We are looking to add a Senior Electronics Engineer II to our Digital/Mixed-Signal Electronics team. If you enjoy working in a startup environment and are passionate about developing leading-edge electronics for satellites, spacecraft, and aerospace systems, we would like to hear from you.
In this role, you will own the full lifecycle of board-level electronics hardware design and implementation for advanced RF communication systems. We are seeking a digital-focused Senior Electrical Design Engineer with a broad foundation in electrical design and test, with the ability to effectively communicate technical concepts to peers and leadership. You will mentor junior engineers, perform thorough design reviews, and drive technical decision-making while leading focused efforts in fast-moving environments.
JOB REQUIREMENTS AND MINIMUM QUALIFICATIONS
Bachelor of Science (BS) degree or higher in Electrical Engineering from an accredited university.
Minimum of 6 years of relevant experience in board-level electronics design, analysis, and test.
Significant experience designing electronics with rigor, in teams that value thorough analysis and testing. Aerospace design experience preferred but not required.
Expertise in aspects of digital and mixed-signal electronics, such as signal integrity, implementing FPGAs on boards, ADCs/DACs, and telemetry subsystems.
Experience owning the design phase of complex board-level electronics, including trade studies, key part selection, and detailed design.
Experience delivering hardware designs through production and deployment.
Expertise in PCB layout, including high-density interconnect (HDI) stackup design and high-speed routing.
Experience running board-level signal integrity and/or power integrity simulation tools such as Ansys SIwave, ADS SIPro, or Mentor Hyperlynx.
Proven success in debugging, root cause analysis, and design reviews.
Depth in point-of-load power converter design for digital boards.
Strong working knowledge of adjacent fields, such as software and mechanical, that guides hardware design and system design.
Extensive lab experience for bring-up and verification of new hardware.
PREFERRED EXPERIENCE
Familiarity with EMI/EMC concepts and design to mitigate these effects.
Understanding of Military and/or DO specifications.
Experience with design qualification.
Experience leading small teams of hardware engineers to develop multi-module assemblies, including hardware architecture, requirements, make/buy decisions, and interconnects.
We are looking to add a Senior Electronics Engineer II to our Digital/Mixed-Signal Electronics team. If you enjoy working in a startup environment and are passionate about developing leading-edge electronics for satellites, spacecraft, and aerospace systems, we would like to hear from you.
In this role, you will own the full lifecycle of board-level electronics hardware design and implementation for advanced RF communication systems. We are seeking a digital-focused Senior Electrical Design Engineer with a broad foundation in electrical design and test, with the ability to effectively communicate technical concepts to peers and leadership. You will mentor junior engineers, perform thorough design reviews, and drive technical decision-making while leading focused efforts in fast-moving environments.
JOB REQUIREMENTS AND MINIMUM QUALIFICATIONS
Bachelor of Science (BS) degree or higher in Electrical Engineering from an accredited university.
Minimum of 6 years of relevant experience in board-level electronics design, analysis, and test.
Significant experience designing electronics with rigor, in teams that value thorough analysis and testing. Aerospace design experience preferred but not required.
Expertise in aspects of digital and mixed-signal electronics, such as signal integrity, implementing FPGAs on boards, ADCs/DACs, and telemetry subsystems.
Experience owning the design phase of complex board-level electronics, including trade studies, key part selection, and detailed design.
Experience delivering hardware designs through production and deployment.
Expertise in PCB layout, including high-density interconnect (HDI) stackup design and high-speed routing.
Experience running board-level signal integrity and/or power integrity simulation tools such as Ansys SIwave, ADS SIPro, or Mentor Hyperlynx.
Proven success in debugging, root cause analysis, and design reviews.
Depth in point-of-load power converter design for digital boards.
Strong working knowledge of adjacent fields, such as software and mechanical, that guides hardware design and system design.
Extensive lab experience for bring-up and verification of new hardware.
PREFERRED EXPERIENCE
Familiarity with EMI/EMC concepts and design to mitigate these effects.
Understanding of Military and/or DO specifications.
Experience with design qualification.
Experience leading small teams of hardware engineers to develop multi-module assemblies, including hardware architecture, requirements, make/buy decisions, and interconnects.
