A space technology company developing next-generation lunar mobility and human spaceflight systems is seeking an experienced Crew Systems IPT Lead to join its growing team.
This is a great opportunity to lead the development and integration of crew-facing systems for a flagship human-rated spaceflight programme. Working at the forefront of commercial space exploration, you will be responsible for delivering safe, reliable and mission-critical crew systems while collaborating with government agencies, commercial partners and multidisciplinary engineering teams.
The successful candidate will combine deep technical expertise in human-rated systems with strong programme leadership capabilities, driving the delivery of crew accommodations, interfaces and operational systems from concept through certification and flight readiness.
Key Responsibilities
Lead the Crew Systems Integrated Product Team (IPT), with accountability for technical performance, programme cost and schedule.
Oversee the design, development and integration of crew-facing hardware and software systems, including:
Human-machine interfaces
Displays and controls
Seating and restraint systems
Lighting systems
Stowage solutions
Ingress and egress systems
Work closely with human spaceflight stakeholders, customers and certification authorities to ensure crew systems meet programme requirements.
Ensure compliance with all applicable human-rating, safety and certification standards.
Define, manage and maintain system requirements, interfaces and verification strategies.
Coordinate technical activities across mechanical, electrical, software, thermal, safety and systems engineering teams.
Lead system integration, validation and verification activities through major programme milestones and design reviews.
Support the development of operational procedures, crew training materials and mission products.
Drive a culture of safety, innovation, quality and mission success throughout the programme lifecycle.
Key Requirements
Bachelor's degree in Aerospace Engineering, Systems Engineering, Human Factors Engineering, Biomedical Engineering or a related technical discipline.
Significant experience delivering complex aerospace or human-rated systems, including several years in technical leadership positions.
Master's degree in Engineering, Systems Engineering or a related discipline.
Experience supporting human spaceflight, crewed aerospace, defence or other safety-critical programmes
Proven experience leading multidisciplinary engineering teams through full product development lifecycles.
Strong understanding of systems engineering principles, integration and verification processes.
Experience working within highly regulated environments and certification-driven programmes.
Demonstrated ability to manage multiple technical workstreams simultaneously and perform effectively under demanding schedules.
Excellent stakeholder management, communication and leadership skills.
Strong organisational and project management capabilities.
Self-motivated with the ability to thrive in fast-paced, high-growth environments.
This position offers the opportunity to shape the future of human space exploration by leading the development of crew systems for a groundbreaking spaceflight programme. The successful candidate will play a critical role in delivering innovative, human-centred solutions that enable safe and effective operations in some of the most challenging environments ever encountered.
An exciting opportunity has arisen for an experienced Reliability Manager to join a pioneering aerospace and advanced mobility organisation developing next-generation planetary exploration and surface mobility systems. Working within a fast-paced engineering environment, you will lead reliability, maintainability and availability (RMA) activities across complex mission-critical programmes, ensuring systems meet demanding operational and safety requirements.
Key Responsibilities
Lead reliability, maintainability and availability (RMA) activities for advanced vehicle and robotic systems programmes.
Apply industry-standard reliability methodologies and frameworks to complex aerospace and exploration systems.
Develop and refine reliability allocations at system, subsystem and component levels.
Conduct and oversee reliability analyses including FMECA, maintainability assessments, service life analysis and related evaluations.
Collaborate with multidisciplinary engineering teams to identify and mitigate reliability risks throughout the product lifecycle.
Support verification and validation activities through the development of reliability objectives, test plans and test procedures.
Develop reliability models, predictions and performance assessments to support programme requirements.
Produce and maintain reliability documentation, reports, compliance matrices and technical evidence packages.
Support technical reviews and stakeholder presentations related to reliability and mission assurance activities.
Key Requirements
Degree qualified in Mechanical Engineering, Electrical Engineering, Aerospace Engineering or a related technical discipline.
Significant experience in reliability engineering, RMA, systems assurance or a similar field within highly regulated industries.
Experience developing probabilistic reliability models and performing quantitative reliability assessments.
Knowledge of aerospace, defence, transportation or other high-reliability industry standards and best practices.
Understanding of systems engineering principles and product development lifecycles.
Experience using reliability analysis and modelling tools.
Strong analytical and problem-solving skills with the ability to work independently and manage competing priorities.
Excellent written and verbal communication skills.
Ability to work effectively within multidisciplinary engineering teams.
