and space systems. Team members collaborate with clients to understand requirements and develop tailored solutions, while also working closely with internal engineering and operations teams. Role overview The Director of Business Development – Satellite Propulsion, based in Chantilly, VA, manages all business development activities related to propulsion products. This includes electric propulsion systems and propellant tanks. The position supports senior leadership and the broader Business Development group, ensuring that deliverables for the Board of Directors and investors are achieved. Key responsibilities Lead business development for Rocket Lab’s propulsion product line, driving growth and supporting innovation within the sector.

Join BryceTech as a Lead Systems Engineer specializing in Modeling, Simulation, and Analysis. In this pivotal role, you will drive innovative solutions and lead a team of skilled engineers to create cutting-edge models and simulations that enhance system performance and reliability. Your expertise will be crucial in analyzing complex systems, ensuring they meet both technical and operational requirements.As a Lead Systems Engineer, you will collaborate closely with cross-functional teams, engage in problem-solving activities, and contribute to strategic planning. Your contributions will help shape the future of our engineering efforts and deliver exceptional value to our clients.

About LynkLynk is a pioneering company in the realm of satellite direct-to-device (D2D) technology, holding the unique distinction of being the only organization with a commercial license from the FCC to operate a D2D system. Our innovative solutions empower mobile network operators' subscribers to seamlessly send and receive text messages from space using standard, unmodified mobile devices. Lynk's technology has been rigorously tested across all seven continents, garnering regulatory approvals in over 30 countries, and is currently being rolled out commercially, backed by more than 40 MNO service contracts covering approximately 50 countries.Our groundbreaking technology aims to connect all 8 billion people globally, ensuring that everyone can stay in touch with the device they already own. Join us in our mission to transform lives, alleviate poverty for millions, and save countless lives through enhanced connectivity.Job SummaryAs a Principal Mechanical Engineer at Lynk, you will play a crucial role in the analysis, design, development, and enhancement of mechanical systems related to our satellite communications payloads, satellites, testbeds, and testing equipment. Candidates must possess prior experience in satellite design to qualify for this position. Key deliverables will include creating mechanical models of both space and ground systems using CAD software such as SolidWorks, along with performing thermal, structural, vibration, and finite element analyses to support critical system trades. Your responsibilities will also extend to integration and testing support for essential hardware systems, encompassing satellite mechanical, structural, and electrical subsystems. While the focus is on mechanical engineering, collaboration with the Electrical, RF, Software, and Systems teams will be essential.If you thrive on challenges, enjoy multi-faceted roles, and have a proven track record of innovative problem-solving, we eagerly await your application!

Company OverviewWith a legacy of over 25 years, Edgesource Corporation stands out as a leading technology service provider, catering to the needs of the Department of Defense (DOD), Department of Homeland Security (DHS), Department of State (DOS), U.S. Intelligence Community, Law Enforcement, and various federal, state, and commercial clients both domestically and internationally. We pride ourselves on delivering tailored technical solutions that bolster the DOD's Counter Unmanned Aerial Systems (CUAS) mission and combat critical cybersecurity threats in collaboration with the DHS Cybersecurity & Infrastructure Security Agency (CISA). Joining Edgesource means engaging in work that is not just meaningful but also impactful.Position OverviewAs a Senior Systems Engineering Subject Matter Expert, you will lead engineering teams in adopting a multidisciplinary approach to requirements engineering, solutions engineering, scheduling, reliability, resiliency, service development, integration, testing and evaluation, maintainability, and analysis across the National System of Geospatial-Intelligence (NSG), Allied System of Geospatial-Intelligence (ASG), and various Federal Agencies, ensuring the delivery of timely and precise GEOINT services.Job DutiesMentor mid-level and junior systems engineers in executing requirements engineering, solutions engineering, scheduling, reliability, resiliency, service development, integration, testing and evaluation, maintainability, and analytical tasks across NSG, ASG, and Federal Agencies.Oversee the planning, analysis, and traceability of user requirements and system architectures, while identifying opportunities to enhance existing systems and evaluating cloud service capabilities and scheduling constraints.Guide the development of solution designs by mid-level and junior engineers based on rigorous analysis of requirements and emerging technologies.Assist the Government in transforming mission and customer requirements into actionable systems and capability solutions.Support the analysis and allocation of requirements to systems architecture components and executing programs.Conduct systems integration activities.Lead Analysis of Alternatives (AoAs), Course of Action (CoAs), Trade Studies, and Engineering Assessments.Provide strategic technical planning, project management, performance engineering, risk management, and interface design support to the Government.