Lead Space Systems Engineer – Constellation Design Remote, US
A globally recognised telecommunications and digital infrastructure organisation is building a next-generation Low Earth Orbit (LEO) satellite constellation focused on direct-to-device connectivity, broadband communications, and non-terrestrial network services. Backed by significant investment and long-term strategic vision, the programme aims to transform satellite connectivity across one of the world’s largest and fastest-growing markets.
The company is looking for a Lead Constellation Design & Simulation Engineer to take ownership of the orbital architecture, coverage modelling, and constellation performance analysis for the programme’s future satellite network.
Key Responsibilities:
Lead constellation architecture development across multiple LEO orbital shells.
Develop and maintain coverage, latency, throughput, and capacity simulations.
Close link budgets for S-band NTN and Ka-band communications systems.
Conduct Doppler, propagation, and interference analysis activities.
Run EPFD simulations and support ITU coordination activities.
Produce India-wide coverage models and performance validation studies.
Support launch planning and constellation deployment modelling.
Collaborate with cross-functional engineering and regulatory teams to define architecture requirements.
Requirements:
Degree in Aerospace Engineering, Physics, Electrical Engineering, or related discipline.
Ideally 12+ years experience in LEO/MEO constellation design or mission analysis.
Strong hands-on experience with STK, GMAT, FreeFlyer, or equivalent simulation tools.
Experience with satellite communications systems and link-budget analysis.
Strong understanding of orbital mechanics and constellation optimisation.
Experience supporting NGSO, NTN, or satellite network programmes.
Nice to Have:
Experience with ITU coordination and EPFD analysis.
Background in Ka-band FSS or S-band MSS systems.
Experience supporting 3GPP NTN architectures or direct-to-device systems
Published technical papers or research in orbital mechanics, NTN, or interference modelling.
We are seeking a Flight Assurance Engineer to lead assurance activities for critical mechanical systems and flight mechanisms across the full hardware lifecycle. This role is responsible for ensuring that all flight hardware meets the highest standards of safety, reliability, and mission readiness.
You will operate as an independent assurance authority, verifying that design, manufacturing, and test activities are executed correctly and that all hardware is compliant and flight-worthy prior to integration and launch.
Key Responsibilities
Own and execute flight assurance processes across design, manufacturing, assembly, test, and integration phases
Perform independent inspections at key hold and witness points for high-complexity mechanisms
Review and approve assembly instructions, test procedures, and acceptance criteria prior to execution
Support and witness environmental testing including TVAC, vibration, shock, and life testing
Execute hardware buyoff at assembly, test, and integration stages with full traceability
Manage the nonconformance (NCR) process, including root cause analysis and corrective action verification
US-Based | Launch Integration | LEO Constellation Programme
A major satellite communications programme is seeking a hands-on Lead Rocketry & Launch Engineer to own launch integration, launch provider coordination, deployment planning, and launch campaign execution for a large-scale LEO constellation initiative.
This role will operate as the key technical authority across launch operations, launch vehicle integration, deployment optimisation, rideshare strategy, and launch logistics.
The successful candidate will work closely with satellite engineering, launch providers, mission operations, and systems teams to ensure successful deployment across multiple launch phases.
Responsibilities
Lead launch integration activities across multiple deployment phases
Coordinate directly with launch providers and mission partners
Support launch vehicle selection and rideshare strategy
Define launch manifest planning and deployment cadence
US-Based | Satellite Communications | LEO Constellation Programme
A next-generation satellite communications programme is seeking a hands-on Lead Payload & Communication Systems Engineer to drive payload architecture, RF design decisions, and supplier strategy for a new LEO constellation programme.
This is a highly technical leadership role focused on end-to-end communications payload development across Ka/Ku-band systems, phased-array technologies, feeder/user links, and next-generation NTN architecture.
The successful candidate will operate as a senior individual contributor working across payload engineering, antenna systems, RF architecture, link budgets, supplier selection, and payload trade studies from concept through deployment.
