Field of study: Mechanics and Construction of Machinery 1st LEVEL UNDERGRADUATE STUDIES

Graduates of ftrst-cycle programmes have knowledge and skllls necessary to understand (and use In practlce) the lssues related to the machlnery constructlon,creatlon and ope­ ration. They know the principles of mechanics and design with the use of contemporary computer systems (CAD). They have expert skills of CAE software for engineering structures calculations. They are prepared to implement manufacturing processes by means of CAM systems and numerlcally controlled machlne tools. They may undertake work in industrial enterprises dealing with broadly-understood machinery design,manu­ facturingand operations.

specialization: computer-aided design and manufacturing
Graduates wlththls speclallzatlonare prepared to usethe modern CAx lnformatlon systems and methods intheirengineering practice,inthe broadly-understood mechanic:al field.They have the skills neededto prepare technical documentation,develop product technology and manufacture it with the use of numerically controlled machines. They have adequate knowledge of designand basie engineering calculations based onthefinite element method. They are famlllar wlth var1ous design technlques,lncludlng the technlque of reverse engineering as well as the methods of rapid prototyping. Graduates with this specialization have a wide range of job opportunities,for instance in metalworking plants, plastics processing plants,construction offices anddesign companies.

specialization: construction and maintenance of machlnery and vehlcles
Graduates have a thorough knowledge and understanding of construction and operation
of machines and vehicles. They have relevant skills to prepare technical documentation, program and use computer systems and programmes as well as speclallst packages used
In the processes of modellng, deslgnlng and manufacturlng of machlnery elements. They have the knowledge of construction,maintenance,repair and operation of machines and vehicles as well as specialist technological devices. Graduates with this specialization may undertake work in industrial plants, machinery manufacturing and maintenance plants, servlce-provldlng companles,lnsurance companles as well as other automotlve
industry enterprises.

specialization: machlnes technology
Graduates with this specialization acquire up-to-date knowledge of various technologies applled In the modern machlne lndustry.They are taught how to practlcally use the spe­ cialist engineering software related to computer-aided design (CAD), computer-aided manufacturing (CAM) and computer-aided quality {CAQ). The acquired knowledge may be used for designing new products, preparing technological, manufacturing and assembly processes aswell as organizing production processes.

Field of study: Mechanics and Construction of Machinery 2nd LEVEL MASTER’S DEGREE

Graduates of second-cycle degree programes have advanced knowledge of mechanics, optimal design, manufacturing and operation of machines with the application of CAD/CAM/CAE and integrated manufacturing systems. They have the knowledge of pro-ecologlcal technologles and Integrated envlronmental management systems as well as safety and quallty management In manufacturlng processes. Graduates are prepared to work in design and construction,technological institutes,machine industry and related enterprises, scientific research institutes, researt:h and development facilities as well as institutions dealing with consultancy and propagation of knowledge related to mechanlcs,constructlon of machlnesand manufactur1ngengineering.

specialization: mechanics and applied computer science
The speclallzatlon Is lnterdlsclpllnary In character, comblnlng modern mechanlcs wlth the computer science applied in industrial practice. Graduates with this specialization acquire knowledge of materials and construction mechanics, !atest technologies and operation of devices. They also learn how to use the advanced CAD modeling technlques,how to program numerlcally controlled machlne tools wlth the use of CAM systems, and numer1cal analyses by means of flnlte element method In the englneer1ng practice.

specialization: automobiles
Graduates with this specialization have thorough knowledge of the construction and operation of vehicles,experimental testing (at the stand and on the road), diagnostic testing,simulation testing related to the vehicular traffic engineering,dynamics of vehicles and comblnatlons of vehlcles, advanced vehlcle design, use of computer technology in the construction and operation of vehicles. The scope and structure of the programme of study is universal and prepares graduates to work in vehicle,combinations of vehicles and machinery manufacturing companies, research and design offices, motorization services sector, state and self-government administration, insurance agencies andtransportatroncompanles.

specialization: heat technology,refrigeration and air conditioning
Graduates wlth thls speclallzatlon have knowledge and engineering competences related to thermal energetics, air conditioning and ventilation, cryogenics, renewable ener­ getics and non-conventional energetics. Moreover,they have knowledge, competences and practical skills to apply for specialist professional qualifications, certificates and quali­ ftcatlon certlflcates connected wlth the energetlcs and refr1geratlon lndustr1es. Speclallsts in this field find employment in enterpnses dealing with design,manufactunng and ope­ ration of heat technology and refrigeration devices, heat pumps, ventilation and air conditioning