Search Jobs

An exciting opportunity has arisen for a skilled Senior Service Engineer to join a leading provider of maritime electronics, supporting vessels across the ARA region. This role offers the chance to work on advanced navigation and communication systems while mentoring junior engineers and contributing to the technical growth of the team.

You’ll be responsible for the installation, maintenance, and repair of maritime navigation and communication systems onboard vessels. In addition, you’ll guide and support junior engineers, ensuring high-quality service delivery and technical excellence.

Key Responsibilities:

• Perform planned equipment checks, maintenance, Radio Surveys, and VDR APTs in line with IMO and Class Authority standards
• Carry out refit and retrofit jobs, including commissioning and participation in sea trials
• Mentor and support Junior Engineers to develop technical skills
• Drive high first-time fix rates and maintain productivity targets
• Act as a technical advisor to customers, supporting sales where required
• Collaborate with the wider technical team to share knowledge and best practices
• Stay updated through regular training on new technologies

Requirements:

• Minimum 5 years’ experience with maritime navigation and communication systems
• Strong mentoring and leadership capabilities
• Product knowledge of leading navigation and communications brands
• Basic understanding of ship networks
• Excellent problem-solving, communication, and customer service skills
• Fluent in Dutch and English (verbal and written)
• Proactive, flexible, and able to travel within the ARA region
• Valid Passport and Driver’s Licence (VCA and IRATA certifications preferred)
• LRC or GOC radio licence is an advantage

What’s on Offer:

• A dynamic, international working environment with strong development opportunities
• Flat organisational structure with direct communication lines
• Supportive, down-to-earth team culture
• Continuous technical training and certifications in maritime systems
• Access to learning and technical academies
• Competitive benefits including company car, smartphone, laptop, pension scheme, sports allowance, and team events

If you’re ready to take your maritime engineering career to the next level, apply now and become part of an innovative and growing team supporting vessels worldwide.

TT

An exciting opportunity has arisen for an experienced Antenna & User Terminal Systems Engineer to play a key role in the development and deployment of next-generation satellite communications networks. This position will focus on the evaluation, design, integration, and validation of advanced user terminal (UT) technologies, supporting both fixed and mobile satellite connectivity applications.

The successful candidate will provide technical leadership across antenna technologies, modem integration, terminal architecture, and supplier engagement, helping to shape the future of high-performance broadband connectivity solutions.

Key Responsibilities

• Develop technical requirements for satellite user terminal antenna systems, including modem integration and terminal architecture.
• Support the definition of antenna and modem performance requirements and assess emerging vendor technologies.
• Evaluate supplier-developed terminal solutions for performance, reliability, manufacturability, and scalability.
• Review integration strategies between antenna systems and modem technologies for future terminal designs.
• Recommend design improvements and new terminal concepts to achieve cost, performance, and reliability objectives.
• Define and oversee testing activities to validate system assumptions using antenna and user terminal prototypes.
• Develop supporting documentation, compliance matrices, and test requirements for terminal qualification and certification activities.
• Lead technical assessments of electronically steerable antenna (ESA) technologies, including next-generation and emerging solutions.
• Monitor developments in satellite communications, 5G antenna technologies, and industry interoperability standards.
• Collaborate with internal and external stakeholders to support product development and deployment activities.

Required Qualifications & Experience

• Bachelor’s degree in Electrical Engineering, Physics, or a related discipline.
• Master’s degree in Engineering or a relevant technical field.
• PhD focused on electronically steerable antenna research is highly desirable.
• Minimum of 10 years’ experience in satellite antenna systems, user terminals, satellite communications, or related engineering disciplines.
• Experience with electronically steerable antenna technologies and modem integration.
• Experience supporting the deployment or commercialisation of ESA-based products is advantageous.

Technical Skills & Knowledge

• Strong background in the simulation, design, and testing of electronically steerable antennas for satellite communications.
• Knowledge of flat-panel antenna architectures and integration with a range of modem technologies.
• Familiarity with antenna control protocols and modem interoperability standards.
• Expertise in Ka-band antenna technologies for land mobile, aeronautical, maritime, and fixed communications applications.
• Understanding of satellite modems, gateway systems, RF equipment, and communications networks.
• Solid foundation in electromagnetics, phased array systems, and antenna architecture.
• Experience with RFIC selection, beamforming technologies, and array antenna manufacturing processes.
• Knowledge of beam steering, beam shaping, and antenna control techniques.
• Ability to balance performance, cost, power consumption, and manufacturability in design decisions.
• Experience working with external suppliers and technology partners.
• Excellent written and verbal communication skills in English.