Responsibilities
Lead communications payload architecture across feeder links and user links
Define RF transceiver architecture and payload trade studies
Drive payload design decisions across:
beam hopping
phased arrays
regenerative vs transparent payloads
antenna strategy
waveform selection
Own payload link budget development and RF performance analysis
Lead payload simulations and validation activities
Support supplier selection and technical evaluation processes
Work cross-functionally with:
satellite systems engineering
launch integration
constellation engineering
ground systems
Support ITU/EPFD compliance activities across payload design
Required Experience
12+ years within satellite payload, RF, or communications systems engineering
Deep hands-on RF payload architecture experience
Strong knowledge of:
Ka-band and/or Ku-band communications payloads
phased-array systems
antenna design
RF simulations
link budgets
Experience with payload simulation and modelling tools
Strong systems-level understanding across payload integration and satellite constraints
Experience working with satellite manufacturers, payload suppliers, or LEO programmes
Preferred Backgrounds
LEO broadband constellations
Satcom payload engineering
Advanced RF systems
Space and defence communications programmes
NTN / 5G non-terrestrial networks
High-throughput satellite systems
Environment
Fast-moving greenfield programme
Highly technical engineering culture
Hands-on individual contributor leadership
Startup-style pace with significant long-term scale
Are you driven by the challenge of building software systems that support autonomous robotics operating in some of the world’s most demanding environments? This organization is developing next-generation underwater vehicles that deliver critical ocean intelligence for climate science, maritime operations, national security, and environmental monitoring. They’re seeking a Software Engineer to help scale the cloud and autonomy infrastructure powering these robotic systems.
The Opportunity
Take ownership of the cloud systems responsible for vehicle operations, command and control, and data delivery across a growing autonomous robotics fleet. You’ll work directly with embedded and firmware engineers to design scalable backend systems that operate under real-world constraints including low bandwidth communications, limited power, and remote deployments. From architectural decision-making to supporting live operations, you’ll play a critical role in shaping the future of ocean robotics.
??What You’ll Do
Build and maintain backend systems supporting autonomous underwater vehicles
Develop cloud infrastructure, APIs, command and control systems, and operational tooling
Design scalable systems for vehicle telemetry, monitoring, and customer data delivery
Work closely with firmware and embedded engineers to support full-stack vehicle operations
Make architectural decisions in a rapidly evolving product environment
Support operational deployments and troubleshoot real-world system challenges
Contribute to testing, documentation, reliability, and strong software engineering practices
?What You’ll Bring
Degree in Computer Science, Software Engineering, Robotics, or related field
6+ years professional experience and strong proficiency in Go OR C++, and PostgreSQL (non-negotiable)
Strong professional experience building backend or distributed systems
Robotics, autonomous systems, or battery-powered mobile platform experience (non-negotiable)
Experience designing systems from first principles in fast-moving environments
Ability to work across cloud, robotics, and embedded-adjacent systems
Strong understanding of software architecture, scalability, and operational reliability
Experience with version control, testing, peer review, and documentation best practices
U.S. Citizenship required
?Ideal Experience
Marine robotics, maritime systems, or underwater vehicles
Low-bandwidth communications or satellite-connected systems
Embedded systems or RTOS familiarity
Early-stage or high-growth engineering environments
Experience balancing rapid iteration with long-term scalability
Compensation: up to $180k, experience dependent.
?Why Join
You’ll work alongside a highly technical team building autonomous systems designed to unlock unprecedented access to ocean intelligence. This is an opportunity to shape the software infrastructure behind a rapidly scaling robotics platform while contributing to technologies that impact climate research, maritime operations, and scientific discovery. Your work will directly support systems operating in one of the planet’s least explored frontiers.
Cambridge, Massachusetts | Hybrid | US Person Required
We’re supporting a leading astrophysics and space research organisation on a key hire for an upcoming NASA-backed spaceflight mission.
This is not a traditional project management role. The team is looking for a systems engineering-led profile who can help drive a mission through early lifecycle phases, balancing technical oversight, systems thinking, and programme execution within a lean, fast-moving environment.
The programme is a cost-constrained astrophysics mission entering a critical early phase, with major reviews and system definition activities underway over the next 6–12 months.
What they’re looking for
The ideal person will come from a spaceflight or satellite background and have a strong systems engineering foundation, combined with exposure to programme or project leadership responsibilities.
This could suit someone already operating as a Project Engineer, Lead Systems Engineer, SEIT Lead, Payload Lead, or a Systems Engineer looking to step into a broader mission leadership role.
