An innovative aerospace and robotics organisation is seeking an Autonomy Engineer to support the development of advanced autonomous navigation and control systems for next-generation robotic and orbital platforms. This role offers the opportunity to work at the forefront of autonomy, robotics, and space exploration, contributing to technologies designed for challenging and remote environments.
Working within a highly collaborative engineering team, the successful candidate will help design and implement sophisticated autonomy software, enabling coordinated operations across multiple autonomous systems while supporting cutting-edge exploration missions.
Key Responsibilities
Design and develop decentralised navigation and decision-making algorithms for autonomous robotic and orbital systems
Develop robust autonomy software capable of operating in challenging and unstructured environments
Collaborate with multidisciplinary engineering teams to integrate autonomy systems with hardware platforms
Utilise simulation tools and techniques to enhance system performance, reliability, and operational efficiency
Conduct simulations, testing, and validation activities to refine algorithms and software performance
Ensure software solutions meet industry standards for safety, reliability, and mission-critical performance
Produce and maintain technical documentation, including interface specifications and verification plans
Participate in technical reviews, trade studies, and risk assessments throughout the development lifecycle
Research and integrate emerging technologies and advancements within autonomy, robotics, and intelligent systems
Key Requirements
Bachelor’s degree or higher in Computer Science, Robotics, Engineering, or a related technical discipline
Commercial experience developing autonomy software for autonomous systems
Expertise in at least one of the following areas:
Swarm coordination and task allocation
State estimation and cooperative localisation
Object identification, modelling, and tracking
Motion planning and control for robotic or autonomous platforms
Strong programming capability in C++ and/or Python
Experience working with ROS (Robot Operating System)
Comfortable operating within agile, research-driven, and interdisciplinary engineering environments
Excellent communication and collaboration skills across technical teams
Proven innovation through projects, publications, patents, or technical achievements
Eligibility to work within a security-conscious environment
Desirable Experience
Advanced degree (MSc or PhD) in Robotics, Autonomy, Artificial Intelligence, or related field
Experience with multi-agent autonomous systems in space or extreme environments
Familiarity with real-time or space-grade operating systems and software frameworks
Experience with containers and virtualisation technologies such as Docker or VirtualBox
Knowledge of sensor integration and calibration
Experience supporting end-to-end deployment of autonomous or networked software systems
This is an exciting opportunity to join a pioneering organisation developing breakthrough autonomous technologies for space and advanced robotic applications. The role would suit an engineer passionate about autonomy, innovation, and solving complex technical challenges within mission-critical environments.
We’re looking for a Staff Core Software Engineer to develop embedded and flight software for mission-critical robotic and spaceflight systems in a fast-paced startup environment.
This role is focused on real-time embedded systems, flight software architecture, hardware integration, and autonomy platforms. You’ll work closely with avionics, robotics, systems, and hardware teams to develop highly reliable software for lunar vehicles operating in demanding environments.
What You’ll Be Working On
Embedded and flight software for robotic space systems
RTOS-based software development (VxWorks, RTEMS, FreeRTOS, etc.)
Command & telemetry systems
Hardware abstraction layers and device drivers
Flight software integration and system control logic
Hardware-in-the-loop testing and simulation environments
Real-time system performance, debugging, and validation
Robotics and autonomous vehicle software architectures
Ideal Background
5+ years developing embedded software or avionics systems
Strong C programming experience for embedded systems
Experience with RTOS environments and real-time software concepts
Familiarity with NASA cFS or similar flight software frameworks
Experience integrating software directly with hardware platforms
Understanding of telemetry, networking, and spacecraft data handling
Comfortable debugging timing, integration, and system interaction issues
Strong collaboration skills in multidisciplinary engineering environments
Nice to Have
Device driver or BSP development experience
Hardware-in-the-loop or simulation experience
Safety-critical or fault-tolerant software development
GNC software integration experience
Planetary robotics or crewed spacecraft avionics experience
Startup or NewSpace background
This is an opportunity to work on cutting-edge lunar robotics and help build the software systems that will support the next era of human space exploration.
We are supporting a pioneering space robotics company developing next-generation lunar mobility and autonomous systems designed to support humanity’s long-term presence beyond Earth.
As part of continued growth, they are seeking a Senior GNC Software Engineer – Sensors to lead development of advanced sensing systems for autonomous lunar rover operations.
The Role
You will lead the Sensor Team, owning the sensing architecture that enables autonomous navigation, localization, and control across lunar surface mobility systems.
Working at the intersection of robotics, autonomy, perception, and space exploration, you’ll help develop mission-critical technologies supporting future NASA lunar missions.
