Lead Structural Engineer

Lead Structural Engineer

12 month contract

Based in Ampthill

Offering between £55-£66ph Inside IR35

Hit Apply below to send your application for consideration Ensure that your CV is up to date, and that you have read the job specs first.

Do you have experience with metallic and composite parts?

Do you have experience in MSC Nastran?

Do you want to work with an industry-leading company?

If your answers are yes to these, then this could be the role for you!

As the Lead Structural Engineer, you will be working alongside a market-leading Defence and Aerospace company who are constantly growing and developing. They are always looking to bring on new talents such as yourself and further develop your skills to enable you to grow within the company and industry!

Due to the nature of what you will be working on, you will be required to obtain high level MOD security clearance.

You will be involved in:

• Developing and validating high‑fidelity finite‑element models for metallic, composite, and hybrid structures
• Executing static, dynamic, vibrational, thermal, and fluid‑structure interaction analyses
• Performing damage‑tolerance and fatigue assessments
• Authoring concise strength‑summary reports and risk assessments that satisfy MoD and customer standards
• Translating analysis outcomes into manufacturing instructions and inspection plans
• Leading knowledge‑transfer workshops and maintaining model libraries
• Championing process improvement through new software, material databases, and automation scripts
• Representing the Company at design reviews, client briefings, and external audits

Your skillset may include:

• BEng in Mechanical/Aerospace or equivalent
• Experience in industrial structural‑analysis experience on metallic and composite parts
• Proficient in MSC Nastran and pre‑processors such as Patran, Apex, Simcenter, or ANSA
• Experienced in static, dynamic, linear and non‑linear analyses
• Skilled xwzovoh in hand‑based stress calculations and fatigue life prediction
• Experience modelling aluminium, titanium, steel and high‑strength alloys for both light‑ and heavy‑weight systems
• Knowledge of composite lay‑up, ply‑by‑ply modelling, and defect effects
• Capable of drafting clear, concise strength‑summary reports and risk assessments
• Comfortable working collaboratively with design, manufacturing, testing and quality teams
• Skilled in scripting (Python, batch) and use of high‑performance computing to streamline analyses

If this all sounds like something you will be interested in then simply apply and we can discuss the opportunity further!