This is a unique opportunity to play a key role in the development of cutting-edge exploration and mobility technologies that will support future missions beyond Earth. The successful candidate will join a highly innovative team working at the forefront of aerospace engineering, reliability and mission assurance.
Our client is seeking a highly accomplished Mission Operations professional to lead the planning and execution of complex spaceflight and exploration missions. This strategic leadership position will oversee mission operations teams, drive operational readiness, manage mission risk, and support critical decision-making throughout all phases of mission delivery.
The role offers a rare opportunity to contribute to the advancement of next-generation exploration programmes while working alongside leading experts across engineering, operations, and programme management disciplines.
Key Responsibilities
Lead mission planning, preparation, and execution activities for high-profile spaceflight and exploration missions.
Make critical real-time operational decisions to ensure mission success, asset protection, and personnel safety during active mission operations.
Direct multidisciplinary flight operations teams, managing mission risks and resolving operational challenges before and during mission execution.
Serve as the primary mission operations interface between engineering, programme management, integration and test teams, and external stakeholders.
Develop, evaluate, and refine mission objectives in alignment with programme requirements and operational constraints.
Create and execute detailed mission and flight plans to support programme objectives.
Develop and maintain operational rules, procedures, and governance frameworks to ensure safe mission execution.
Coordinate mission planning activities across internal teams, partner organisations, customers, and regulatory stakeholders.
Lead contingency planning and operational response activities to resolve system anomalies and restore nominal mission operations.
Drive continuous improvement of mission operations processes, procedures, and team performance.
Key Requirements
Bachelor's or Master's degree in Engineering, Physics, Mathematics, Computer Science, Physical Sciences, or a related technical discipline.
Minimum 15 years' experience in spaceflight mission operations, aerospace operations, or a closely related field.
Demonstrated leadership experience in mission planning, operations management, systems integration, and real-time operational decision-making.
Strong understanding of spacecraft systems, mission design, flight operations, and operational risk management.
Proven ability to lead multidisciplinary technical teams in complex, fast-paced environments.
Excellent communication, stakeholder management, leadership, and interpersonal skills.
Experience developing operational procedures, mission rules, training programmes, and execution frameworks.
Willingness to support mission operations outside standard business hours, including nights, weekends, and holidays when required.
Eligibility to work within regulated aerospace and defence environments.
Desirable Experience
Previous experience as a Mission Director, Flight Director, Operations Lead, or equivalent senior mission operations role.
Experience supporting crewed or uncrewed spaceflight missions.
Knowledge of spacecraft development, testing, integration, launch operations, orbital mechanics, or ground systems.
Experience working with government agencies, commercial space organisations, or international partners.
Strong technical writing and operational documentation skills.
Experience leading complex technical programmes involving multiple stakeholders and integrated systems.
Demonstrated ability to simplify complex technical challenges and communicate solutions effectively across diverse audiences.
This position offers a unique opportunity to play a leading role in the future of human and robotic space exploration, contributing directly to groundbreaking missions while working alongside world-class engineering and operations teams. The role is ideally suited to an accomplished mission operations professional seeking to make a lasting impact on the next generation of spaceflight capabilities.
An innovative space technology organisation developing next-generation robotic and autonomous systems for lunar and planetary exploration is seeking a Senior IT Security Engineer – Mission Systems Cybersecurity & Compliance. This individual will be responsible for securing mission-critical systems, ensuring cybersecurity compliance across complex engineering environments, and supporting the development of resilient operational infrastructure. The role combines technical cybersecurity expertise, governance and compliance leadership, and collaboration with multidisciplinary engineering teams in a fast-paced, high-growth environment.
Key Responsibilities
Develop, implement, and maintain cybersecurity controls aligned with frameworks such as NIST 800-53, NIST 800-171, DFARS/FAR, and ITAR requirements.
Translate cybersecurity requirements into system architecture, design, implementation, testing, and verification activities.
Design and maintain security controls for mission and operational systems, including access management, continuous monitoring, vulnerability management, and incident response.
Lead compliance initiatives, audits, and assessments while ensuring audit readiness and timely remediation of findings.
Produce and maintain cybersecurity documentation including System Security Plans (SSPs), Plans of Action & Milestones (POA&Ms), Security Control Traceability Matrices (SCTMs), and supporting accreditation artefacts.
Support security investigations, forensic analysis, monitoring activities, and remediation efforts for identified vulnerabilities and incidents.
