Faculty of Materials and Chemical Engineering

MSc Programmes

Materials Engineering MSc Programme

The aim of the programme is to train engineers who, based on their knowledge in the fundamental sciences related to the structure, properties, and behaviour of materials (such as metals and alloys, ceramics and silicates, polymers and plastics), are capable of designing and operating technologies as well as performing research and development tasks.

Each MSc student may choose one major specialisation (Silicate Engineering, Polymer Engineering, Chemical Technology, or Sustainable Energy Engineering) and one complementary specialisation (Materials Testing and Nanotechnology, Environmental Protection and Waste Management, Quality Management, or Archaeometallurgy) during their studies.

You can access the most important information at the following links:

  • The admission requirements for the programme can be found on the felvi.hu website.
  • You can also read about the objectives of the Materials Engineering MSc programme and the professional competencies.
  • The list of courses taught in the programme is available here.

  • Specializations:

    • Materials Testing Specialization

    • Polymer Materials Development and Testing Specialization

    • Construction Materials Manufacturing Specialization

    • Sustainable Energy Specialization

    • Waste-Based Materials Technologies Specialization

    • Polymer Materials Development and Testing Specialization (duplicate in source list)

Metallurgical Engineering MSc Programme

Students participating in this programme acquire up-to-date knowledge in metallurgical technologies, metal production, metal waste processing, plastic forming, and foundry engineering.
Graduates of the Metallurgical Engineering MSc are able to produce metals and alloys from metallic raw materials and metal-containing wastes, and to process them into products of the required properties, shape, and size as specified by the user industries.

Each MSc student may choose one specialization (Foundry, Heat Treatment and Metal Forming, Metallurgy, or Sustainable Energy Engineering) and one supplementary specialization (Materials Testing and Nanotechnology, Environmental Protection and Waste Management, Quality Management, or Archaeometallurgy).

You can find important information at the following links:

  • Specialization Coordinators:

    • Recycling of Electronic and Battery Waste Specialization

    • Heat Treatment and Metal Forming Specialization

    • Foundry and Metallurgical Technologies Specialization

Chemical Engineering MSc Programme

The aim of the programme is to train chemical engineers who are capable of developing, modelling, designing, operating, controlling, and maintaining chemical and chemical technology systems and processes; developing chemical technologies, procedures, and new materials; applying technological processes in an energy-efficient and environmentally conscious manner; performing management, leadership, and organizational tasks; carrying out research, development, design, and innovation activities in their field; and participating in or leading engineering projects at both national and international levels.

You can access the most important information via the following links:

  • The admission requirements for the programme can be found on the felvi.hu website. 
 

Space Engineering MSc Programme

The aim of the programme is to train space engineers who are able to perform engineering-related design, development, manufacturing, and operational tasks in the field of space technology and space research.
Graduates acquire relevant knowledge of the characteristics of the space environment, the structure of equipment to be launched into and operated in space, and the processes of their development and production, as well as the design, manufacturing, and operation of ground support systems and devices serving space equipment.

They are capable of carrying out research and development tasks at domestic and international space industry companies and institutes.
Graduates are also prepared to continue their studies in doctoral programmes.

You can access the most important information via the following links:

 
 

Nanotechnology MSc Programme

The aim of the programme is to train engineers who are capable of producing nanostructures, investigating their structure and properties, and exploring the impact of production technologies on these structures and properties. On this basis, they are able to optimise and operate production technologies in an energy-efficient, environmentally conscious, and cost-effective manner; to perform organisational and managerial tasks systematically in the field; and to carry out, coordinate, and lead nanotechnology-related research and development projects at both national and international levels.

For the purposes of this programme, nanostructures are defined as structures in which at least one subunit (or phase) has at least one dimension smaller than 100 nm.

Graduates of the Nanotechnology MSc programme are prepared to continue their studies in doctoral programmes..

You can access the most important information via the following links: