Embedded Software Engineer - Wearable Systems

Job title: Embedded Software Engineer – Wearable Systems & Sensor Integration Location: London, UK (Hybrid) ABOUT XYZ REALITY ────────────────────────────── XYZ Reality are the creators of the world's first and only engineering-grade Augmented Reality solution, purpose built for the construction industry. Not only have we created this holographic technology, that sits within The Atom — a smart, site-safe headset/hardhat — but we implement it on projects, utilising the power of AR to ensure that all schemes are completed in line with delivery timescales and budgets. XYZ has grown to over 100 staff across the UK, US & Europe and is working with Mission Critical organisations & construction companies to successfully deliver major projects. THE ROLE ────────────────────────────── XYZ Reality is developing the next generation of wearable technology for the construction industry — combining advanced sensing, localisation, computer vision, and augmented reality into products that are transforming how major projects are delivered. We are looking for a talented Embedded Software Engineer to join our Hardware team and take a hands-on role in building the embedded software stack that powers these platforms. You'll work closely with Hardware, Mechanical Engineering, Navigation Algorithms, and Production teams — developing Linux drivers, sensor integrations, and hardware interfaces for wearable systems operating in demanding industrial environments. This is a role for someone with a practical engineering mindset who takes ownership, thrives in a multidisciplinary environment, and wants to see their work go from prototype all the way through to production deployment. KEY RESPONSIBILITIES ────────────────────────────── • Develop embedded software and firmware for wearable computing platforms — including Linux kernel modifications, board support packages, and device drivers — with a focus on NVIDIA Jetson and other embedded compute platforms. • Build drivers and interfaces for cameras, IMUs, GNSS receivers, LiDAR, ToF sensors, displays, and communication peripherals (SPI, I2C, UART, USB, Ethernet) — supporting hardware bring-up, debugging, and system integration. • Support integration of embedded AI, localisation, perception, and sensor processing systems — working closely with the Navigation Algorithms team to ensure hardware and software work seamlessly together. • Develop production software, manufacturing test tools, factory calibration systems, and automated validation tooling — supporting the transition of products from development into full-scale manufacturing. • Participate in architecture reviews, design reviews, and technical planning — contributing maintainable, well-tested, production-quality software and clear engineering documentation throughout. • Collaborate cross-functionally with Hardware, Mechanical Engineering, Production, R&D teams, and external suppliers — supporting prototype builds, technical investigations, and validation activities. REQUIRED QUALIFICATIONS ────────────────────────────── • Degree in Computer Engineering, Software Engineering, Electronic Engineering, Computer Science, or a related discipline, with 3+ years of embedded software or firmware development experience. • Strong C and C++ programming skills, with proven experience developing Linux kernel components, board support packages, or device drivers, and integrating hardware peripherals and sensors. • Solid understanding of embedded system architectures, microcontrollers, hardware interfaces, and multi-threaded software development across communication protocols including SPI, I2C, UART, USB, and Ethernet. • Practical, hands-on engineering mindset — comfortable taking ownership of technical challenges, working independently across a multidisciplinary team, and seeing development through from prototype to production. KEY EXPERIENCE & SKILLS ────────────────────────────── • C / C++ & embedded Linux — kernel, BSP & device driver development • Sensor integration — cameras, IMUs, GNSS, LiDAR, ToF & displays • NVIDIA Jetson & embedded compute platform experience • Hardware interfaces — SPI, I2C, UART, USB & Ethernet • Production test, calibration & manufacturing support tooling • Practical, proactive & ownership-driven engineering mindset BENEFITS ────────────────────────────── 🏝️ 25 days annual leave + public holidays 🩺 Private healthcare with Vitality 🎄 Christmas shutdown days on top of leave allowance (2–4 per year usually) 🚇 Office located within a 5-minute walk from Angel station 🏠 Hybrid working 🪙 Biannual salary reviews 🥳 Summer & Christmas staff parties 🍣 Free lunch bought in and after-work gathering/drinks every other Thursday in the office 💰 Employee referral scheme 🚀 Make a real-world impact of revolutionising the construction industry