Evaluate and implement cybersecurity technologies such as SIEM, DLP, monitoring, and compliance management tools.
Collaborate with engineering, IT, and compliance teams to strengthen governance, risk, and compliance (GRC) processes.
Develop strategies to improve system resilience, survivability, maintainability, and security throughout the system lifecycle.
Promote cybersecurity awareness and best practices across the organisation.
Key Requirements
Bachelor's or Master's degree in Cybersecurity, Computer Science, Engineering, Information Technology, or a related discipline (or equivalent experience).
Experience in cybersecurity, governance, risk management, compliance, or information assurance environments.
Strong knowledge of cybersecurity frameworks and regulatory requirements including NIST, RMF, ISO standards, DFARS/FAR, and controlled environments.
Experience supporting security compliance audits and accreditation activities.
Understanding of systems engineering principles including requirements management, architecture, design, testing, and verification.
Technical expertise across cloud environments, operating systems, networking, security controls, vulnerability management, and incident response.
Experience developing and maintaining security documentation and compliance artefacts.
Strong communication, stakeholder management, and cross-functional collaboration skills.
Ability to work independently, manage competing priorities, and meet critical deadlines.
Eligibility to work within regulated or government-controlled environments.
This is an excellent opportunity for a cybersecurity professional seeking to play a key role in protecting mission-critical systems within a cutting-edge aerospace and advanced technology environment. The successful candidate will contribute directly to the security, compliance, and resilience of systems supporting pioneering space exploration initiatives while working alongside highly skilled engineering and technical teams.
An innovative aerospace organisation developing next-generation planetary exploration and autonomous vehicle technologies is seeking a Senior Ground Software Engineer to join its growing team.
This role focuses on building cloud-native command and control systems that support mission-critical vehicle operations in challenging environments. You will develop scalable backend services, real-time telemetry processing systems, and mission control applications that enable operators to monitor and control advanced robotic platforms.
Working within a fast-paced engineering environment, you will contribute to the design, development, deployment, and verification of production software that interfaces with complex hardware systems and supports operational missions.
Key Responsibilities
Design and develop backend features for mission command and control platforms.
Build and maintain real-time telemetry processing pipelines supporting vehicle and spacecraft operations.
Develop cloud-native applications and deploy production software within AWS environments.
Implement infrastructure-as-code solutions using technologies such as Terraform, CloudFormation, or AWS CDK.
Design, develop, and maintain containerised microservices using Docker and Kubernetes.
Develop high-performance backend services using Node.js and C++.
Design and optimise database schemas, APIs, and data storage solutions.
Support the development of operator-facing mission control interfaces using modern frontend frameworks.
Collaborate closely with systems, robotics, and operations teams to integrate software with mission hardware.
Develop software in accordance with safety-critical engineering, verification, and quality assurance standards.
Contribute to software architecture, code reviews, testing strategies, and continuous improvement initiatives.
Key Requirements
Bachelor's degree in Computer Science, Software Engineering, Mathematics, or a related technical discipline.
5+ years of professional software engineering experience.
Strong commercial experience developing and deploying software to cloud environments (AWS preferred).
Strong programming skills in Node.js and C++.
Experience designing and developing production-grade backend systems and APIs.
Hands-on experience with SQL databases including schema design, optimisation, and performance tuning.
Experience working with object storage solutions such as Amazon S3, MinIO, or equivalent.
Experience with containerisation technologies including Docker.
Understanding of distributed systems, microservices architectures, and cloud-native development.
Previous experience developing ground software, mission systems, aerospace software, or other complex real-time operational systems.
Desirable
Experience with CCSDS protocols including SPP, AOS, TM/TC, and CFDP.
Experience developing user interfaces using React or similar frontend frameworks.
Knowledge of message broker technologies such as Kafka or RabbitMQ.
Experience with observability and monitoring platforms including Prometheus, Grafana, DataDog, or OpenTelemetry.
Familiarity with real-time data streaming architectures and telemetry systems.
This is an opportunity to work on cutting-edge robotic and autonomous vehicle programmes that push the boundaries of exploration and advanced mobility. You will join a highly collaborative engineering team where your work will have direct impact on mission success, system performance, and future technology development.
A fast-growing company developing next-generation planetary mobility and autonomous systems are hiring a Senior Staff Mechanical Analyst to join its growing engineering team. This is a unique opportunity to work on pioneering spaceflight hardware and contribute to the future of off-world exploration within a fast-paced, highly collaborative engineering environment.