Key Responsibilities
Lead development of sensing architectures for autonomous robotic platforms
Own sensor integration activities including drivers, middleware, calibration, synchronization, and sensor fusion
Support integration with localization, mapping, planning, and autonomy systems
Collaborate with systems, electrical, mechanical, and thermal engineering teams to optimize rover sensing capabilities
Support simulation, field testing, hardware bring-up, and performance validation activities
Drive technical decision-making around sensor selection, integration, and system performance
Mentor engineers and contribute to technical leadership across the autonomy and perception teams
Required Background
Bachelor’s degree or higher in Robotics, Aerospace, Electrical Engineering, or related field
5+ years of experience developing sensing or perception systems for robotics, aerospace, or autonomous vehicles
Experience with sensing technologies such as LiDAR, radar, cameras, IMUs, or similar systems
Strong understanding of sensor fusion, calibration, synchronization, and coordinate transformations
Experience with ROS, cFS, or similar robotics middleware environments
Strong C++ and embedded software experience
Strong communication and technical leadership skills
US Person status required
Preferred Experience
Experience with SLAM, perception systems, or autonomous navigation
Familiarity with spaceflight or safety-critical systems
Experience with EKF, factor graphs, or advanced estimation techniques
Advanced degree related to robotics, sensing, or autonomous systems
Why Apply?
This is an opportunity to work on cutting-edge autonomy and robotics systems that will directly support future lunar exploration missions and long-duration planetary mobility.
We are supporting a pioneering space robotics company developing next-generation lunar mobility and autonomous systems designed to support humanity’s long-term presence on the Moon.
As part of continued growth, they are seeking a Senior Flight Vehicle Systems Engineer to support the design, integration, and verification of advanced lunar vehicle systems in a fast-paced, mission-driven environment.
The Role
You will work across multidisciplinary engineering teams to support system-level design, integration, verification, and technical performance management for a cutting-edge lunar mobility program supporting future NASA missions.
Key Responsibilities
Support system design, integration, and verification activities across flight vehicle programs
Work with subsystem teams to assess technical performance, design margins, and system-level requirements
Manage technical budgets including mass, power, and interface utilization
Develop and maintain interface control documentation and verification plans
Support system-level modeling, analysis, testing, and validation activities
Ensure compliance with NASA standards and engineering best practices
Collaborate with internal engineering teams and external NASA stakeholders
Required Background
Bachelor’s degree in Aerospace, Mechanical, Electrical Engineering, or related discipline
5+ years of Systems Engineering experience within aerospace or complex engineering environments
Strong understanding of spacecraft subsystems, flight hardware, and software integration
Experience with requirements management, interface control, and verification planning
Familiarity with MBSE tools such as Cameo and requirements tools such as DOORS or Jama
Strong communication and organizational skills
US Person status required
Preferred Experience
Human-rated spacecraft or Class A spaceflight mission experience
Mission operations, integration, and test campaign experience
Familiarity with ITAR/EAR environments and export-controlled programs
Why Apply?
This is an opportunity to contribute directly to next-generation lunar exploration systems and work on technologies that will support future human missions beyond Earth.
Our rapidly scaling Space client is seeking a Principal Electrical Engineer to support the development of next-generation communication systems for advanced airborne, space, and terrestrial platforms. This is a highly technical hands-on role focused on the full lifecycle development of complex digital and mixed-signal electronics for cutting-edge RF communication systems.
The successful candidate will take ownership of board-level and system-level hardware design activities from architecture and component selection through integration, testing, qualification, and production deployment. This role is ideal for an experienced engineer who thrives in a fast-paced engineering environment and enjoys solving complex technical challenges across multidisciplinary systems.
Key Responsibilities:
Lead the design, analysis, integration, and test of advanced digital and mixed-signal electronics hardware.
Own complex board-level hardware designs including architecture definition, trade studies, and component selection.
Develop high-speed PCB designs including HDI stackups, signal integrity optimization, and power integrity considerations.
Support FPGA-based systems, ADC/DAC integration, telemetry subsystems, and high-speed digital interfaces.
Perform hardware bring-up, debugging, root cause analysis, and design verification activities.
Conduct detailed design reviews and ensure engineering rigor throughout the development lifecycle.
Collaborate closely with RF, software, firmware, mechanical, manufacturing, and systems engineering teams.
Support hardware qualification, environmental testing, and transition into production environments.
Contribute technical leadership across multi-module assemblies and complex hardware integration activities.
Participate in proposal and technical planning activities for future programmes and technology development efforts.
Required Experience:
Bachelor’s degree or higher in Electrical Engineering or related discipline.
10+ years of experience in board-level electronics design, analysis, and hardware verification.
Strong expertise in digital and mixed-signal electronics design.
Experience with FPGA integration, high-speed interfaces, ADCs/DACs, and telemetry systems.
Advanced PCB layout experience including HDI design and high-speed routing techniques.
