Future Tech Jobs
Future Tech Jobs
This role involves working on mission-critical technologies for secure military communications satellites, developing resilient systems for demanding environments. Responsibilities include technical planning, system integration, and leading complex engineering challenges with a focus on nuclear and radiation hardening.
Our client, a prominent organisation within the Defence and Security sector, is actively seeking a Avionics Systems Engineer to join their innovative team at RAF Coningsby. This permanent role offers the chance to work with cutting-edge defence technologies, contributing to...
Design and develop embedded software for safety-critical aerospace systems, focusing on bare-metal programming and controls engineering. Work within DO-178B/C environments to deliver reliable firmware for cutting-edge aerospace technologies. Collaborate on requirement analysis, software architecture, and certification compliance.
This role involves developing high-integrity embedded software on ARM-based platforms using Embedded Linux (Yocto/PetaLinux), with responsibilities including low-level interfacing via SPI, I2C, UART, and CAN, integration with FPGAs, and working under Low-SWaP constraints for applications in drones and space. The engineer will design robust systems using UML, contribute to algorithm development using Python or MATLAB, and may mentor junior team members. The work is consultancy-based and requires close collaboration on technically challenging, real-world platforms.
This role involves developing high-integrity embedded systems using C/C++, ARM/STM32 microcontrollers, and Embedded Linux. You will work on diverse projects, turning complex concepts into real-world solutions, and mentor junior engineers.
The Senior RF Engineer will design, develop, and optimize advanced RF subsystems for satellite communication, navigation, and RF monitoring systems. Responsibilities include component selection, circuit design, RF module testing, and leading space qualification efforts, working in a dynamic and innovative environment.
This role involves designing, implementing, and verifying RF payload solutions for spacecraft missions. Key responsibilities include system-level design, performance analysis, hardware specification, and payload verification through environmental testing and in-orbit commissioning. The position requires collaboration with multidisciplinary teams and external subcontractors.
This role involves leading a team of mechanical engineers focused on spacecraft mechanisms and electro-mechanical systems, ensuring technical excellence, project delivery, and design consistency. The manager will oversee work packages, mentor engineers, resolve technical issues, and maintain a strategic roadmap for mechanisms development. Collaboration with project and functional leads is key to managing risks, resources, and innovation in high-reliability aerospace applications.
This role involves supporting the development of safety-critical aerospace systems, from requirements capture to system validation and safety analysis. You'll work within a multidisciplinary R&D team, gaining hands-on experience with industry-standard processes like ARP4754 and ARP4761 while contributing to advanced aviation technologies. The position offers structured training and mentorship to build a long-term career in systems engineering.
Job DescriptionControl Systems EngineerFull timeBristolWhy join Rolls-Royce?At Rolls-Royce we are proud to be a business that has truly helped to shape the modern world and are committed to always being a force for progress; powering, protecting and connecting people everywhere.By...
We are seeking a talented and motivated Flight Dynamics Engineer to join a growing engineering team developing advanced flight dynamics capabilities for defence and space applications. This role offers the opportunity to contribute to the design and evolution of sophisticated...
Design and develop FPGA firmware for advanced avionics anti-jam systems using VHDL, with responsibilities spanning coding, testbench creation, integration, and debugging. Work within a multidisciplinary team across RF, digital, and software domains, contributing to aerospace-grade technology in a structured engineering environment. Gain exposure to DSP, Matlab, and systems engineering while supported by experienced mentors.
This role involves systems engineering for radar and sensor technologies, focusing on the G1X software-defined radar. The engineer will work across the product lifecycle, including requirements management, performance analysis, algorithm development, and system design, with opportunities to contribute to product enhancements and customer demonstrations. The position requires handling classified information and involves collaboration within UK and international teams.
The role involves leading structural and mechanical system design, developing and maintaining schedules and budgets, managing risks, and performing FEA and mechanical testing. The focus is on delivering innovative and robust solutions for platform structures and mechanical systems in a mission-critical environment.
This role involves leading technical activities in space systems engineering, from concept studies to full system development, with a focus on telecommunications and positioning, navigation, and timing (PNT) systems. The engineer will perform mission analysis, system architecture design, requirements management, and model-based systems engineering (MBSE), supporting mission-critical space capabilities. Work includes system budgeting, risk management, and engagement with government and institutional stakeholders.
This role involves leading the mechanisms engineering function for spacecraft systems, ensuring technical excellence, cost control, and timely delivery of projects. The manager will guide design policy, mentor engineers, and resolve complex electro-mechanical issues while maintaining a strategic roadmap for future capabilities. Collaboration with project teams and functional leads is essential to manage risks and deliver high-reliability space mechanisms.
