Stress Engineer

Slingsby Advanced Composites Ltd; Otley; On-site; GBP 70,000 - 90,000; Full time

Job summary

Slingsby Advanced Composites Ltd in North Yorkshire is seeking a Senior Stress Engineer to lead the mechanical analysis of advanced composite structures. You will work on static, dynamic, fatigue and damage tolerance analyses, modelling loading conditions and supporting manufacturing requirements.

You will coach engineers, interact with customers and suppliers, and deliver technical reports and presentations.

Qualifications

• Degree in Engineering preferred; strong background in fibre-reinforced composites welcome.
• Experience in static, dynamic, fatigue and damage tolerance analysis.
• Experience with Nastran/Patran/Apex/Dytran is expected.

Responsibilities

• Provide stress analysis for composite structures with design for manufacture in mind.
• Lead programmes to satisfy customer expectations.
• Coach and mentor junior engineers.
• Prepare technical reports and presentations of analysis results.
• Identify opportunities for improvement and drive to conclusion.

Skills

Stress analysis

Team leadership

Problem solving

Education

Engineering degree

Tools

Nastran

Patran

Apex

Dytran

Job description

Ings Lane, Kirkbymoorside, North Yorkshire, YO62 6EZ United Kingdom

Purpose of the position

The position available is a Senior Stress Engineer working on the development of Advanced Composite structures carrying out a variety of mechanical analysis related tasks. The job position reports to the department lead. The purpose of the role requires significant technical expertise, theoretical understanding and experience to assist the company in producing innovative and functional products and systems. The role includes interaction with the customer and suppliers, ensuring the required specification is achieved successfully. The applicant must also be aware of the business requirements in terms of cost, timescales and manufacturability. The role includes both independent work, leading a team of engineers and cross functional project team interaction.

Accountability

• Taking a pragmatic approach to problem solving, which may involve developing new concepts or techniques, also to be involved in problem-solving activities in other disciplines.
• To provide stress knowledge and expertise to the business and project teams.
• To keep up to date with advancements within the stress and related engineering fields to ensure that the company uses the most appropriate solutions and techniques are applied.

Responsibilities

• Provide a broad and practical application of stress analysis for composites structures with design for manufacture in mind. Must demonstrate knowledge of Static, Dynamic, Fatigue and Damage Tolerance techniques, working knowledge of popular failure modes and composite testing techniques.
• Taking a lead in programmes to ensure customer expectations are satisfied.
• To coach and mentor less experienced colleagues, sharing knowledge and experience to aid development.
• To perform check signatory activities

Tasks

• To provide technical advice and guidance where appropriate
• To use expertise and experience in stress engineering discipline in the designing of new projects and improvement of existing products.
• To model stress effects on composite products and materials for a variety of markets and in a variety of mediums.
• To be able to use Nastran, Patran, Apex, Dytran
• To be able to write technical reports and presentations to deliver analysis results
• To work to agreed parameters to ensure a successful outcome.
• To identify opportunities for improvement and see through to conclusion
• To determine own or project objectives and priorities.
• To communicate effectively with internal and external parties to encourage an integrated and collaborative approach.
• Work to agreed budgets, timescales and parameters.
• Perform root cause analyses and support the implementation of corrective actions.
• Develop a continuous improvement culture by supporting the implementation of lean techniques, review and assess new technology and develop processes that reduce cost, improve quality and increase efficiency.

Behavioural Competencies

• Integrity – builds a trusting relationship between members of the internal team and customers
• Drive results – takes accountability and ensures clear lines of communication
• Teamwork – fit into the Slingsby business culture and recognises that together we achieve more

Technical Competencies

• Experienced stress engineer using Nastran, Patran, Apex, Dytran
• Experienced in modelling and analysing the effect of loading conditions
• Experienced in using a product lifecycle management system
• Experienced in working with composite products
• Ideally experienced in working with composite products for marine and aerospace industry
• Pragmatic problem-solving skills
• Decision making ability

Education

• Degree level education in Engineering subject or equivalent is preferred – However, we would welcome candidate who can demonstrate a strong background in fibre-reinforced composite structures with associated mechanical analysis experience.