Materials Science degrees

11 universities offer 48 courses. To get the best results for Undergraduate Materials Science degrees, enter your predicted grades.

  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.1) 1397 reviews
  • Employment rate: 85%
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.4) 4570 reviews
  • Employment rate: 85%
  • CUG ranking : 11th
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.5) 1832 reviews
  • Employment rate: 95%
  • CUG ranking : 6th
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (3.9) 846 reviews
  • Employment rate: 90%
  • CUG ranking : 10th
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.0) 1589 reviews
  • Employment rate: 100%
  • CUG ranking : 8th
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.3) 1429 reviews
  • Employment rate: 90%
  • CUG ranking : 4th
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.3) 1920 reviews
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.0) 747 reviews
  • Employment rate: 70%
  • CUG ranking : 3rd
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.2) 610 reviews
  • Employment rate: 90%
  • CUG ranking : 2nd
  • OVERALL RATING
    This is the overall rating calculated by averaging all live reviews for this uni on Whatuni.
    (4.1) 1617 reviews
  • Employment rate: 80%
  • CUG ranking : 5th

Studying materials science

Materials science is a broad field of study which offers many opportunities for specialisation and access to a number of career pathways which can include materials engineer, laboratory researcher, quality control specialist, and product developer. Students learn to understand the composition and qualities of the materials that shape our world and develop new and innovative products which can include metals, polymers, composites, fibres, and ceramics. Common subject areas covered at degree level include nanotechnology, biomaterials, semiconductors, and energy systems. Postgraduate studies allow student to research these areas in much more depth and can lead to research positions in a diversity of workplaces in both private and public sectors.