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Renishaw

Precision measurement and additive manufacturing technologies

Senior / Lead FPGA Engineer

Silicon & ASIC DesignUpdated on Nov 12
Full-timeWotton-under-Edge, UK

About the Job

Requirements

  • A degree in Electronic Engineering, Physics, Computer Engineering, or a related discipline is required.
  • Strong commercial experience developing FPGA solutions using VHDL is required.
  • A solid understanding of digital design principles, including timing analysis and timing closure, clock domain crossing techniques, reset architectures, pipelining and resource optimisation, and high-speed digital interfaces is required.
  • Experience implementing and verifying FPGA designs in simulation and on hardware is required.
  • An understanding of FPGA development tools and design flows is required.
  • The role requires effective communication within a multidisciplinary engineering team.
  • For the Lead FPGA Engineer level, significant experience architecting complex FPGA-based systems is required.
  • For the Lead FPGA Engineer level, proven ability to lead FPGA development activities through the full product lifecycle is required.
  • For the Lead FPGA Engineer level, a strong understanding of requirements management, design reviews and engineering governance is required.
  • For the Lead FPGA Engineer level, experience mentoring engineers and providing technical leadership is required.
  • For the Lead FPGA Engineer level, demonstrated ability to balance technical excellence with delivery objectives is required.

Responsibilities

  • Develop FPGA architectures and RTL designs from concept through production release.
  • Design, implement and maintain high-quality VHDL solutions focused on performance, reliability, portability and efficient resource utilisation.
  • Perform timing analysis, constraint development, timing closure and design optimisation.
  • Implement and verify FPGA functionality in simulation and on target hardware.
  • Develop reusable and maintainable IP blocks and design frameworks for use across projects and product generations.
  • Support product sustainment, issue investigation and design improvements throughout the product lifecycle.
  • Develop robust verification environments using methodologies including OSVVM and VUnit.
  • Create reusable, self-checking testbenches with measurable verification coverage.
  • Define verification strategies, plans and acceptance criteria.
  • Improve simulation, regression testing and automated verification workflows.
  • Support hardware validation, debugging and system integration activities.
  • Capture, analyse and refine requirements, maintaining traceability from customer and system requirements through implementation and verification.
  • Collaborate with systems, electronics, software, algorithms and test engineers to deliver integrated solutions.
  • Evaluate and implement signal processing, control and embedded algorithms within FPGA architectures.
  • Contribute to safety, reliability and compliance activities, including design assurance and audit-ready engineering evidence.
  • Produce and maintain technical documentation, including architecture specifications, interface definitions, verification reports and design rationale.
  • Provide technical leadership for FPGA development activities across projects.
  • Drive engineering excellence through design reviews, code reviews, development standards and best practices.
  • Support planning, estimation, technical risk management and project delivery.
  • Mentor engineers, graduates and apprentices, developing their technical capability and engineering judgement.
  • Promote reusable design approaches and continuous improvement across tools, methodologies and processes.

Desired Qualifications

  • Experience with Intel (Altera) FPGA devices and Quartus development tools.
  • Experience with OSVVM, VUnit and modern verification methodologies.
  • Familiarity with VS Code, Active-HDL or equivalent simulation environments.
  • Knowledge of embedded software development using C, C++ or Python.
  • Experience with Git, Azure DevOps and continuous integration/continuous deployment (CI/CD) workflows.
  • Understanding of DSP, control systems and numerical algorithms.
  • Knowledge of high-speed digital design, EMC and mixed-signal electronics.
  • Experience working within regulated or safety-conscious product development environments.

About the Company

Renishaw

Precision measurement and additive manufacturing technologies

Renishaw researches and makes high-precision engineering and scientific technology. It provides products and services for precision measurement, medical and dental applications, and additive manufacturing. Its machines include tools for metrology and inspection (like coordinate measuring and probing systems) and metal 3D printing systems that form parts from metal powder using lasers. The company serves industries from jet engines and wind turbines to dentistry and brain surgery, and exports most of its sales worldwide. It differentiates itself by combining metrology, healthcare solutions, and metal additive manufacturing under one company, backed by strong R&D in the UK and a global manufacturing and support network. Its goal is to Transforming Tomorrow Together by helping customers create the products, materials, and therapies needed in the future.

Company size
1,001-5,000
Company stage
IPO
Headquarters
Gloucester, United Kingdom
Founded
1973

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