Senior Mechanical Design Engineer (Team Lead)

Nova Systems International
Corsham
3 weeks ago
Create job alert
Senior Mechanical Design Engineer (Team Lead)

Apply for the Senior Mechanical Design Engineer (Team Lead) role at Nova Systems International.


Nova Systems is a leading supplier of turnkey bespoke aircraft modification solutions, aerospace engineering and test & evaluation services to governments and industry. Special Mission and Commercial aircraft modifications place certification at the heart of our work. As a niche EASA 21J DOA, we foster an employee‑focused culture and highly professional work ethic, offering opportunities within a global and dynamic team environment both locally and abroad.


The Role


As Senior / Lead Mechanical Design Engineer you will be accountable for delivering all mechanical discipline artefacts within the Nova DOA, including drawing sets, compliance reports and test plans. You will oversee the mechanical design team to meet business and regulatory requirements, provide technical and certification advice, and manage mechanical design activities across the Special Missions arm of the DOA.



  • Supervise and develop mechanical designs and artefacts in line with EASA Design Handbook, scope, schedule and budget across the project portfolio.
  • Drive and influence designs to ensure compliance with customer specifications, functional requirements, certification and manufacturing requirements.
  • Lead resolution of technical issues within assigned projects, liaising with design, production, maintenance and supplier teams.
  • Coordinate closely with the Project Manager to deliver design, certification, manufacture and installation elements within budget and schedule, providing proactive status feedback.
  • Act as Project Lead across the discipline portfolio, responsible for project plans, kick‑off briefs, budget performance, progress reporting, quality service delivery and technical coordination.
  • Comply with Nova WHS policies, Safety Management System procedures and all other applicable safety requirements.
  • Perform additional duties as required by your team lead or supervisor.

What we are looking for



  • Current or previous Panel 3 (Structures) CVE in Small/Large Rotorcraft and Aeroplanes.
  • Experience with CAD tools (SolidWorks 3D, AutoCAD 2D) and MS Office Suite.
  • Knowledge of applicable EASA law, regulations and design codes (Part 21, CS 23, CS 25, CS 27, CS 29).
  • Strong understanding of aerospace/aviation manufacturing and production processes involving metallic and composite materials.
  • Academic qualification(s) (or equivalent experience) supporting role execution.
  • Excellent communication skills at all organizational levels.
  • Willingness to educate and develop future aerospace engineers.
  • Self‑starter with drive, curiosity and a commitment to continuous improvement.

Desirable Skills, Knowledge and Attributes



  • Experience in a hangar environment from a design perspective.
  • Practical application of mechanical engineering skills.
  • Member of a relevant institution and Chartered Engineer status (or working towards).
  • Experience supervising a small, high‑performing team of engineers.

Security and Eligibility



  • Right to work in the UK without sponsorship.

Why Join Us


We offer a mission‑driven, supportive environment that values innovation, trust and collaboration. Benefits include:



  • Up to 8.5% matched contributory pension
  • £300 towards professional membership subscriptions
  • Study leave – 5 days/yr
  • 25 days annual leave plus bank holidays
  • Flexible working conditions
  • Private medical insurance
  • Life insurance
  • Great discounts at leading retailers
  • Enhanced parental leave
  • Employee assistance program
  • An inclusive and supportive culture
  • Reward & recognition programme
  • Cycle to Work scheme

This role requires pre‑employment screening in line with the Government Baseline Personnel Security Standard (BPSS). Checks include verification of identity and right to work, employment history and criminal record. Appointment is subject to successful completion of these checks.


We are committed to increasing diversity and embrace equal opportunity, equal treatment and respect for all.


Nova Systems International proudly supports the Armed Forces Covenant and values the contributions of service personnel, reservists, veterans and military families.


We also emphasize flexible working and mental health awareness, and we are ready to support any special access requirements.



#J-18808-Ljbffr

Related Jobs

View all jobs

Senior Mechanical Design Engineer

Senior mechanical design engineer

Senior Mechanical Design Engineer

Senior Mechanical Design Engineer

Senior Mechanical Design Engineer

Senior Mechanical Design Engineer

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.