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.
Lead research translation and knowledge exchange in space propulsion technology, focusing on advancing sovereign launch capabilities and driving real-world impact through partnerships with industry, government, and SMEs. Work within a multidisciplinary team to secure funding, deliver applied projects, and strengthen Kingston University’s role in the UK National Space Strategy.
An excellent opportunity for an experienced Metal Fabricator to join a well-established company!Job Type: Full-Time, Permanent.Salary: £27,295 - £30,127 Per Annum, Depending on Experience.Location: Nottingham NG7.Schedule: 38 hours per week (Mon–Thu 8am–4:45pm, Fri 8am–1pm), with occasional paid overtime where required.Would...
This role involves designing and developing advanced electronics for optical payloads in space missions, from concept to launch. You will work closely with experts to create cutting-edge space technologies, manage technical budgets, and support system-level integration and testing.
This role involves leading the On-Board Data Handling (OBDH) subsystem in space satellite projects, from concept to launch. Responsibilities include managing system requirements, delivering technical solutions, interfacing with other technical leads, and designing and verifying FPGA systems in VHDL.
Leads the systems engineering team for a new, high-profile satellite communications programme, shaping technical direction and ensuring cross-disciplinary alignment. Responsible for system architecture, requirements development, risk management, and customer-facing technical leadership. Focuses on cutting-edge payload systems from concept through delivery in a rapidly advancing space technology environment.
Design and develop high-frequency RF systems from concept to mass production, working on cutting-edge electronics for real-world applications. Engage in hands-on development, board bring-up, and cross-functional collaboration within a fast-moving tech environment. Focus on 10GHz+ RF design with opportunities to influence technical direction and product evolution.
Conducts first-off, in-process, and final inspections of aerospace components using Mitutoyo CMM systems and precision measuring tools. Interprets engineering drawings and GD&T to ensure compliance with aerospace quality standards. Works closely with production and quality teams to identify and report non-conformances.
Operate and set up CNC turning and milling machines to produce high-precision aerospace components in compliance with engineering drawings and quality standards. Perform in-process inspections, troubleshoot technical issues, and collaborate with engineers to optimise machining processes. Work across rotating shifts with occasional movement between two Bristol sites.
This role involves diagnosing, repairing, and reverse engineering legacy analogue avionics and electronic systems where documentation may be limited. The engineer will perform component-level fault finding, develop custom test equipment, and reconstruct system functionality to support repair. Emphasis is placed on hands-on technical work, testing validation, and detailed documentation for complex electronic assemblies used in flight instrumentation, control units, and navigation systems.
This role involves managing electrical design, testing, and documentation for complex engineering systems, with a focus on ownership of electrical work packs, engineering changes, and bill of materials. The engineer will conduct fault analysis, reverse engineer components, and support investigations across rail or similar industrial sectors, working closely with senior engineering staff. Key responsibilities include technical ownership of electrical data, manuals, and compliance with industry standards.
This role involves leading electrically focused engineering tasks including design, reverse engineering, and technical problem-solving within safety-critical projects. The engineer will manage documentation, BOMs, engineering changes, and concessions while ensuring compliance and quality. Collaboration with senior engineering teams is key, with a focus on continuous improvement of processes and systems.
This role involves learning specialist aerospace assembly and inspection techniques, focusing on safety-critical components for military aviation. The technician will follow detailed engineering drawings, use hand tools and specialist equipment, and maintain high precision in building and inspecting aerospace systems. It offers a structured entry point into the aerospace industry with full training provided.
Aerospace Sprayer | Poole | Up to £19 per hourYou take pride in precision. Not the kind of spraying where you're covering large panels and moving on — the detailed, methodical work of finishing individual aerospace components to an exacting...
This role involves leading the end-to-end avionics and flight systems architecture for a next-generation aerospace programme, including fly-by-wire flight controls, sensor integration, and detect-and-avoid systems. The engineer will define the technical direction from concept through certification, ensuring compliance with aviation safety standards while enabling future autonomous capabilities. Close collaboration with multidisciplinary teams is required to align avionics design with structural, software, and certification requirements.
This role involves leading and managing technical development projects, providing strategic direction, and ensuring compliance with safety standards. The Principal Engineer will work closely with internal and external teams, drive project milestones, and contribute to the growth of engineering capabilities within a highly regulated industry.
Lead the design and integration of advanced flight deck systems for next-generation civil aerospace platforms, managing technical teams and global suppliers through full lifecycle development and certification. Drive system architecture, wiring, and installation design while ensuring compliance with aviation safety standards. Support avionics and lighting certification planning and conduct detailed data analysis to resolve requirement gaps.
