Vice President of Engineering

ZipRecruiter
2 weeks ago
Applications closed

Related Jobs

View all jobs

Job Description

VP of Engineering – AI Data Centre Acceleration

Location - UK flexible

Six-figure package + Stock

Our client is a highly ambitious UK deep-tech venture leading the revolution in next- AI Acceleration for High-Performance Computing and Data Centre applications. The company’s innovative technology offers both a leap in performance and superior power efficiency designed to accelerate Artificial Intelligence computing performance in data centres.

Following significant funding they are now looking to appoint a VP of Engineering to join the executive team as they transform their technology and IP into a commercial product. We are seeking an experienced and capable technical leader to build a first-class team spanning optics, electronics, software and AI/ML algorithms to develop the world’s most advanced accelerator.

Responsibilities:

  • Own the full product development lifecycle from engineering prototypes to product iterations
  • Lead and scale a multidisciplinary engineering team spanning optical, electrical, mechanical, and software engineering
  • Oversee the integration of optical and electronic components and control software
  • Establish and optimise development processes and manufacturing workflows
  • Develop and maintain relationships with manufacturers, suppliers, and development partners
  • Create and manage product development schedules and manufacturing timelines
  • Drive design for manufacturability (DFM) and design for testing (DFT) initiatives
  • Contribute to the technical vision and product roadmap, aligning with company goals and market opportunities
  • Manage engineering budgets, resources, and capacity planning
  • Establish technical standards and best practices for hardware development, testing, and validation.

Minimum Requirements:

  • A minimum of 5 years’ experience in a senior engineering leadership role, combined with a strong technical background in either systems or semiconductor product design
  • A proven track record of successfully delivering complex hardware products using optical or electronic components, ideally targeting data centre applications
  • An understanding of optical, electronic systems or IC design and manufacturing processes in telecoms, computing, networks or a related field
  • Project management experience in early-stage hardware prototyping through to product manufacturing
  • A strong track record of building and scaling engineering teams
  • Experience of implementing engineering processes and test & validation systems
  • Previous experience of operating in a fast-paced startup environment
  • Bachelor's degree or higher in electronic engineering, physics, photonics or a related subject.

For a confidential discussion and further information about this unique opportunity, please send your CV to .

#J-18808-Ljbffr

Get the latest insights and jobs direct. Sign up for our newsletter.

By subscribing you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Tips for Staying Inspired: How Quantum Computing Pros Fuel Creativity and Innovation

Quantum computing is often heralded as the next frontier in computational power—promising unprecedented speed-ups for complex tasks, from cryptography and drug discovery to optimisation and materials science. Yet, despite the awe surrounding this field, pioneering breakthroughs come with their share of daily challenges: grappling with qubit stability, designing algorithms for hardware that’s still maturing, and navigating a fragmented ecosystem of quantum languages and simulators. It’s no surprise that even the most passionate quantum computing professionals can feel stuck or overwhelmed at times. So how do researchers, engineers, developers, and theorists continue to push the boundaries of quantum computing amidst these obstacles? Below, we delve into ten practical strategies that can help quantum computing experts remain creative, inspired, and ready to tackle the quantum revolution head-on. Whether you’re exploring fault-tolerant qubit architectures, coding in Qiskit, or running experiments on real quantum hardware, these tips can guide you toward new ideas and sustained motivation.

Top 10 Quantum Computing Career Myths Debunked: Key Facts for Aspiring Professionals

Quantum computing stands at the cutting edge of technology—a realm where the weird rules of quantum mechanics promise computational breakthroughs that could revolutionise cryptography, materials science, drug discovery, optimisation, artificial intelligence, and more. With tech giants, start-ups, and research institutions pouring immense resources into the field, the demand for quantum-savvy professionals has never been greater. Yet, despite the discipline’s rising profile, numerous misconceptions still circulate. Some believe that quantum computing is too arcane for all but the most brilliant mathematicians, while others assume it remains purely theoretical with no practical career paths. At QuantumComputingJobs.co.uk, we see how these myths can discourage curious minds from pursuing roles in a domain brimming with potential. This article tackles the top 10 myths about quantum computing careers, showing how you can set foot in this fascinating world—whether you’re a physics graduate, a software developer intrigued by quantum algorithms, or simply curious about the next frontier in computing. By busting these misconceptions, we’ll reveal that quantum computing is far more accessible, diverse, and opportunity-rich than many suspect.

Global vs. Local: Comparing the UK Quantum Computing Job Market to International Landscapes

Quantum computing was once the stuff of science fiction, discussed mainly in theoretical physics circles. Today, it’s emerging as the next massive leap in computational power—promising to tackle previously insoluble problems through the quantum-mechanical wonders of superposition and entanglement. From finance and cybersecurity to materials research and pharmaceutical discovery, quantum innovations could reshape entire industries, fuelling an urgent need for professionals skilled in this field. In this guide, we explore how the UK quantum computing job market compares with major global hubs—the United States, Europe, and Asia. We’ll delve into in-demand roles, remuneration trends, cultural dynamics, and other essentials for anyone contemplating whether to launch a quantum career at home or abroad. Whether you’re a research physicist, a software developer diving into qubit-based algorithms, or a recent graduate enamoured with quantum technology’s possibilities, you’ll find plenty of insights here. By the end, you’ll see how the UK measures up in terms of quantum opportunities and understand the benefits different regions can offer—be it higher salaries, cutting-edge labs, or greater work-life balance. Let’s begin this exciting journey into the rapidly evolving world of quantum computing.