AccelerComm is a pioneering technology company delivering high-performance physical layer solutions for 5G and next-generation wireless networks, with a particular focus on Non-Terrestrial Networks (NTN) such as satellite communications.
With offices in the UK and the US, the company combines world leading research with real world deployment expertise to solve some of the most demanding challenges in modern connectivity.
AccelerComm specialises in advanced signal processing and error resilient physical layer IP, enabling significantly improved performance, efficiency, and power consumption for 5G systems. Its technology processes substantially more data per watt than traditional software-only approaches and is already proven in orbit, powering hundreds of operational satellite communications systems worldwide.
With a growing global customer base that includes leading mobile operators, semiconductor vendors, and aerospace organisations, we are at the forefront of the convergence between terrestrial and satellite communications—helping to enable truly global, always-on connectivity.
Driven by continuous innovation and a strong patent portfolio, we are shaping the future of wireless communications by bringing cutting edge research into commercially deployed, mission critical systems.
AccelerComm attracts people who want to work on the cutting edge 5G/6G satellite communications that are powering global connectivity - technology that is genuinely advanced and problems that are genuinely hard.
Our engineering team combines experienced industry experts with talented graduates from leading universities. Together we are highly collaborative, innovative, delivery-focused, and committed to developing world-class IP blocks for FPGA and ASIC solutions.
We are now seeking talented and motivated Graduate Design Engineers to join our Hardware Design team. These roles offer an excellent opportunity to work alongside experienced engineers on the development of advanced digital signal processing and communications IP.
The ideal candidates will have a strong academic background in Electronic Engineering, Computer Engineering, Communications Engineering, or a related discipline, together with exposure to RTL design using languages such as Verilog, SystemVerilog, or VHDL. An interest in wireless communications, digital design, and hardware verification is highly desirable.
These are hands-on engineering roles that provide exposure across the full hardware development lifecycle. The team works closely with system architects, algorithm designers, software engineers, and implementation teams to transform complex requirements into high-performance silicon and FPGA solutions. Digital design and verification are at the heart of our development work and we used a broad range of design, verification, and debugging techniques, to ensure that the hardware IP we deliver is reliable and efficient.
We are running a selection event at our Southampton offices on Wednesday 7 October and applicants will need to be available to attend in person if shortlisted.
Key Responsibilities
Contribute to the design, implementation, verification, and delivery of high-performance digital hardware IP for wireless communication systems.
Develop RTL designs using SystemVerilog, Verilog, or VHDL, targeting FPGA and ASIC technologies.
Support the development and verification of communications signal processing functions and hardware architectures.
Collaborate with hardware, algorithm, software, and systems engineers to translate system requirements into efficient hardware implementations.
Develop and maintain testbenches, simulation environments, and verification infrastructure.
Support the creation of automated engineering workflows, build systems, and development tools using scripting languages such as Python and Bash.
Produce clear and accurate technical documentation covering design specifications, implementation details, and verification results.
Follow established engineering processes, coding standards, and design methodologies to ensure the delivery of high-quality IP.
Participate in design reviews, technical discussions, and knowledge-sharing activities within the engineering team.
Continuously develop technical expertise across multiple areas of digital hardware and wireless communications engineering.
Skills, Knowledge & Expertise
Essential
Bachelor's or Master's degree in Electronic Engineering, Computer Engineering, Communications Engineering, Physics, Mathematics, or a related technical discipline.
Understanding of digital design fundamentals, including combinational and sequential logic, finite state machines, timing concepts, and digital architectures.
Exposure to hardware description languages such as Verilog, SystemVerilog, or VHDL through academic projects, placements, internships, or personal projects.
Basic knowledge of at least one scripting language, such as Python, MATLAB, Tcl, or Bash.
Strong analytical, problem-solving, and debugging skills.
Ability to communicate technical concepts clearly through written reports and verbal presentations.
A structured approach to engineering tasks, with strong attention to detail and quality.
Enthusiasm for learning and developing expertise in hardware design and wireless communications technologies.
Desirable
Experience with FPGA or ASIC development platforms and associated toolchains.
Understanding of RTL verification methodologies, simulation, and testbench development.
Knowledge of programming languages such as C, or C++.
Familiarity with version control systems, particularly Git.
Aware of industry-standard interfaces and protocols, such as AXI, Ethernet, JESD204, or PCIe.
Understanding of digital signal processing concepts and their hardware implementation.
Knowledge of modern wireless communication systems, including 4G, 5G NR, Open RAN, satellite communications, or future wireless technologies.
Exposure to communications algorithms such as:
Error correction coding and decoding
Channel estimation
Equalisation
Beamforming
MIMO processing
Synchronisation algorithms
Experience with FPGA AI Engines or heterogeneous computing architectures.
Personal Skills
Engineering curiosity demonstrated through university projects, research, internships, competitions, open-source contributions, or personal development projects.
Motivation to solve complex problems.
Keenness to learn from experienced engineers and rapidly develop technical expertise.
Collaborative team player who contributes positively within a multidisciplinary environment.
Adaptability and willingness to take on new technical challenges.
Proactive, self-motivated, and capable of working independently when required.
Strong interpersonal and communication skills, with the ability to build effective working relationships across teams.
Committed to maintaining high engineering standards and delivering quality results.
Job Benefits
We pay competitive graduate level salaries which depend on skills and experience.
We offer a bonus scheme which pays up to 20% of salary annually, depending on performance. This is in addition to EMI share options, issued periodically. We offer a range of good quality company benefits including pension and private health insurance.
Our offices on Southampton Science Park provide a great working environment, with a coffee shop, bike storage, showers, plenty of free parking and EV charging points.
We operate flexible working hours and offer hybrid working.
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