Mechanical Systems Design Engineer

Randstad Technologies Recruitment; Bedford; Hybrid; GBP 74,000 - 111,000; Full time

Job summary

Randstad Technologies Recruitment is seeking a Mechanical Systems Design Engineer for a long-term contract in Bedford. The role focuses on aerostructural design, taking concepts through rapid prototyping and integration within an aerospace R&D setting.

You will work on wing and fuselage design, with emphasis on structural integrity and first-principles calculations, including 3D printing and rapid prototyping techniques. Hybrid onsite work supports collaborative development.

Qualifications

• 7+ years experience in mechanical systems or aerospace design.
• Proficient in CAD tools with SolidWorks preferred; CATIA/Creo/NX acceptable.

Responsibilities

• Lead aero-structural design from concept to rapid prototyping and integration.
• Ensure structural integrity of next-generation aerial platforms.
• Apply first-principles calculations to validate early design concepts.

Skills

Aero structures knowledge

SolidWorks

CATIA/Creo/NX

3D printing

First-principles calculations

Job description

Mechanical Systems Design Engineer - Contract(Inside IR 35)

Location: Bedford (Hybrid - 3 days/week on-site)

Experience Required: 7+ years

The Role:

Our client seeking an experienced Mechanical Systems Design Engineer for a long-term contract based in Bedford. Working within an innovative aerospace R&D environment, you will focus on the design and structural integrity of next-generation aerial platforms.

You will be heavily involved in aerostructural design, taking concepts through to rapid prototyping and integration.

Key Skills & Experience

• 7+ Years Experience: Proven track record in mechanical systems or aerospace design.
• CAD Proficiency: SolidWorks is highly preferred, but we are open to experts in CATIA, Creo, Inventor, or NX.
• Aerostructures: Deep understanding of wing and fuselage design and integration.
• Advanced Manufacturing: Extensive experience with 3D printing, rapid prototyping, and composite materials.
• Engineering Fundamentals: Strong ability to conduct first-principles hand calculations to validate early design concepts.