Circular Economy Research Assistant for Buildings in Sheffield

Circular Economy Research Assistant for Buildings in Sheffield

Sheffield Full-Time 25000 - 32000 Β£ / year (est.) No working from home possible
University of Sheffield

At a Glance

  • Tasks: Analyse building drawings and models to assess material use and potential for reuse.
  • Company: The University of Sheffield is a leading institution in research and education.
  • Benefits: Opportunity to contribute to a funded UK Research and Innovation programme.
  • Other info: Familiarity with Excel and embodied carbon calculations is essential.
  • Why this job: Ideal for recent graduates passionate about sustainability in the circular economy.
  • Qualifications: Undergraduate degree in Civil/Structural Engineering, Architecture, or Architectural Engineering required.

The predicted salary is between 25000 - 32000 Β£ per year.

The University of Sheffield is seeking a recent graduate to work on a research project focused on the circular economy. The role involves analysing building drawings and models to assess material use and potential for reuse, contributing to a funded UK Research and Innovation programme.

Ideal candidates will have an undergraduate degree in Civil/Structural Engineering, Architecture, or Architectural Engineering, and familiarity with Excel and embodied carbon calculations. This is an exciting opportunity for individuals passionate about sustainability.

Circular Economy Research Assistant for Buildings in Sheffield employer: University of Sheffield

The University of Sheffield offers a vibrant academic environment in Sheffield, UK. Join a team dedicated to innovative research in sustainability and the circular economy. Benefit from access to cutting-edge resources and collaborative projects.

University of Sheffield

Contact Details:

University of Sheffield Recruitment Team

We think you need these skills to ace Circular Economy Research Assistant for Buildings in Sheffield

Analytical Skills
Material Assessment
Excel Proficiency
Embodied Carbon Calculations
Sustainability Knowledge
Building Drawings Analysis
Model Assessment