What’s On Offer

• Opportunity to contribute to cutting-edge satellite communications programmes.
• Exposure to advanced antenna, modem, and user terminal technologies.
• Collaborative engineering environment working alongside industry-leading technical experts.
• Competitive compensation, bonus and benefits package.
• Professional development and career growth opportunities.

TT

An exciting opportunity has arisen for an experienced Antenna & User Terminal Systems Engineer to play a key role in the development and deployment of next-generation satellite communications networks. This position will focus on the evaluation, design, integration, and validation of advanced user terminal (UT) technologies, supporting both fixed and mobile satellite connectivity applications.

The successful candidate will provide technical leadership across antenna technologies, modem integration, terminal architecture, and supplier engagement, helping to shape the future of high-performance broadband connectivity solutions.

Key Responsibilities

• Develop technical requirements for satellite user terminal antenna systems, including modem integration and terminal architecture.
• Support the definition of antenna and modem performance requirements and assess emerging vendor technologies.
• Evaluate supplier-developed terminal solutions for performance, reliability, manufacturability, and scalability.
• Review integration strategies between antenna systems and modem technologies for future terminal designs.
• Recommend design improvements and new terminal concepts to achieve cost, performance, and reliability objectives.
• Define and oversee testing activities to validate system assumptions using antenna and user terminal prototypes.
• Develop supporting documentation, compliance matrices, and test requirements for terminal qualification and certification activities.
• Lead technical assessments of electronically steerable antenna (ESA) technologies, including next-generation and emerging solutions.
• Monitor developments in satellite communications, 5G antenna technologies, and industry interoperability standards.
• Collaborate with internal and external stakeholders to support product development and deployment activities.

Required Qualifications & Experience

• Bachelor’s degree in Electrical Engineering, Physics, or a related discipline.
• Master’s degree in Engineering or a relevant technical field.
• PhD focused on electronically steerable antenna research is highly desirable.
• Minimum of 10 years’ experience in satellite antenna systems, user terminals, satellite communications, or related engineering disciplines.
• Experience with electronically steerable antenna technologies and modem integration.
• Experience supporting the deployment or commercialisation of ESA-based products is advantageous.

Technical Skills & Knowledge

• Strong background in the simulation, design, and testing of electronically steerable antennas for satellite communications.
• Knowledge of flat-panel antenna architectures and integration with a range of modem technologies.
• Familiarity with antenna control protocols and modem interoperability standards.
• Expertise in Ka-band antenna technologies for land mobile, aeronautical, maritime, and fixed communications applications.
• Understanding of satellite modems, gateway systems, RF equipment, and communications networks.
• Solid foundation in electromagnetics, phased array systems, and antenna architecture.
• Experience with RFIC selection, beamforming technologies, and array antenna manufacturing processes.
• Knowledge of beam steering, beam shaping, and antenna control techniques.
• Ability to balance performance, cost, power consumption, and manufacturability in design decisions.
• Experience working with external suppliers and technology partners.
• Excellent written and verbal communication skills in English.

What’s On Offer

• Opportunity to contribute to cutting-edge satellite communications programmes.
• Exposure to advanced antenna, modem, and user terminal technologies.
• Collaborative engineering environment working alongside industry-leading technical experts.
• Competitive compensation, bonus and benefits package.
• Professional development and career growth opportunities.

TT

An exciting opportunity has arisen for a Telecommunications Engineer to join a leading provider of maritime electronics, supporting vessels across the ARA region.

You’ll be responsible for the installation, maintenance, and repair of maritime navigation and communication systems onboard vessels. In addition, you’ll guide and support junior engineers, ensuring high-quality service delivery and technical excellence.

