Kaunas University of Technology Faculty of Mechanical Engineering and Mechatronics MASTER STUDY PROGRAMME MASTER STUDY PROGRAMME MECHANICAL ENGINEERING MECHANICAL ENGINEERING Assoc. Prof. K ę stutis Pilkauskas
Faculty of Mechanical Engineering and Faculty of Mechanical Engineering and Mechatronics Mechatronics � The Faculty of Mechanical Engineering and Mechatronics was founded in 1947 . � In 1993 , the Faculty of Machine Production and the Faculty of Mechanics were joined as the Faculty of Mechanical Engineering. � Since 2005 Faculty of Mechanical Engineering and Mechatronics. Kestucio st. 27, Kaunas, Lithuania STAFF STUDENTS STAFF STUDENTS � 150 Employees 1301 Students � � 100 Academic and Research Staff � 1104 Bachelors � 26 Professors 197 Master Students � � 60 Doc. of Sc., Assoc. Professors 51 Doctoral Students � 2
Faculty of Mechanical Engineering and Mechatronics DEPARTMENTS DEPARTMENTS 1. Department of Engineering Mechanics 2. Department of Engineering Design 3. Department of Manufacturing Technologies 4. Department of Mechanics of Solids 5. Department of Mechatronics 6. Department of Theoretical Mechanics 7. Department of Thermal and Nuclear Energy 8. Department of Transport Engineering INSTITUTES INSTITUTES 1. Institute for Hi-Tech Development 2. Institute of Transport Problems 3
Faculty of Mechanical Engineering and Mechatronics CENTRES CENTRES 1. Centre for packaging research 2. Centre for Strength and Fracture Mechanics 3. Improvement Centre for Civil Aviation Professionals ASSOCIATED INSTITUTES, RESEARCH CENTERS INSTITUTES, RESEARCH CENTERS ASSOCIATED 1. Institute of Energy Technology 2. Institute of Defence Technologies 3. Institute of Technological Systems Diagnostics 4. The Mechatronics Centre for Studies and Research 4
Faculty of Mechanical Engineering and Mechatronics 5
Faculty of Mechanical Engineering and Mechatronics BACHELOR STUDY PROGRAMMES BACHELOR STUDY PROGRAMMES Study Field Branch of the Field Study Programme Degree Awarded Aeronautical Bachelor of Aviation Aviation Engineering Aviation Engineering Engineering Engineering Bachelor of Biomechanical General Engineering Sports Engineering Biomechanical engineering Engineering Heat Engineering and Bachelor of Power Technologies Engineering Power Engineering Nuclear Power Nuclear Power Bachelor of Nuclear engineering Engineering Power Engineering Industrial Engineering Bachelor of Industrial and Technologies Engineering Industrial Engineering Bachelor of Mechatronics Mechatronics Mechatronics Bachelor of Mechanical Mechanical Mechanical Engineering Engineering Engineering Overland Transport Bachelor of Transport Vehicle Engineering Engineering Engineeringb 6
Faculty of Mechanical Engineering and Mechatronics MASTER STUDY PROGRAMMES MASTER STUDY PROGRAMMES Industrial Master of Industrial Engineering Engineering Master of Industrial Mechatronics Mechatronics Mechatronics Engineering Industrial Industrial Master of Industrial Engineering and Engineering Engineering management Master of Master of Mechanical Mechanical Mechanical Mechanical Mechanical Mechanical Engineering Engineering Engineering Engineering Engineering Engineering Master of Transport Transport Means Overland Transport Engineering Engineering Engineering of Master of Transport Transport Means Engineering Industrial Heat Master of Power Power Engineering Engineering Engineering Master of Power Heat Engineering Engineering 7
Faculty of Mechanical Engineering and Mechatronics MAIN RESEARCH AREAS MAIN RESEARCH AREAS 1. Strength, dissociation, durability, and reliability of materials and structures. 2. Dynamics, control, and vibroacoustic diagnostics of mechanical systems. 3. Technologies, devices, and mechanisms based on new principles . 4. Computer modelling, optimization, and design of structures and technologies. 5. Modelling of biomechanical and biomechatronical systems. 6. Thermal hydromechanics of diphase flows. 7. Processes of heat and mass transfer in radiant systems. 8. Impulse and thermal transfer in liquid films. 9. Research of burning processes and environmental protection. 10.Thermal transformation equipment. 11.Thermal and nuclear energy systems. 12.New mould casting technologies. 13.Optimization of properties of machine-parts and cutting tools. applying powder materials and surface coatings. 14.Development of transportation and increase of efficiency of its use. 8
