Aerospace Mechanical Design Engineer — Contract (CATIA V5/NX)

Reevr Talent Ltd; Leighton Buzzard; On-site; GBP 45,000 - 65,000; Full time

Job summary

ReeVR Talent is recruiting two experienced Mechanical Design Engineers to join a leading aerospace organisation on a 12-month contract. The role focuses on mechanical design, assessing legacy designs, investigating issues, and root-cause analysis.

The successful candidates will collaborate with the engineering team, using their expertise to understand design history, assess performance and identify opportunities to improve existing designs.

Qualifications

• Proven experience in mechanical design and engineering.
• Experience investigating mechanical issues and performing root cause analysis.
• Proficiency with CATIA V5 or NX for design work.
• Experience reviewing and updating engineering drawings and documentation.
• Background in aerospace or other highly regulated environments is desirable.

Responsibilities

• Carry out root cause analysis on legacy mechanical designs and engineering issues.
• Investigate mechanical problems and develop appropriate technical solutions.
• Undertake mechanical design work using CATIA V5; legacy work using NX.
• Review, assess and update existing engineering drawings and technical documentation.
• Work with engineering and cross-functional teams to understand design history and operational performance.
• Assess existing designs and identify potential issues or areas for improvement.
• Produce clear and accurate technical reports and engineering documentation.
• Support aerospace programmes and contribute to wider engineering activities.

Skills

Mechanical design

Root cause analysis

Engineering drawings

Aerospace environment

Rotating machinery

Tools

CATIA V5

NX

Job description

ReeVR Talent is recruiting two experienced Mechanical Design Engineers to join a leading aerospace organisation on a 12-month contract. The role focuses on mechanical design, assessing legacy designs, investigating issues, and root-cause analysis.

The successful candidates will collaborate with the engineering team, using their expertise to understand design history, assess performance and identify opportunities to improve existing designs.