Materials Science and Engineering

Materials Science and Engineering

Materials Engineering is an interdisciplinary field of science analyzing the influence of materials' chemical and physical structures on their diverse properties. The program focuses on working out methods for obtaining materials with precisely defined practical properties and developing effective production processes.

Speciality: Materials Science

This speciality equips students with knowledge of the latest achievements in physics, chemistry, and metallurgy related to obtaining and modeling modern materials, including nanotechnologies.

• Key Skills: Comprehensive functional assessment of materials, current analysis of manufacturing parameters, and implementation of IT systems.
• Professional Prep: Graduates are prepared for scientific and technical communication with both engineering teams in business and scientific staff in research establishments.

Speciality: Biomaterials

The "Biomaterials" speciality is oriented toward materials used in medicine, dentistry, and veterinary science, focusing on the critical requirement of biocompatibility.

• Curriculum Highlights: Choices for implants, tissue reaction mechanisms, corrosion/abrasion of biomaterials, and technologies for surface layer application.
• Market Gap: This program fills the long-standing gap between engineers who design biomaterials and medical professionals who apply them in practice.

Career Opportunities

Graduates are prepared for creative initiatives and leadership roles across various sectors:

• Industrial Enterprises: Manufacturing, processing, or trading engineering materials and testing instruments.
• R&D Centers: Institutions involved in cutting-edge research and technological dissemination.
• Consultancy & Design: Offices developing computer IT systems used in materials engineering.
• Independent Business: Graduates have the background to independently run a business, particularly at the intersection of materials engineering and medical sciences.