Job Title: Windows System EngineerLocation: Chantilly, VA or King of Prussia, PAClearance Required: Active Top Secret / SCIEmployment Type: Full-TimeOverviewWe are on the lookout for a talented Windows System Engineer proficient in Citrix administration to enhance our secure and mission-critical IT operations in a classified environment. The ideal candidate will possess extensive experience in Windows server management, virtualization, system optimization, and security compliance, demonstrating a solid track record in managing and supporting enterprise-level Citrix environments.Key Responsibilities- Administer, configure, and maintain Windows Server environments (2016, 2019, or later) in alignment with security and operational standards.- Manage, monitor, and troubleshoot Citrix infrastructure including Citrix Virtual Apps and Desktops, StoreFront, and Citrix Director.- Implement and maintain Active Directory (AD), Group Policy, and DNS/DHCP configurations.- Apply DISA STIGs, security patches, and system hardening procedures to ensure compliance with DoD and organizational standards.- Support virtualized environments (VMware or Hyper-V) and assist with storage and network integrations.- Conduct system monitoring, backup, and recovery operations to guarantee high availability and resilience.- Collaborate with cybersecurity teams to maintain compliance with RMF and security baseline requirements.- Provide Tier 2/3 support for escalated system and user issues related to Windows or Citrix systems.- Document configurations, changes, and procedures per organizational policies.Required Qualifications- Active Top Secret / SCI Clearance (TS/SCI)- 5+ years of hands-on experience as a Windows Systems Engineer or Systems Administrator.- Strong experience in Citrix administration (Citrix Virtual Apps and Desktops, Citrix Studio, Citrix Director, StoreFront).- Proficiency in Windows Server management, Active Directory, Group Policy, and PowerShell scripting.- Experience with VMware or Hyper-V virtualization platforms.- Familiarity with DoD security standards, STIGs, and RMF compliance processes.- Excellent troubleshooting, documentation, and communication skills.Preferred Qualifications- Citrix certifications (e.g., CCA-V, CCP-V, or CCE-V).- Microsoft certifications such as MCSA or MCSE.- Experience supporting environments within a DoD, Intelligence Community, or federal contractor setting.- Familiarity with SolarWinds, SCCM, WSUS, or similar management tools.

About LynkLynk is the pioneering force behind satellite direct-to-phone technology, known as sat2phone, and holds the unique distinction of being the only company licensed by the FCC to operate a commercial sat2phone system. Our innovative service enables mobile network operators' subscribers to send and receive text messages to and from space using standard, unmodified mobile devices. With successful tests conducted across all seven continents and regulatory approvals in over 30 countries, Lynk is currently rolling out its commercial services under more than 40 contracts with mobile network operators across approximately 50 countries.Our vision is to ensure that all 8 billion people on Earth can stay connected through the standard phones they already possess. Everywhere, without exception.Joining Lynk means you will have the chance to impact the lives of billions directly. Your mission will be to bring mobile broadband to the masses, lift millions out of poverty, and save countless lives.Job SummaryAs a Mechanical Engineer at Lynk, your primary responsibilities will encompass the analysis, design, construction, and improvement of the mechanical systems integral to our satellite communication payloads, satellites, testbeds, and testing apparatus. Candidates must possess prior satellite design experience to qualify for this role. You will create mechanical models for both space and ground systems utilizing CAD software, such as SolidWorks, and conduct thermal, structural, vibration, and finite element analyses to support vital system decisions. Alongside design responsibilities, you will assist in the integration and testing of critical hardware systems, including satellite mechanical, structural, and electrical subsystems. Although your focus will be on mechanical engineering, collaboration with the Electrical, RF, Software, and Systems teams will be essential.If you thrive on challenges and possess a track record of innovative problem-solving, we eagerly await your application!

About Redhorse Corporation Redhorse Corporation delivers data insights and technology solutions that support U.S. national interests. The team values professionals who bring technical skill, reliability, and a commitment to supporting complex, high-stakes missions for government clients. Role Overview The Systems Engineer will help shape how government organizations manage and protect their data. This role centers on building a new IT application to automate data access requests, with a focus on secure and efficient handling of sensitive information. Key responsibilities include designing and implementing systems that protect Personally Identifiable Information (PII) and Protected Health Information (PHI). The work demands precision and a strong sense of accountability, with direct impact on the security and efficiency of data access processes across Redhorse projects and clients. Location Chantilly, VA