Responsibilities
Support technical and programme execution across an active spaceflight mission
Drive systems engineering activities including:
requirements definition and flow-down
interface management
risk identification and mitigation
trade studies and technical decision-making
Support preparation for major programme reviews including SRR/MDR-style gates
Coordinate across multidisciplinary engineering and scientific teams
Work closely with senior technical leadership, mission stakeholders, and external partners
Help maintain alignment between mission objectives, technical execution, cost, and schedule
Required Background
Bachelor’s degree in Aerospace Engineering, Physics, Astrophysics, Systems Engineering, or related field
5+ years of relevant experience within spaceflight, spacecraft, satellite, or aerospace systems
Strong systems engineering experience across complex technical programmes
Experience with:
requirements development
systems integration
formal technical/design reviews
cross-functional technical coordination
Exposure to programme, project, or technical leadership responsibilities
Excellent communication skills
US Person status required
Strongly Preferred
Small satellite or cost-constrained mission experience
Scientific payload or instrumentation experience
NASA, DoD, FFRDC, national lab, or research organisation experience
Experience supporting SRR, PDR, CDR, MDR, or equivalent reviews
Astrophysics or space science mission exposure
Experience operating within lean engineering teams
Environment
Mission-driven, highly technical team
Lean organisation with significant ownership and visibility
Strong balance between engineering depth and programme responsibility
Opportunity to influence mission direction early in lifecycle
Compensation
Compensation is flexible depending on experience and fit, with strong benefits and long-term stability alongside the opportunity to work on a high-impact NASA mission.
Senior Electrical Engineer – Satellite Systems Location: San Jose, CA Employment Type: Full-Time Salary Range: $165,000 – $190,000 USD
About the Role We are seeking a Senior Electrical Engineer to support the development of next-generation satellite systems. This role is ideal for a highly experienced hardware engineer with deep expertise in electronics design, digital system debugging, and power electronics who enjoys staying hands-on while helping guide technical direction across complex spacecraft programs. You will work closely with multidisciplinary engineering teams to develop reliable, flight-ready hardware while supporting junior engineers through technical mentorship, reviews, and collaborative problem-solving. This position offers the opportunity to contribute directly to cutting-edge spacecraft development in a fast-paced and highly collaborative environment.
What You’ll Do
Collaborate with electrical engineering teams across hardware design, debugging, and system integration activities
Provide technical mentorship and guidance to engineers through design reviews, troubleshooting support, and hands-on problem solving
Review schematics, support board bring-up activities, and debug complex hardware systems in laboratory environments
Debug and validate digital systems including logic-level circuits, microcontrollers, and embedded interfaces
Support power electronics development, including DC/DC converters, power distribution systems, and power integrity analysis
Troubleshoot and validate serial communication protocols such as I²C, SPI, UART, CAN, and Ethernet
Define and maintain engineering standards, validation methodologies, and hardware test processes
Partner closely with software, systems, mechanical, and integration teams to deliver flight-ready spacecraft hardware
Support system integration, hardware validation, and issue resolution throughout development and test campaigns
What We’re Looking For Required Qualifications:
B.S. or M.S. in Electrical Engineering or a related discipline
8–12+ years of experience in hardware development and electrical system design
Strong hands-on experience debugging electronics, including digital systems and power electronics
Proficiency with PCB design and schematic tools such as Altium Designer or equivalent platforms
Solid understanding of serial communication protocols including I²C, SPI, UART, CAN, and Ethernet
Experience working with laboratory debug equipment such as oscilloscopes, logic analyzers, and power analyzers
Strong communication and collaboration skills with the ability to mentor junior engineers and work across multidisciplinary teams
Preferred Qualifications
Experience developing spacecraft, aerospace, or other high-reliability hardware systems
Familiarity with environmental testing including vibration, thermal, EMI/EMC, and qualification testing
Knowledge of design-for-test (DFT), fault-tolerant systems, or radiation-tolerant electronics
Experience supporting hardware integration and system-level validation activities
We’re working with a fast-growing, venture-backed company operating at the forefront of Earth observation and geospatial analytics. Their platform is transforming how organisations access and use satellite data, making advanced insights more accessible, faster, and more cost-effective across industries.
This is an opportunity to join a mission-driven team applying space-based data to real-world challenges, from infrastructure monitoring and environmental protection through to agriculture and global risk analysis.
The Role This is a highly cross-functional position where you’ll own and drive the full lifecycle of capture and proposal activity across government and commercial opportunities.
You’ll act as the central point of coordination across business development, engineering, product, finance, and legal, ensuring high-quality, compliant, and competitive submissions.