Key Responsibilities:

• Perform planned equipment checks, maintenance, Radio Surveys, and VDR APTs in line with IMO and Class Authority standards
• Carry out refit and retrofit jobs, including commissioning and participation in sea trials
• Mentor and support Junior Engineers to develop technical skills
• Drive high first-time fix rates and maintain productivity targets
• Act as a technical advisor to customers, supporting sales where required
• Collaborate with the wider technical team to share knowledge and best practices
• Stay updated through regular training on new technologies

Requirements:

• Minimum 5 years’ experience with maritime navigation and communication systems
• Product knowledge of leading navigation and communications brands
• Basic understanding of ship networks
• Excellent problem-solving, communication, and customer service skills
• Fluent in Dutch and English (verbal and written)
• Proactive, flexible, and able to travel within the ARA region
• Valid Passport and Driver’s Licence (VCA and IRATA certifications preferred)

What’s on Offer:

• A dynamic, international working environment with strong development opportunities
• Flat organisational structure with direct communication lines
• Supportive, down-to-earth team culture
• Continuous technical training and certifications in maritime systems
• Access to learning and technical academies
• Competitive benefits including company car, smartphone, laptop, pension scheme, sports allowance, and team events

If you’re ready to take your career to the next level, apply now and become part of an innovative and growing team supporting vessels worldwide.

TT

We are supporting a leading communications technology organization in the search for a Senior Antenna RF Test Engineer to join its growing engineering team.

This is an exciting opportunity to play a key role in the development and validation of next-generation phased array antenna systems used in advanced satellite communications applications. The position offers the chance to work at the forefront of RF technology, working closely with antenna designers, hardware engineers, and systems teams to deliver innovative connectivity solutions.

The successful candidate will be responsible not only for conducting complex RF and antenna measurements, but also for interpreting results, correlating test data with simulations, and providing technical insight into antenna performance and system behavior.
 
Key Responsibilities

• Lead the testing and characterization of advanced phased array antenna systems, including performance measurements such as gain, radiation patterns, G/T, EIRP, and beamforming metrics.
• Investigate and resolve discrepancies between measured and predicted performance, identifying whether issues originate from design, manufacturing, or test environments.
• Operate and optimize specialized antenna measurement facilities, supporting the development of calibration processes and production test methodologies.
• Collaborate with antenna, hardware, and systems engineering teams to validate product performance, troubleshoot issues, and support product development activities.
• Mentor junior engineers, contribute to test planning, and ensure the effective operation and maintenance of RF and antenna test facilities.

Required Experience

• Bachelor’s degree in Electrical Engineering, Electromagnetics, or a related discipline (Master’s or PhD preferred).
• Minimum of five years of experience in RF and antenna testing.
• Strong understanding of electromagnetics, antenna theory, and phased array technologies.
• Hands-on experience with RF test equipment including Vector Network Analyzers, Spectrum Analyzers, and Signal Generators.
• Experience working with antenna measurement systems, including near-field, far-field, or compact antenna test range environments.

Preferred Experience

• Knowledge of antenna design and electromagnetic simulation tools such as HFSS, CST, or ADS.
• Experience using Python or MATLAB for data analysis, visualization, or test automation.
• Strong analytical skills with the ability to interpret complex datasets and identify underlying performance drivers.
• Excellent communication skills, with the ability to present technical findings clearly to both engineering and leadership teams.

What’s on Offer

• Competitive salary and performance-based bonus.
• Comprehensive medical, dental and vision coverage.
• 401(k) retirement plan with employer contribution.
• Generous paid time off and company holidays.
• Professional development and career growth opportunities.
• Employee assistance and wellbeing programmes.
• On-site fitness facilities.
• Modern engineering environment with access to advanced RF and antenna test equipment.
• Opportunity to work on innovative satellite communications technologies with a highly experienced engineering team.

This is an excellent opportunity for an experienced RF Test Engineer looking to take ownership of complex antenna measurement programmes and contribute directly to the development of advanced satellite communications systems.

TT

An exciting opportunity to join a high-performing aerospace engineering team developing state-of-the-art Full Flight Simulators (Level D) used by leading aviation organisations worldwide.
We are hiring across multiple disciplines, offering the chance to work on high-fidelity simulation systems that replicate real aircraft behaviour and directly contribute to pilot training and aviation safety.
 
