Students accepted with degrees in disciplines other than Ceramics, Glass, or Materials Science and Engineering may be required to complete some undergraduate courses to ensure competency in the field.

In our postgraduate masters courses, we provide an innovative study programme in which students are challenged to achieve their best; you'll develop the specialist skills and knowledge sought after by ...

To be successful in a materials science and engineering degree program, you should arrive at the University with a strong background in math and science. We recommend you have taken physics and ...

This course covers the theory and application of atomic-scale computational materials tools to model, understand, and predict the properties of real materials. The course will cover quantum-mechanical ...

MATH 220 and 224 or MATH 212, 213 and 214; MATH 230, 234 or equivalent (e.g. 290-2,3 or 291-2,3) CHEM Lecture/lab: 110, 131/141 and 132/142 or 151/161 and 152/162 or 171/181 and 172/182 One course in ...

MSE 2110 - Introduction to Materials Science and Engineering II Course is designed to address core competencies in the materials discipline. Topics include crystallography, structure description and ...

The minor requires 18 credits, with two required courses: MSEN 2000 - Materials and Technology, and a Fundamentals of Materials Science course offered by multiple departments, as well as 12 technical ...

CU Boulder’s Materials Science and Engineering Program offers you an interdisciplinary ... Open to currently enrolled CU Boulder undergraduate students May take up to 12 credit hours of graduate ...

The materials science and engineering master’s degree requires a total of 45 credits; 6 credits of required core courses (Thermodynamics of Solids and Introduction to Solid State Materials). Research ...

Our courses are designed to inspire you, challenge you, and prepare you for the professional world. Materials science is ranked first in the UK for student satisfaction in the National Student Survey ...