Materials Engineers concern themselves with the discovery and design of new materials. It incorporates elements of physics, chemistry and is the field at forefront of present day nanotechnology research. Traditional examples of materials included metals, ceramics and polymers and were used for their basic mechanical properties. However advances in materials have led to developments such as semiconductors, nanomaterials and biomaterials. Aside from the obvious mechanical properties, Materials engineers concern themselves with the electrical, optical, thermal and magnetic properties of the materials they are designing.
The basis of materials science and engineering involves studying the microscopic and nano-structures of materials and relating them to their macroscopic physical properties.
Combining theory and courses in crystallography, thermodynamics & chemistry, materials engineers are at the forefront of many of the world’s’ pressing scientific challenges. Many of the most pressing scientific & engineering problems of today are due to limitations of available materials of the day. Fortunately, Homework Help Canada employs multiple graduate level engineers familiar with the underlying principles of Materials Engineering ready to deliver complete reports and projects. Trust the experts at Homework Help Canada, get a quote now.