Software Engineer

Description

We are seeking a Software Engineer to help implement, design and optimize the infrastructure code underpinning our 5G NR physical layer (PHY) systems. This role focuses on developing and optimizing platform specific code to ensure real-time performance on embedded platforms

Key Responsibilities

Platform Development

• Develop software for running and testing the 5G NR PHY algorithms

Performance Optimisation

• Utilise SIMD, multi-threading, and hardware acceleration (e.g., FPGA, DSP).

Integration & Testing

• Integrate the platform code with 5G NR PHY algorithms and ARM enabled boards.
• Improve and maintain CI testing across the entire platform

Standards Compliance

• Support interoperability testing with other vendors and operators.

Collaboration

• Work closely with system-test, hardware, and system architecture teams.
• Customer facing experience.
• Contribute to technical reviews.

Skills, Knowledge & Expertise

Required Skills

• Strong proficiency in C or C++
• Proficiency in a scripting language: Python, Groovy, bash

Preferred Skills

• Experience with real-time embedded systems and Linux.
• Familiarity with hardware acceleration (FPGA, DSP, SIMD).
• Knowledge of signal processing and optimisation techniques.
• Hands-on with FPGA toolchains (Xilinx Vivado).
• Exposure to O-RAN architecture and fronthaul protocols (eCPRI).

About AccelerComm

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.