1 to 25 of 66 Permanent Firmware Jobs in the Midlands

maximising efficiency and value. Qualifications/Experience: A BEng/MEng or MSc/PhD in Electrical, Electronic, Systems, or Software Engineering. A proven background delivering embedded software/firmware in one or more regulated industries (automotive, aerospace, defence, nuclear, etc.). Proficiency in embedded C/C++ and/or Python for microcontrollers. Strong understanding of embedded systems operation More ❯

within the Engineering Team The role of Embedded Software Engineer reports directly to the R&D Manager and will work within a multi-disciplined R&D team, specialising in Firmware Development. Embedded Software Engineer : Degree qualified and 5+ years of experience Embedded C/C++ Python (Desirable) RTOS or Embedded Linux Microchip PIC and/or STM32 Microcontrollers I2C, SPI More ❯

domains: * Operating Systems: Develop and maintain core system software * Device Drivers: Interface hardware with the OS * Compilers & Tools: Build and optimise tools that translate source code into machine code * Firmware Development: Control specialised hardware devices * Networking Software: Enable communications between systems and networks * Security: Implement robust security measures at the system level * Performance Optimisation: Enhance speed, stability, and efficiency of More ❯

An opportunity as opened for an Embedded Software Engineer to join a growing business in the midlands. It will focus on full software development and the ability to work closely with all employees in the R&D Department. If you More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Windows Server, Cisco Networking, VMware and cloud integrations (Azure). Handle configuration and deployment of network infrastructure, including switches, VLANs, wireless setups, and telephony systems. Regularly apply software and firmware updates to maintain security and compliance. Maintaining Disaster Recovery and Data Protection solutions such as Zerto Participate in an on-call rota (approx. 1 week in 6). Maintain comprehensive More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

Use of high-speed digital design techniques such as signal termination, controlled impedance, matched length tracking, ground/power planes, decoupling, etc. Hands on experience of integrating hardware, firmware & software on FPGA and microprocessor-based PCA's Experience of signal integrity & power integrity analysis at board level using Hyperlynx SI/PI or equivalent This really is a fantastic opportunity More ❯

span a huge range of industries, from specialist electronics to complex, full-system solutions. You'll be part of an 8-person core engineering team, collaborating across hardware, software, firmware, and mechanical disciplines. As principal embedded systems engineer, you'll play a pivotal role-balancing hands-on development with technical leadership, project oversight, and direct client interaction. You'll work More ❯

span a huge range of industries, from specialist electronics to complex, full-system solutions. You'll be part of an 8-person core engineering team, collaborating across hardware, software, firmware, and mechanical disciplines. As principal embedded systems engineer, you'll play a pivotal role-balancing hands-on development with technical leadership, project oversight, and direct client interaction. You'll work More ❯

thrives in an environment where no two days are the same. Here's a taste of what you'll be doing: Testing, evaluating, and learning about new smart meters, firmware, and connected devices. Tinkering with electronics to diagnose faults or push them to their performance limits. Acting as a tech ambassador, raising issues with manufacturers and shaping future product improvements. More ❯

Tear down, rebuild, repair and refurbish hardware and goods for redeployment. Key Skills Required You will need excellent customer service and communication skills. Ability to diagnose and resolve hardware, firmware and software issues relating to all products Be well-versed in all aspects of computer systems configuration, set up, and maintenance. Hands on approach to PC hardware and basic system More ❯

and business requirements to deliver robust, scalable, and compliant products. Key Responsibilities: Establish and own the system architecture vision. Translate requirements into system-level specifications. Define interfaces between hardware, firmware, software, and mechanical components. Lead trade-off studies, risk assessments, and validation planning. Ensure scalability, modularity, and maintainability in designs. Serve as the technical authority and primary point of coordination More ❯