Senior Simulation and Means Engineer

Safran Electrical & Power
Pitstone
1 year ago
Applications closed

Related Jobs

View all jobs

Senior Algorithm Engineer

Senior Algorithm Engineer

Senior Propulsion Engineer

Senior Propulsion Engineer (Numerical Modelling)

Senior Propulsion Engineer

Senior Propulsion Engineer (Numerical Modelling)

Job Description

Working in the Simulation and Means team to perform various simulations, analysis and
evaluations of components, assemblies and products using various analysis tools and
techniques. This is carried out at all stages of the product design process, from identification of
initial opportunity through to successful operation in service.
• Lead simulation work packages and, depending on the scope, this may involve managing or
co-ordinating the work of others
• Where work packages are required, plan schedules and milestones for the project
• No direct financial responsibility but will work within the project budget to meet programme
deadlines
• Where work packages are outsourced, liaising with outsourcing organisation and their
personnel
• Accountable for delivering work package outcomes to design project teams
• Performs various simulations, analysis and evaluations of components, assemblies and
products using various analysis tools and techniques e.g. hand calculations, FE analysis of
static structural (linear / non-linear), dynamic, modal, vibration, thermal and stress analysis
• Using their simulation, analysis and evaluation expertise, solves technical problems relating
to product design in order to achieve the programme objective
• Oversees an agreed scope of work, working with others to ensure the simulation, analysis or
evaluation contributes to the integrity of the overall design solution
• Plans work schedules (that may involve others in the project or work package) and plans
project milestones for each phase of the project, working within the project budget to meet
programme deadlines.
• Liaises with Lead Engineers and Project / Programme Managers to stay abreast of customer
needs and to anticipate forward demand.
• Support the Simulation and Means team with long-range planning for the team to ensure the
development of team members and processes.
• Authoring, reviewing and approving engineering documentation related to Simulation and
Means activities.
• Provide training and guidance on stress, vibration, fatigue and rotordynamics principles in
order to grow the skill throughout the Design community

Complementary Description

Key performance measures:
• Delivery against assigned milestones and project tasks or work packages delivered on time,
to quality and to budget.
• Technical reports are produced and are of a high quality and aligned with process and
procedural requirements.
• Performance objectives, agreed during annual performance reviews, and satisfactorily
completed within the agreed timescales.
• Support and mentoring, generates demonstrable skills growth within the team.
• Achievement of Engineering Approval status or higher.

Job Requirements

Ideally Degree educated in a relevant engineering discipline
• Good experience and understanding of product, assembly and component analysis, with
experience of Ansys workbench
• Experience in LS-Dyna and N-Code
• Good knowledge of CAD tools and their capabilities
• Good experience and understanding of bearing selection and lifetime calculation
• Experience of supervising others
• Effective project management with, ideally, some client relationship management and
commercial skills.
• Can work in a time pressurised manufacturing environment and resolve daily product issues
and technical problems. Can drive technical decisions.
• Excellent communication skills in order to manage others
• Can produce competent technical reports.
• Can perform advanced stress hand calculations, structural (linear / non-linear) analysis,
dynamic, modal, vibration, thermal and stress analysis.
• Good knowledge of materials and their properties and their use in engineering design.
• Competent in using Microsoft Office and Microsoft Project tools.
• Experience in the aerospace industry would be beneficial.
• Awareness of CFD analysis would be beneficial.
• Awareness of manufacturing process would be beneficial.

Specificity of the job

As required

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 Space Industry Tools Do You Need to Know to Get a UK Space Job?

If you’re pursuing a career in the space industry — whether that’s spacecraft engineering, mission operations, space software, satellite systems, ground segment integration or space data analytics — it’s easy to feel overwhelmed by the sheer number of tools, platforms and technologies mentioned in job adverts. One role wants experience with CAD and FEA software. Another asks for experience with GNSS simulation. A third mentions mission scheduling tools, RF link analysis suites, Python, C++, continuous integration — and it seems there’s always another acronym to learn. With so much listed, many candidates fall into the trap of thinking they must master every tool under the sun before they’ll be taken seriously. Here’s the honest truth most UK space hiring managers won’t say out loud: 👉 They don’t hire you because you’ve heard of every tool — they hire you because you can apply the right tools to solve real space problems, explain your reasoning clearly, and deliver results. Tools matter, but they always serve a purpose: achieving mission goals, improving reliability, reducing risk, delivering data, or enabling collaboration. Tools are enablers — not trophies. So how many tools do you actually need to know to get a space job? The answer is much fewer and far more strategic than you might think. This article breaks down: what tools employers really expect which ones are core across most space roles which ones are role-specific how to present your tool proficiency on your CV and in interviews

What Hiring Managers Look for First in Space Sector Job Applications (UK Guide)

The space industry is one of the most exciting and multidisciplinary sectors in technology and engineering today. Whether you’re applying for roles in spacecraft design, aerospace systems, robotics, satellite communications, mission operations, payload engineering, space software, ground systems, or scientific research, your application must quickly show hiring managers that you are relevant, technically credible and ready to deliver. In the UK space jobs market — spanning organisations from startups to defence primes, agencies, research labs and commercial constellations — hiring managers do not read every word of your CV. They scan applications rapidly, often making a judgement about whether to read further within the first 10–20 seconds. This guide breaks down exactly what hiring managers look for first in space sector applications, how they assess CVs and portfolios, why specific signals matter, and how you can position your experience to stand out on www.ukspacejobs.co.uk .

The Skills Gap in UK Space Jobs: What Universities Aren’t Teaching

The UK space sector is one of the most exciting and fastest-growing high-tech industries in the world. From Earth observation and satellite communications to space robotics, launch systems and deep-space exploration, the breadth of opportunity is enormous. The UK Government’s ambition to capture a significant share of the global space economy has driven investment, policy support and a wave of innovative companies — both established and start-up. Yet despite strong academic programmes and a pipeline of graduates with relevant degrees, employers in the UK space sector consistently report a persistent problem: Many graduates are not prepared for real-world space industry jobs. This is not a matter of intelligence or motivation. Rather, it reflects a growing skills gap between what universities are teaching and what employers actually need from space professionals. In this article, we’ll explore why that gap exists, what universities are doing well, where they fall short, what employers want, and how jobseekers can bridge the divide to build thriving careers in the UK space sector.