ALTEN

Derby

Mechanical Design Engineer - Renewable Energy

FULL TIME ON-SITE MID
Posted about 1 month ago

Summary

Role Overview

This role involves designing and developing mechanical systems and components for turbomachinery-based industrial heating applications. The engineer will focus on replacing fossil fuel systems with sustainable, next-generation solutions to reduce global emissions.

Key Responsibilities

  • Design and develop mechanical systems and components for turbomachinery-based industrial heating applications.
  • Create detailed CAD designs in line with BS8888 standards.
  • Apply knowledge of exhaust gas housing, gas paths, and pipe thermal gradients.
  • Support fabrication and multilayer design processes for high-temperature applications.
  • Collaborate with cross-functional teams to integrate airflow blades and structural components.
  • Contribute to the replacement of traditional furnaces and kilns with renewable energy-based solutions.

Requirements Snapshot

  • 5-10 years of experience as a Mechanical Design Engineer within BS8888 industries.
  • Strong background in mechanical engineering with hands-on design experience.
  • Proficiency in CAD design (Siemens NX and Team Centre advantageous).
  • Experience with airflow blades, exhaust gas housing, and thermal system design.
  • Bachelor’s degree in Mechanical Engineering or a closely related field.

Expected Impact

The Mechanical Design Engineer will play a crucial role in developing and implementing sustainable heating solutions, directly contributing to the reduction of industrial emissions and advancing the journey towards net zero.

Why Apply

  • Opportunity to work on cutting-edge projects in renewable energy and industrial decarbonisation.
  • Contribute to tangible solutions for net zero initiatives.
  • Benefit from personalized career development and a supportive, innovative work environment.

This summary was generated from the original job posting (AI-assisted, human-reviewed). For full details, visit the company's site.