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Analysis & Design Engineer - Buckinghamshire - eVTOL / Automotive - £50k
Client:
EVEREC
Location:
Buckinghamshire, United Kingdom
Job Category:
Other
EU work permit required:
Yes
Job Views:
5
Posted:
30.03.2025
Expiry Date:
14.05.2025
Job Description:
Analysis & Design Engineer - Buckinghamshire - eVTOL / Automotive - £50k
Role: Analysis & Design Engineer
Location: Buckinghamshire (Hybrid, 1-2 days in the office per week)
Company Overview:
Join a pioneering company at the forefront of next-generation electric propulsion technology. This innovative business is revolutionizing sustainable aviation by developing cutting-edge, high-performance propulsion systems. With a strong focus on engineering excellence, they are shaping the future of flight by delivering quieter, more efficient, and scalable propulsion solutions.
The Role:
As an Analysis & Design Engineer, you will play a key role in the development of advanced propulsion systems. Your primary focus will be structural and thermal analysis using ANSYS, ensuring optimal performance and reliability. While the role is analysis-driven, you will also provide occasional support on design work using CATIA, helping to refine and develop mechanical components.
This is a hybrid role, requiring 1-2 days in the Buckinghamshire office per week. If you prefer to be in the office more frequently, you are welcome to do so.
Key Responsibilities:
1. Conduct FEA simulations (structural and thermal) using ANSYS to optimize component performance.
2. Analyze stress, fatigue, and thermal properties to ensure structural integrity.
3. Support the design team with CATIA-based mechanical design tasks as needed.
4. Collaborate with cross-functional teams to integrate analysis findings into product development.
5. Assist in developing and validating test plans to correlate simulations with real-world performance.
6. Provide technical documentation and reports based on analysis findings.
Requirements:
1. Degree in Mechanical Engineering, Aerospace Engineering, or a related field.
2. Strong experience with FEA analysis using ANSYS.
3. Some exposure to CATIA for design work.
4. Understanding of materials, stress analysis, and thermal dynamics.
5. Ability to interpret and present analysis results clearly.
6. Experience in aerospace, automotive, or a similar high-performance engineering industry is beneficial.
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