Opportunities Available

• C / Software Engineers (Real-Time Systems)
• Sound Systems Engineers (Audio & Acoustics)
• Aircraft Systems & Avionics Engineers
• Environment & Communications Simulation Engineers
• Visual Systems Engineers
• Vendor Software / Integration Engineers

 
What You’ll Be Doing

• Develop and integrate real-time simulation software and systems
• Work across the full engineering lifecycle – requirements, design, integration, verification & validation, and certification
• Model and simulate aircraft systems, avionics, environment, and visual/audio behaviour
• Support system integration, testing, fault finding, and performance optimisation
• Collaborate with multidisciplinary teams across software, systems, hardware, and simulation
• Contribute to customer delivery, qualification, and post-delivery support

 
What We’re Looking For

• Experience in aerospace, automotive, or other safety-critical environments
• Strong understanding of systems engineering principles / development lifecycle
• Experience in one or more of the following:
  • C / C++ / Python software development
  • Real-time or embedded systems
  • Aircraft systems, avionics, or simulation modelling
  • Audio systems, acoustics, or signal processing
  • Visual systems, rendering, or simulation environments
  • System integration and complex engineering environments
• Strong problem-solving skills and a collaborative mindset
• Degree in a relevant engineering or technical discipline (or equivalent experience)

 
Desirable Experience

• Flight simulation or Level D simulator environments
• Knowledge of ARINC, AFDX, CAN, or aviation data protocols
• Experience with MATLAB/Simulink or similar tools
• Familiarity with EASA / FAA simulation or certification standards
• Experience with real-time systems, networking, or hardware integration

 
Why Apply?

• Work on cutting-edge flight simulation technology used globally
• Be part of a collaborative, multidisciplinary engineering environment
• Gain exposure to complex, safety-critical aerospace systems
• Strong opportunities for career development and progression
• Competitive salary and comprehensive benefits package

 
Please note: Candidates must have the right to work in the UK.
 
If you’re passionate about simulation, aerospace systems, or real-time engineering, this is a fantastic opportunity to work on technology that truly makes an impact.

TT

We are supporting a leading global communications organisation on the development of a next-generation network designed to deliver secure, resilient, ultra-low latency broadband connectivity worldwide.

This is a senior-level opportunity for an experienced User Terminal Systems Engineer to play a critical role in the development, validation and deployment of advanced user terminals. The position focuses on modem, antenna and RF integration within a fully integrated terminal solution designed to meet demanding enterprise, government, maritime, aeronautical and mobility use cases.

You will bring deep expertise in air interface protocols, software architecture, system functionality and terminal operations, providing technical leadership across architecture, vendor engagement and system integration.
 
Key Responsibilities

• Develop and maintain technical requirements and architectural frameworks for user terminals
• Ensure alignment with system-level performance objectives and operational concepts
• Lead the definition and evolution of user terminal operational procedures
• Interface with modem and antenna vendors to drive architectural alignment
• Clarify requirements, identify technical gaps and develop mitigation strategies
• Provide technical leadership across the product lifecycle
• Define interfaces, ICDs and subsystem/terminal specifications
• Develop and maintain development and deployment roadmaps
• Support service introduction timelines and long-term scalability across multiple market segments
• Ensure seamless integration of terminal functionality within the wider network architecture

Education & Experience Required

• Degree in Electrical Engineering, Computer Science or related discipline (Master’s/PhD advantageous)
• 12+ years’ systems engineering experience within networking and communications environments
• Specialisation in software engineering or software architecture
• Experience working with vendor ecosystems to deliver commercially successful products
• Knowledge of satellite communication technologies, particularly user terminal design
• Strong understanding of access techniques, modulation schemes and performance trade-offs
• Knowledge of antenna technologies for NGSO tracking across land, aero, maritime and fixed applications
• Experience with cloud, edge computing or mobile networking environments
• Familiarity with NGSO spectrum regulatory frameworks
• Understanding of modem and hub technologies
• Knowledge of ASIC design and manufacturing considerations
• Experience designing for high-volume production, cost targets and quality assurance
• Strong understanding of physical layer protocols for satellite communications

This is a high-impact opportunity to shape the architecture and deployment strategy of advanced user terminals within a transformational global connectivity programme.

If you are a senior systems engineer with deep expertise in satellite communications and terminal development, apply now.