Faculty of Mechanical Engineering and Mechatronics MASTER STUDY PROGRAMME MASTER STUDY PROGRAMME MECHANICAL ENGINEERING MECHANICAL ENGINEERING 62409T107 Public code ISCED code 51252 Level and/or type University studies Study cycle Second cycle, graduate(Master's) Study type In-depth Study area Technological Sciences Study field and code Mechanical Engineering 09T1 Study field according finance allocation Programme title Mechanical Engineering Applied Computational Mechanics ; Optional pathways Design of Mechanical Systems Programme workload in national credits 80 Programme workload in ECTS credits 120 9
Faculty of Mechanical Engineering and Mechatronics Full-time, Part-time, Full-time Mode of studies daytime evening studies studies studies Official length of studies 2 2 2 Minimum access requirements Bachelor degree or its equivalent Minimum access qualification degree Bachelor of Mechanical Engineering Access conditions and requirements Qualification degree conferred Master of Mechanical Engineering Professional qualification conferred Date of programme establishment 21 1992-12-16 (No. of Senate Decree, date) Date of programme registration in state register ISAK-225 2007-02-19 (No. of Decree of Minister of Education, date) Accreditation date and its expiry date Akredituota 2009-08-17 Accreditation status Accreditation institution Programme closing date (No. of Senate decree, date) Date of programme signing out (No. of Decree of Minister of Education, date) 10
Faculty of Mechanical Engineering and Mechatronics ADMISION ADMISION Complies the mission of KTU as � A Research-based University ; � An Innovation-oriented University ; � A Student-centred University ; � A Quality-focused University; � A Community-focused University. Specific admission requirements. Minimum access requirements: Bachelor degree or its equivalent. Minimum access qualification degree: Bachelor of Mechanical Engineering. 11
Faculty of Mechanical Engineering and Mechatronics ADMISION – – COMPETITION BASED COMPETITION BASED ADMISION m ∑ = ⋅ Competition grade: KB EP EK M j j = 1 j EP j – competition indicator: V S – mean grade value of bachelor diploma supplement; M V – research activities eveluation in EK j - weight factor for the corresponding (0,8 for V S 0,2 for M V ). The number of admission (state defined) is related to the research indicators of the faculty. This shows staff competences. 12
Faculty of Mechanical Engineering and Mechatronics Number of students admited – Admission grade Number of state Number of Year financed places students Max Min 2010 30 25 7,232 5,024 2009 32 31 6,768 4,936 2008 27 9,944 4,904 13
Faculty of Mechanical Engineering and Mechatronics PROFILE OF THE PROGRAMME PROFILE OF THE PROGRAMME A graduate has comprehensive knowledge in theoretical and computational mechanics, system analysis, design and operation of mechanical systems, understands multidisciplinary context of engineering activities. The graduate is able to critically evaluate, analyze, model, investigate, design and optimize mechanical systems, technologies and processes, formulate, conceptualize and solve complex or incompletely problems by combining knowledge of mechanics and other fields, and is able to manage activities of teams, composed of different level specialists within different areas OCCUPATIONAL PROFILES OF GRADUATES WITH OCCUPATIONAL PROFILES OF GRADUATES WITH EXAMPLES EXAMPLES The graduate can seek employment in areas of scientific research, design, manufacturing, organization and management of maintenance as well as in other engineering fields including expert-consulting activities and research institutions or organizations, providing, engineering services and technical support 14
Faculty of Mechanical Engineering and Mechatronics AIMS OF THE PROGRAMME IMS OF THE PROGRAMME A 1. In depth knowledge in theoretical and computational mechanics, system analysis, design and operation of mechanical and mechatronic systems; 2. Understanding of multidisciplinary context of engineering activities; 3. Ability to critically evaluate, analyse, model, investigate, design and optimize mechanical systems, technologies and processes; 4. Ability to formulate, conceptualize and solve complex or incompletely defined problems by combining knowledge of mechanics and other fields; 5. Skills to manage activities of teams, composed of different level specialists within different areas; 6. Personal skills enabling further development of the graduates as independant, autonomous reflective individuals. 15
Faculty of Mechanical Engineering and Mechatronics PROGRAMME ROGRAMME LEARNING LEARNING OUTCOMMES OUTCOMMES P According EUR-ACE Framework standards for the accreditation of Engineering Programmes: 1. Knowledge and Understanding; 2. Engineering Analysis; 3. Engineering Design; 4. Investigations; 5. Engineering Practice; 6. Transferable Skills. 16
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