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Please note that due to security restrictions, we can only consider sole UK nationals for this role.

This position involves overseeing all aspects of mechanical detail design within assigned Electro–Optic and/or RF Products.

• Location: Basildon (Hybrid)
• Pay Rate: GBP55 per hour (Inside IR35)
• Contract Duration: 9 months (minimum)

• Maintain compliance with Mechanical Engineering solutions throughout the entire Engineering Lifecycle, ensuring consideration of requirements including product quality, safety, reliability, etc.
• Support senior peers in delivering mechanical solutions and techniques that enable the team to advance the next generation of EO and/or RF Products.
• Create Mechanical Engineering detailed designs, including numerical calculations, tolerance studies, etc.
• Produce Manufacturing Data Packs in line with BS8888, incorporating appropriate use of GD&T.
• Contribute to successful resolution of technical investigations.
• Participate in reviews of mechanical designs in accordance with business and industry standards.
• Engage in hands–on implementation of development builds and Design of Experiments.
• Provide support during the introduction of new products into the Development/Production lifecycle phase.
• Actively contribute to Work Package delivery elements to achieve desired Quality, Schedule, and Cost.

• Understanding of design for 'harsh environments' including Shock, Vibration, EMC, salt fog, etc.
• Bill of Materials (BOM) Management
• Generation of detail and assembly drawings in accordance with BS8888.
• Experienced in integrating Printed Circuit Boards within a mechanical structure, with proven knowledge of electrical screening, grounding, etc.
• Familiarity with various aspects of DfX, including Manufacturing, Assembly, Test, Integration, and Sustainability.
• Mechanical engineering for Electronic Optic Products
• Numerical calculations, tolerance studies, etc.
• Hands–on mechanical design and development using 3D CAD software (PTC Creo).
• Thermal management techniques for power–dense Electronic Products.