Experience using signal integrity and power integrity simulation tools such as SIwave, ADS SIPro, Hyperlynx, or equivalent.
Strong debugging, troubleshooting, and root cause analysis capabilities.
Familiarity with EMI/EMC mitigation techniques and high-reliability hardware design practices.
Experience supporting products through qualification, manufacturing, and deployment.
Strong laboratory experience with hardware bring-up and verification testing.
Desirable Experience:
Aerospace, defense, phased array, satellite communications, or RF systems experience.
Familiarity with military or aerospace design standards.
Experience with RF test equipment and communication systems hardware.
Experience leading small engineering teams or technical work packages.
Electrical Engineering Manager – Digital & Mixed-Signal Hardware Denver, CO
Our rapidly scaling Space client is seeking an Electrical Engineering Manager for their Digital & Mixed-Signal Hardware to lead the development of advanced high-speed digital electronics supporting next-generation communication and computing systems for space and airborne platforms. This is a highly technical leadership opportunity focused on delivering scalable, production-ready digital hardware in a fast-paced and innovation-driven engineering environment.
The role will oversee engineering teams across multiple sites and product lines while driving technical execution, architecture consistency, and engineering process maturity. The successful candidate will combine hands-on technical expertise with team leadership responsibilities, supporting the development of complex software-defined radio systems, phased array control electronics, and high-performance embedded computing platforms.
Key Responsibilities:
Lead digital and mixed-signal hardware engineering activities across multiple aerospace and defense programmes.
Establish and improve engineering standards, workflows, and best practices for high-speed digital design and PCB development.
Our rapidly scaling Space client is seeking an Engineering Manager – RF Hardware to lead the development and execution of advanced RF electronics across a broad portfolio of space and airborne communication systems. This is a highly technical leadership role responsible for driving engineering excellence, design consistency, and scalable hardware development in a fast-paced environment supporting next-generation communications platforms.
The successful candidate will lead RF hardware teams across multiple product lines and locations while remaining hands-on in critical design, review, integration, and debug activities. The role combines technical leadership, people management, and cross-functional collaboration to ensure high-quality RF hardware is delivered on schedule and transitioned successfully into production.
Key Responsibilities:
Lead RF hardware engineering activities across multiple programmes and product lines.
Establish and improve RF hardware development processes, standards, and best practices.
Drive board-level and system-level RF hardware design activities.
Participate in schematic reviews, layout reviews, and system integration efforts.
Support RF debug, troubleshooting, and root cause investigations during development and production.
Ensure hardware designs meet design-for-manufacturability (DFM) and design-for-test (DFT) requirements.
Collaborate closely with manufacturing, supply chain, quality, firmware, mechanical, and systems engineering teams.
Lead hiring, mentoring, coaching, and performance management for RF engineering teams.
Support technical planning, staffing strategies, and programme execution activities.
Contribute to RF component strategy, supplier management, and long-term technology planning.
Required Experience:
Bachelor’s degree in Electrical Engineering or related discipline.
7+ years of RF hardware engineering experience with leadership or management exposure.
Strong experience with RF board-level and system-level hardware development.
Knowledge of RF architectures, signal integrity, and RF component selection.
Experience with RF simulation and analysis tools such as ADS, HFSS, CST, or equivalent.
Understanding of power electronics, digital electronics, firmware interactions, and mechanical integration.
Experience supporting hardware products from development through manufacturing transition.
Familiarity with PCB design tools, schematic capture, and engineering review processes.
Ability to work effectively in a fast-paced aerospace, defense, or high-reliability engineering environment.
Desirable experience:
Aerospace, satellite communications, defense, phased array, or high-frequency communications experience.
Experience scaling engineering teams in a rapidly growing organization.
Familiarity with production environments, supply chain collaboration, and hardware productization.
We’re working with an innovative aerospace company developing next-generation communication systems for satellites, UAVs, and advanced airborne platforms. This is a hands-on role where you’ll contribute across the full software lifecycle—from concept through to in-orbit operations.
If you enjoy working close to hardware, owning systems end-to-end, and solving complex real-world problems, this is a great opportunity to make a tangible impact.