The successful candidate will provide technical leadership across complex mechanical analysis activities, supporting the development of advanced vehicle and mobility systems from concept through to qualification and testing.
Key Responsibilities
Develop and maintain high-fidelity analytical models for advanced vehicle and mobility platforms
Perform detailed mechanical analyses including stress, loads, fatigue/fracture, vibration, structural dynamics, and durability assessments
Collaborate closely with design engineering teams to rapidly iterate and optimise hardware designs
Support programme execution through task planning, schedule management, and coordination with leadership teams
Lead and mentor analysts across multiple concurrent projects and technical workstreams
Review and oversee analysis outputs to ensure technical quality and compliance with applicable engineering standards
Contribute to the development and standardisation of engineering processes, methodologies, and best practices
Produce technical documentation, reports, and recommendations for internal and external stakeholders
Generate loading environments and analysis requirements for suppliers and external partners
Support major engineering milestones including design reviews, test readiness reviews, and failure investigations
Engage with customers, external agencies, and technical working groups as required
Key Requirements
Bachelor’s degree in Mechanical Engineering or related discipline
10+ years’ experience performing mechanical analysis on complex aerospace, automotive, or spaceflight systems
Proven experience leading engineering analysis teams within multidisciplinary environments
Strong expertise in finite element modelling and structural analysis methodologies
Proficiency with industry-standard analysis tools such as ANSYS, FEMAP, MATLAB, LS-DYNA, or similar software packages
Experience interpreting loading profiles, environmental conditions, and test data
Knowledge of dynamics, kinematics, fatigue, fracture mechanics, and composite structures
Familiarity with aerospace, NASA, or government engineering standards and specifications
Experience supporting design reviews, qualification activities, and technical investigations
Excellent communication, stakeholder management, and technical reporting skills
Strong organisational and time management skills with the ability to manage multiple priorities simultaneously
Ability to thrive in a rapid development, fast-paced engineering environment
Eligibility to work on programmes subject to U.S. export control regulations
This is an exceptional opportunity for a senior-level mechanical analysis specialist looking to combine technical leadership with hands-on engineering work on cutting-edge aerospace technologies. The role offers the chance to work on highly innovative mobility and robotics programmes that are shaping the future of space exploration and advanced engineering systems.
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.
Location: Greater Denver Area, CO Working Model: Hybrid, 2-3 days onsite per week Salary: $130,000-$150,000 + equity + benefits
A fast-growing space technology company is looking to add two Senior Mechanical Design Engineers to its spacecraft engineering team in Colorado.
This is an opportunity to work on next-generation small satellite platforms in a highly collaborative, engineering-led environment where you’ll have direct ownership over flight hardware from early concept phases through integration and launch preparation.
The team is looking for engineers who enjoy solving complex mechanical challenges, working closely across disciplines, and operating in a fast-paced NewSpace environment with a high level of autonomy and visibility.
Responsibilities
Lead mechanical design activities for small satellite platforms and spacecraft hardware
Create CAD layouts, detailed parts, assembly drawings, and manufacturing documentation
Apply GD&T and tolerancing best practices throughout the design lifecycle
Collaborate closely with structural and thermal engineering teams on spacecraft packaging, coatings, and thermal solutions
Support hardware integration, vibration testing, and environmental test activities
Contribute to design reviews and mentor junior engineers where appropriate
Support spacecraft development from proposal phase through launch readiness
Requirements
BS degree in Mechanical Engineering, Aerospace Engineering, or related field
6+ years of mechanical design experience within aerospace or space systems
Direct experience working on spacecraft, satellite buses, or flight hardware
Strong CAD experience, ideally with SolidWorks or Onshape
Experience creating manufacturing and assembly drawings
Comfortable working with PDM/version control and engineering release processes
Strong understanding of GD&T, tolerancing, and mechanical analysis
Ability to operate effectively in a fast-moving engineering environment
Strong communication and collaboration skills
Preferred Experience
Small satellite or NewSpace experience
Mechanism design and testing
Environmental/vibration testing support
Thermal and structural integration exposure
Experience mentoring junior engineers
Familiarity with spacecraft environmental standards and launch requirements
Additional Information
Relocation support can be considered for strong candidates
Competitive benefits package including medical, dental, vision, 401k match, PTO, floating holidays, and equity participation
Applicants must be US citizens
If you’d like to hear more, please apply or reach out directly for a confidential discussion: e.hay@evona.com
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.
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