TT

An opportunity has arisen for an experienced Senior Systems Engineer to provide technical leadership across spacecraft payload systems within a complex international space programme.

This role is focused on systems engineering oversight of externally developed payload hardware, working closely with international suppliers and internal spacecraft engineering teams. You will ensure requirements compliance, technical alignment, and successful integration of payload systems from design through to delivery and acceptance.

You will act as a key technical interface between payload engineering teams, suppliers, and internal system stakeholders. The role requires strong systems thinking, supplier management capability, and the ability to ensure end-to-end technical coherence across distributed development activities.

Key Responsibilities

• Provide systems engineering leadership for spacecraft payload development, including requirements definition, interface control, and performance analysis
• Define technical requirements, statements of work, and acceptance criteria for supplier contracts
• Oversee international suppliers through design, manufacturing, integration, and test phases
• Review and assess supplier designs, analysis outputs, and technical documentation for compliance with system requirements
• Lead technical interchange meetings and participate in internal and external design reviews
• Ensure alignment between payload subsystem designs and overall spacecraft system architecture
• Manage and maintain payload interface definitions across multiple engineering teams and suppliers
• Support payload and system-level verification, validation, and acceptance planning
• Identify technical risks arising from supplier activities and lead mitigation actions
• Communicate technical status, risks, and recommendations to programme and engineering leadership
• Contribute to the development and continuous improvement of supplier-facing systems engineering processes
• Provide informal mentorship and guidance to other engineers within the team

Essential Skills & Experience

• Bachelor’s degree in Engineering, Physics, or a related technical discipline (or equivalent experience)
• 10+ years’ experience in systems engineering roles within aerospace, space systems, or other high-reliability industries
• Proven experience working with externally sourced or supplier-developed hardware
• Strong background in spacecraft payload systems or complex subsystem integration
• Demonstrated experience managing technical delivery across international supplier networks
• Strong understanding of requirements-driven development, interface control, and verification/validation processes
• Ability to operate independently as a technical authority across organisational and cultural boundaries
• Excellent written and verbal communication skills for complex technical discussions

Desirable Experience

• Experience working in distributed engineering teams or international supplier environments
• Familiarity with spacecraft payload integration and system-level verification activities
• Background in aerospace, space systems, or other regulated/high-reliability sectors
• Experience leading technical resolution across organisational interfaces
• Strong systems engineering discipline with focus on traceability, compliance, and verification closure

Eligibility

• Swiss or EU citizenship, or valid Swiss work permit required

What’s on Offer

• Opportunity to shape payload systems for a major spacecraft programme
• Senior technical authority role with significant supplier-facing responsibility
• Exposure to international engineering and manufacturing organisations
• End-to-end involvement from design through to integration and acceptance
• High-impact work within a complex, multidisciplinary space environment

TT

An opportunity has arisen for a Satellite Systems Engineer to join a multidisciplinary team working on next-generation satellite communications architectures.

This role focuses on the design, analysis, and development of advanced space payload systems for telecommunications applications, supporting complex satellite missions across LEO, MEO, GEO, and highly elliptical orbits. You will contribute to cutting-edge R&D programmes spanning system definition through to in-orbit commissioning.

You will work at the forefront of satellite communications system design, with responsibility across mission analysis, system architecture, payload design support, and technical trade-offs. The role requires a strong understanding of spaceborne communication systems and the ability to contribute across the full development lifecycle, from requirements definition through to integration and operational support.

Key Responsibilities

• Lead mission analysis activities and translate system requirements into lower-level specifications
• Define system SWaP-C (Size, Weight, Power, Cost) constraints and manage cross-domain interface definitions (RF, digital, electrical, optical, mechanical, thermal)
• Lead architectural trade studies, link budget analysis, and system-level design decisions
• Support and challenge external contractors and subcontractors on technical delivery
• Assist with reliability analysis and system-level simulation activities
• Support spacecraft and payload qualification activities, including platform and component selection input
• Contribute to programme planning, technical reporting, and customer-facing programme discussions
• Support integration, test campaigns, launch preparation, and in-orbit commissioning activities
• Participate in design reviews, manufacturing oversight, qualification reviews, and progress reporting