What You’ll Be Doing
Design and develop mission-critical software for satellites, ground systems, and mission operations
Own the full software lifecycle: architecture ? development ? testing ? deployment ? in-orbit support
Work across the stack, including:
Embedded systems / microcontrollers
Low-level drivers & BSPs
Applications & data systems
Collaborate closely with hardware, systems, and test teams
Lead design reviews and present to customers and senior leadership
Mentor junior engineers and contribute to technical direction
Support integration, validation, and performance optimization
Evaluate and integrate third-party / open-source software
What We’re Looking For
BS or MS in Computer Science, Electrical Engineering, or similar
7–9+ years of software development experience
Strong experience in C / C++
Proven background in embedded systems and hardware interaction
Experience building complex, multi-threaded applications
Familiarity with:
Software configuration & version control tools
Debugging and troubleshooting real-world systems
Strong communication skills (you’ll be customer-facing at times)
Nice to Have
Aerospace or space systems experience
Flight software or mission systems experience
Familiarity with:
NASA cFS or similar frameworks
COSMOS or mission ops tools
Experience with:
ARM processors / microcontrollers
SDK development
Ability to read schematics and datasheets
Compensation & Benefits
$142,000 – $189,500 base salary
Equity (stock options)
Comprehensive benefits:
Medical, dental, vision
HSA / FSA
Life & disability
Retirement plans
Eligibility Requirement
Due to export control regulations, applicants must be:
U.S. Citizens, Permanent Residents, or otherwise authorized to work on U.S. government-regulated programs
Lead software programs that go all the way to orbit.
We’re partnered with a fast-growing aerospace company building next-generation satellite and mission systems. This is a high-impact role where you’ll sit at the center of engineering, program management, and customers—driving the successful delivery of mission-critical software.
If you enjoy owning complex programs, working closely with embedded systems, and leading teams in a fast-paced environment, this is a standout opportunity.
What You’ll Be Doing
Lead and manage software development programs for satellite and aerospace systems
Build and maintain software development plans aligned to cost, schedule, and technical requirements
Act as the bridge between software engineering, program management, and customers
Drive execution through:
Backlog management
Sprint planning & standups
Retrospectives
Prioritize features across multiple stakeholders with competing needs
Own and maintain tools such as Jira and other lifecycle management systems
Ensure consistent execution of the software development lifecycle (Agile, V-model, etc.)
Continuously improve processes, delivery, and team efficiency
What We’re Looking For
BS or MS in Computer Science, Electrical Engineering, or similar
9+ years of experience, including:
Software project/program management
Exposure to embedded software development
Strong understanding of:
Software development lifecycles (Agile, V-model, etc.)
Requirements, configuration, and issue tracking systems
Experience with tools like Jira
Ability to communicate effectively with both:
Technical teams
Non-technical stakeholders
Nice to Have
Experience in aerospace, satellite, or high-reliability systems
Background in embedded systems or firmware development
Familiarity with hardware/software integration at board level
Experience managing spacecraft or mission software programs
Exposure to requirements-driven engineering environments
Why This Role?
Be part of a team building cutting-edge satellite systems
Work on programs that go from concept ? launch ? operation
High ownership and visibility across engineering and leadership
Fast-paced, collaborative environment with real impact
We are working with a fast-growing aerospace company developing advanced satellite and space systems. This role owns flight dynamics from mission concept through launch and on-orbit operations, with high visibility and impact across engineering and mission teams.
Responsibilities
Lead orbit design, trajectory optimization, and trade studies (LEO, GEO, and beyond)
Develop and maintain high-fidelity mission analysis models
Perform launch window analysis, injection targeting, and dispersions analysis
Define and validate delta-V budgets across all mission phases
Support constellation design, station-keeping, and end-of-life disposal planning
Develop orbit determination strategies using GNSS, radiometric, and optical data
Plan and analyze spacecraft maneuvers and trajectory corrections
Establish conjunction assessment and collision avoidance processes
Support mission readiness reviews, launch campaigns, and on-orbit operations
Build and maintain flight dynamics tools and simulation environments
Automate workflows to improve scalability and efficiency
Integrate tools with GNC, flight software, and mission operations systems
Evaluate and implement tools such as GMAT, STK, ODTK, MONTE, or custom frameworks
Collaborate with propulsion, systems, GNC, and mission operations teams
Mentor junior engineers and contribute to technical roadmaps
Interface with customers, partners, and regulatory bodies
Requirements
Bachelor’s degree in Aerospace Engineering, Astrodynamics, Physics, or related field (Master’s or PhD preferred)
6+ years of experience in flight dynamics, astrodynamics, or mission analysis
Strong understanding of orbital mechanics, perturbation modeling, orbit determination, and maneuver design
Experience supporting real spacecraft missions through launch and operations
Strong programming skills (Python required; MATLAB, C++, or similar a plus)
Experience with industry-standard astrodynamics tools
Ability to work independently in a high-ownership environment
Strong communication and collaboration skills
Preferred Experience
Experience with small satellite or constellation missions
Background in autonomous navigation or onboard orbit determination
Familiarity with regulatory frameworks (FCC, NOAA, ITU, Space-Track)
Experience building internal analysis tools or frameworks
Compensation and Benefits
Salary range: $113,000 – $136,000
Equity included as part of the package
Full benefits including medical, dental, vision, HSA, FSA, life, disability, and retirement plans
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