BACHELOR PROGRAMMES (Bc.)
Computer-Aided Production Technologies
The graduate will be able to perform the job of a production technologist able to operate computational technology CAx systems and Cax technologies used in the production preparation and control. The graduate will be able to prepare technical documentation and construct and design programs for CNC production machine tools, model complex 3D products and simulate preparation of their production. The graduate is also able to implement and operate production and technological systems in a position of a CAD/CAM technologist, constructor of production tools and a programmer of NC technology using appropriate computer systems and software.
Production Technologies
The graduate will understand theoretical and practical issues in production technologies and systems. He will be able to solve creatively the tasks in the field of production, seek new progressive technology procedures in the production of parts and technology units, using modern technology devices and information systems. He will be prepared either to continue his study within Master degree study programme, or to enter the job market as a technologist or a team member in various areas of industry in both private and public sectors.
MASTER PROGRAMMES (MSc., Eng.)
Machining and Assembly
The graduate will gain complete bachelor degree education in production of machinery products and implementation of the latest technologies in the field of chip and chipless machining and products assembly in particular. He will understand the subject, from the material origin up to the change of its properties after machining up to the phase of its assembly into larger units. He will have deep theoretical knowledge in the field of production technologies (machining, welding, forming, foundry and assembly), materials and tools, the application of production machines and equipment supported by the knowledge of CAx technologies.
He will perform as a production technologist, tool technologist, CNC technologist and assembly technologist, as well as a leader in the sectors of technological preparation of production.
Computer-Aided Design and Production
The graduates will master the complex field of CA systems and CA technologies used in production preparation and control. He will be able to meet special requirements and design specialised applications, form and lead the teams implementing engineering computer analyses, simulations of production processes, design computer-aided production units, lead the teams using computer technology in the field of technical preparation of production, or work as managers and entrepreneurs in the field computational technology and CA systems' implementation in production support.
Forming
The graduate will gain complete
university education in the
major of Production Technologies with the orientation on Technology of Forming
and its implementation in manufacturing practice. He will understand
fundamentals of various production technologies, processes of metallic
materials' transformation, functions of forming tools and forming machines, as
well as application of mechanisation and automation in forming.
He will be able to design technological procedures and design forming tools, deal with work safety, utilise calculations of force and energetic strain parameters and control calculations for the construction of individual parts of tools, implement the knowledge of utility properties of forming machines, and solve automation in forming.
He will successfully perform as a production manager in the fields of technology development and manufacturing practice in various sectors of automobile, consuming, machine and electro-technical industry, as well as in private sector.
Welding and Joining Materials
The graduate will be able to assess the choice of materials and modern progressive products made by welding, cutting and other joining technologies using computational technology and simulations of thermal processes with the aim to minimise degradation of materials used, defend safety aspects and provide expertise for economical assessment of a product.
He will successfully perform in the top production, research, at engineering universities both at home and abroad, in managerial positions requiring the knowledge of materials and their further processing.
Engineering of Co-ordination and Inspection in Welding
The graduate will receive the university education in the field of theory of welding, designing constructions, technological processes and equipment, engineering manufacturing applications and quality assurance in welding and related processes. He will also master the knowledge of the European and national standards, safety regulations and engineering applications in production, along with deep theoretical knowledge in the field of technological processes, welding, standards development, certification and inspection, enabling him to co-ordinate working teams with the aim to assure production quality in engineering projects and bear responsibility for complex solutions. The graduate will have a chance to win a certificate of the European Welding Federation (EWF) and International Institute of (IIW), currently recognised within EU and possibly all over the world, in the later stage. He will work as a team manager or a team leader in various sectors of industry, and in staff education and training.
Industrial and Art Foundry
The graduate will gain complex knowledge of technological processes of liquid metal preparation, production of moulds for industrial and art castings with high-precision and high-quality surface. He will have theoretical knowledge of metallurgy of casting materials, processes, design of castings' form, forms manufacturing, and apertures of castings. He will be able to work with computational technology, software for simulation of casting processes, computer-aided design of castings' shape, prediction of castings' properties and in the phase of production preparation. He will autonomously design technological procedures and control production in foundry. He will successfully perform in public and private sectors, research, as well as in construction and project workplaces.
Machine Technologies and Materials
The graduate will gain wide theoretical knowledge in the field of metallurgy, progressive technologies of chipless and chip processing of materials, computer support and applications of CA technological systems, simulations and automation of technological processes as well as possibilities of their application in companies, qualitative, technical, economical and environmental aspects of various types of production.
The graduate will master scientific methods of research and development in production processes, particularly in technologies of machining, welding, forming, foundry, machine metrology, assembly, powder metallurgy and CA technologies. The graduate will find jobs in research and development institutes in managerial positions in the field of sofisticated production technologies, and in engineering universities. He will be able to autonomously articulate and solve research tasks and lead the research team.