Essential Skills & Experience

• Master’s or PhD in Engineering (e.g. Satellite Communications, Telecommunications, Electronics, or Digital Systems)
• 8–10 years’ experience in satellite or space systems engineering
• Strong background in satellite communications and payload architectures across LEO/MEO/GEO/HEO missions
• Experience with phased array antenna systems and digital beamforming
• Knowledge of digital regenerative payloads and onboard processing architectures
• Experience with satellite system design, HW/SW integration, and space communications architectures
• Familiarity with inter-satellite links and advanced payload concepts
• Experience in space qualification processes for complex systems
• Understanding of TT&C systems, satellite operations, and payload operations
• Experience with orbital analysis tools and systems modelling (e.g. STK or equivalent)
• Ability to work within multidisciplinary and international engineering teams
• Eligibility to work in Switzerland (Swiss or EU citizenship, or valid Swiss work permit required)

Desirable Experience

• Previous involvement in ESA, NASA, or similar space agency programmes
• Experience with satellite operations environments, including TT&C, network management, and payload operations
• Exposure to end-to-end satellite programme lifecycles from concept through to in-orbit operations

Eligibility

• Swiss or EU citizenship, or valid Swiss work permit required

What’s on Offer

• Opportunity to work on advanced satellite communications and space payload systems
• End-to-end involvement across system design, integration, testing, and in-orbit operations
• Exposure to complex international space programmes and multidisciplinary engineering teams
• High-impact technical role shaping next-generation satellite architectures
• Collaborative R&D environment focused on innovation in space communications systems

TT

An opportunity has arisen for a senior cyber security leader to define and drive the security architecture for a next-generation satellite communications and space infrastructure programme spanning both space and ground segments.

This is a high-impact technical leadership role with end-to-end responsibility for cyber security, lawful intercept, and secure communications architecture across mission operations, network infrastructure, and spacecraft systems. You will act as the primary technical authority for security design, ensuring resilience, compliance, and operational integrity are embedded throughout the full programme lifecycle.

You will shape and govern the security architecture of a complex, multi-domain satellite communications environment, covering mission operations centres, core networks, gateway infrastructure, and onboard spacecraft systems. The role also includes significant involvement in regulatory compliance and security assurance activities for government and commercially sensitive environments.

Key Responsibilities

• Lead the design and implementation of lawful intercept capabilities across gateway and terrestrial network environments
• Define and maintain the overall cyber security architecture across mission operations, network control systems, core networks, and ground infrastructure
• Ensure data sovereignty, localisation, and regulatory requirements are embedded into system and network design
• Lead space segment security design, including command authentication, anti-spoofing measures, secure communications links, and onboard cryptographic controls
• Support security clearance processes, regulatory submissions, and responses to technical assurance findings
• Plan and coordinate penetration testing, red-team activities, and end-to-end security audits across the programme
• Act as final technical authority for security architecture approval prior to operational deployment
• Collaborate closely with systems engineering, spacecraft engineering, network engineering, and operations teams to ensure security is embedded throughout the lifecycle

Essential Skills & Experience

• 12+ years’ experience in cyber security, telecommunications, satellite communications, defence, or critical infrastructure environments
• Proven experience delivering or managing lawful intercept capabilities in telecoms or secure communications systems
• Strong background in cyber security architecture and secure systems engineering
• Experience working on regulated or security-cleared programmes
• Knowledge of secure space communications, including authentication, anti-spoofing, and cryptographic protection techniques
• Relevant certifications (e.g. CISSP, OSCP, CEH or equivalent) desirable
• Strong technical leadership and stakeholder management capability
• Degree or postgraduate qualification in Cyber Security, Computer Science, Telecommunications, or related field

Desirable Experience

• Exposure to satellite communications networks, NTN architectures, or defence-grade secure communications systems
• Familiarity with secure communications standards and frameworks (e.g. CCSDS SDLS, NIST)
• Experience with integrated space and ground segment infrastructure programmes
• Knowledge of secure cloud platforms, virtualised network environments, or 5G core systems
• Experience managing third-party security assurance, audits, or supplier security reviews

What’s on Offer

• A leading role shaping the security architecture of a next-generation satellite communications programme
• Significant technical ownership and influence across programme delivery
• Flexible and remote working options
• Long-term involvement across development, deployment, and operational phases
• Collaboration within an international engineering environment focused on advanced space technologies