Principal Opto-Mechanical Engineer

Steneg
Edinburgh
3 weeks ago
Create job alert

Our client is an engineering organisation specialising in the development of high-performance optical and sensing technologies for demanding environments. The company supports critical applications across aerospace, defence, and industrial sectors, with a strong focus on the integration of optics, electronics, and mechanical systems.

Mission

The Principal Opto-Mechanical Engineer will lead the mechanical design and system integration of advanced optical assemblies, contributing to the development of next-generation sensor and imaging technologies. This senior technical role combines hands-on design leadership with strategic oversight of design for manufacture, system integration, and environmental qualification. Working closely with optical, systems, and production teams, the successful candidate will ensure that all designs meet stringent mechanical and optical specifications while operating reliably under real-world constraints.

Responsibilities

Opto-Mechanical Design & Integration

  • Lead the full design lifecycle of complex opto-mechanical systems from initial concept through to production release.
  • Develop CAD models and detailed drawings compliant with internal quality standards and production requirements.
  • Define mechanical tolerances and constraints in alignment with optical and thermal performance requirements.

Cross-Functional Development

  • Collaborate with optical, thermal, systems, and electronics engineers to define interface requirements and achieve optimal system integration.
  • Drive prototype builds and validation efforts, supporting hands-on assembly and testing where needed.

Performance & Reliability Assurance

  • Support environmental qualification including shock, vibration, humidity, chemical resistance, and temperature extremes.
  • Apply DFM, DFA, and DFT principles to ensure robust, scalable, and cost-effective designs.

Technical Documentation & Review

  • Prepare technical documentation including specifications, interface control documents, and verification plans.
  • Lead design reviews and contribute to the development of internal engineering standards and best practices.
  • Provide technical guidance to junior engineers and actively participate in team development and knowledge transfer.
Required Qualifications
  • Bachelor’s degree in Mechanical Engineering, Optical Engineering, or a closely related discipline.
  • At least 10 years of experience in the design and integration of precision opto-mechanical systems.
  • Expertise in optical tolerancing, thermal and structural analysis, and mechanical integration of optical elements.
  • Proficiency in 3D CAD tools such as SolidWorks, Creo, or NX.
  • Experience in environmental testing and qualification of mechanical assemblies.
  • Strong communication and documentation skills in English.
Preferred Experience
  • Experience in sectors such as aerospace, defence, or optical instrumentation.
  • Familiarity with polymers or lightweight materials used in optical system enclosures.
  • Exposure to AI-driven design optimization or multidisciplinary system development.
  • Location: Edinburgh, Scotland, United Kingdom


#J-18808-Ljbffr

Related Jobs

View all jobs

Principal Engineer - Smart Metering, end device connectivity

Principal Software Engineer

Principal Electronics Engineer

Principal Mechanical Engineer Building Services

Principal Mechanical Design Engineer - Derby

Principal Mechanical Engineer Building Services

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

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

Industry Insights

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

How Many Edge Computing Tools Do You Need to Know to Get an Edge Computing Job?

If you’re trying to start or grow a career in edge computing, it can feel like you’re navigating a maze of tools, frameworks and platforms — Kubernetes, Docker, IoT frameworks, AWS Greengrass, Azure IoT Edge, OpenShift, TinyML toolkits, networking orchestration, real-time streaming frameworks, and on it goes. Scroll job boards and community forums and it’s easy to conclude that unless you master every buzzword imaginable, you’ll never get a job. Here’s the honest truth most edge computing hiring managers won’t necessarily say out loud: 👉 They don’t hire you because you know every edge computing tool — they hire you because you can solve real system problems using the tools you know. Tools matter, yes — but only when they support clear outcomes: reliable systems, performance at scale, secure edge deployments and real business value. So how many edge computing tools do you actually need to know to secure a job? For most edge computing roles, the answer is fewer than you think — and a lot clearer when sorted by fundamentals and roles. This guide shows you what matters, what doesn’t, and how to focus your time wisely so you come across as capable, confident and employable.

What Hiring Managers Look for First in Edge Computing Job Applications (UK Guide)

In today’s fast-evolving tech landscape, edge computing is one of the most sought-after fields — blending distributed systems, embedded systems, networking, cloud, IoT, data and real-time processing. But that also means hiring managers are highly selective. They scan applications fast and look for signals of relevance, impact, technical depth and real-world delivery long before they read every line. This guide demystifies what hiring managers in edge computing look for first in your application — so you can tailor your CV, portfolio and cover letter to jump out of the stack. Whether you’re targeting edge systems roles, embedded IoT edge jobs, edge-native data roles, edge platform engineering or edge-AI positions, this checklist will help you position your experience in a way hiring managers can trust immediately.

The Skills Gap in Edge Computing Jobs: What Universities Aren’t Teaching

Edge computing is rapidly moving from niche concept to critical infrastructure. As organisations deploy connected devices, sensors, autonomous systems and real-time analytics, processing data closer to where it is generated has become essential. From smart cities and manufacturing to healthcare, transport, defence and telecommunications, edge computing underpins systems where latency, reliability and resilience matter. Demand for edge computing skills across the UK is rising steadily — yet employers consistently report difficulty finding candidates who are genuinely job-ready. Despite growing interest and academic coverage, universities are not fully preparing graduates for real edge computing jobs. This article explores the edge computing skills gap in depth: what universities teach well, what they consistently miss, why the gap exists, what employers actually want, and how jobseekers can bridge the divide to build sustainable careers in edge computing.