Key responsibilities include:
Leading end-to-end capture and proposal processes from qualification through to submission and follow-up
Managing multiple concurrent opportunities including RFIs, RFPs, SBIRs, BAAs, and commercial bids
Running proposal kick-offs, assigning contributors, and driving timelines
Developing and maintaining reusable proposal content and templates
Translating technical concepts into clear, compelling narratives
Coordinating pricing and cost volume development with technical and finance teams
Leading win/loss reviews and continuously improving proposal strategy and process
What we’re looking for
8+ years’ experience in proposal, capture, or program management within government contracting or deep tech environments
Strong track record delivering successful submissions across structured solicitations
Ability to communicate complex technical concepts clearly and persuasively
Highly organised with experience managing multiple live opportunities
Familiarity with government procurement processes and frameworks
Experience using CRM tools such as HubSpot for pipeline tracking
Collaborative approach, able to influence across teams without direct authority
Nice to have
APMP, PMP, or similar certifications
Experience within space, defence, or Earth observation sectors
Knowledge of SBIR/STTR processes
Experience building proposal functions in high-growth or startup environments
Exposure to pricing and cost modelling
What’s on offer
Salary: $130,000 to $160,000
Equity potential
Comprehensive benefits package including healthcare and paid leave
Fully remote working within the US
Opportunity to play a key role in scaling a cutting-edge space data platform
If you’re interested in learning more, feel free to reach out directly or apply via the link.
Job Title: Mechanical Engineer III – Test Location: Reno, Nevada (hybrid) Salary: Competitive + benefits Clearance: Must be eligible for US Security Clearance (US Citizen required)
Overview: We’re working with a leading defense and space technology company developing cutting-edge systems that support national security and next-generation space missions. They are looking for a Mechanical Engineer III with strong testing experience to join their growing engineering team.
This is a hands-on role focused on component and subsystem testing, data analysis, and system validation within a highly complex engineering environment.
Key Responsibilities:
Lead and execute component and subsystem testing activities
Develop detailed test plans, including risk assessments and resource planning
Set up, calibrate, and operate measurement instrumentation
Perform data acquisition, cleaning, and statistical analysis
Support design activities including stress analysis, pressure systems, and propulsion components
Conduct CFD, thermal, and structural analysis to validate designs
Interpret test results and provide recommendations for design improvements
Collaborate with cross-functional engineering teams and support system-level integration
Produce technical reports, documentation, and presentations
Required Experience:
4 to 7 years of mechanical or aerospace engineering experience
Strong background in testing, validation, and data analysis
Experience with instrumentation, calibration, and test setup
Knowledge of CAD, GD&T, and engineering analysis tools
Experience with CFD, structural, or thermal analysis
Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or similar
Nice to Have:
Rocket motor or propulsion system experience
Experience in defense or space environments
Active or previous security clearance
Additional Information:
Approximately 10% travel required
Must be eligible to obtain US Security Clearance
Job Title: Mechanical Engineer III – Test Location: Reno, Nevada (Onsite) Salary: Competitive + benefits Clearance: Must be eligible for US Security Clearance (US Citizen required)
Overview: We’re working with a leading defense and space technology company developing cutting-edge systems that support national security and next-generation space missions. They are looking for a Mechanical Engineer III with strong testing experience to join their growing engineering team.
This is a hands-on role focused on component and subsystem testing, data analysis, and system validation within a highly complex engineering environment.
Key Responsibilities:
Lead and execute component and subsystem testing activities
Develop detailed test plans, including risk assessments and resource planning
Set up, calibrate, and operate measurement instrumentation
Perform data acquisition, cleaning, and statistical analysis
Support design activities including stress analysis, pressure systems, and propulsion components
Conduct CFD, thermal, and structural analysis to validate designs
Interpret test results and provide recommendations for design improvements
Collaborate with cross-functional engineering teams and support system-level integration
Produce technical reports, documentation, and presentations
Required Experience:
4 to 7 years of mechanical or aerospace engineering experience
Strong background in testing, validation, and data analysis
Experience with instrumentation, calibration, and test setup
Knowledge of CAD, GD&T, and engineering analysis tools
Experience with CFD, structural, or thermal analysis
Bachelor’s degree in Mechanical Engineering, Aerospace Engineering, or similar
Nice to Have:
Rocket motor or propulsion system experience
Experience in defense or space environments
Active or previous security clearance
Additional Information:
Approximately 10% travel required
Must be eligible to obtain US Security Clearance
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