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Mechanical Engineering
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Summary of the Profile
General Description:
Objective(s) of a study programme:
The main aim of the study programme is to develop creativeness and abilities to research, analyse and create innovative mechanical systems applying knowledge in modern mechanical engineering.
Learning outcomes:
Knowledge and Understanding:
A1 Has in depth knowledge and understanding of the methods and fundamental principles applied in key subjects of mechanical engineering: robot mechanics, tribology; strength, reliability and quality of structures, adaptive mechanics, theory of vibrations and computational engineering;
A2 integrated knowledge computer-aided and experimental methods of research and application of modern materials and technologies, understanding of the methodologies applied for development of innovative products and processes, the methods of integrated computer aided design and manufacture, possibilities and limitations of integrated engineering systems;
A3 critical understanding of the interaction peculiarities of the systems of mechanical nature and other physical nature, critical awareness on the impact of technologies and engineering solution implementations on human beings and environment as well as economical and social aspects of the solutions;
Engineering Analysis:
B1 abilities to identify, classify, and analyse the problems of mechanical engineering in the context of integrated engineering systems, the abilities to make rational solutions by applying innovative methods;
B2 abilities to formulate new, emerging problems in mechanical engineering, systematic knowledge and abilities in the application of theoretical and experimental analysis methods, understanding of the possibilities and constrains of these methods application;
B3 abilities to define functional properties of engineering systems and processes, to develop analytical and computational models of mechanical systems in cases when complicated, competing and limited information is available;
B4 abilities to process theoretical materials and technical information, analyse, assess and systemize, integrate information from different areas for the application in engineering practice;
Engineering Design:
C1 abilities and developed skills in the application of design methodologies and methods. Abilities to design mechanical systems for different functions performance, subsystems and technologies of mechanical nature in integral engineering systems;
C2 abilities to use engineering and management methods of engineering projects for new products development and preparation of their manufacture processes, abilities in practical implementation of the methods:
C3 abilities to make proper solutions taking into account technical, aesthetic, economical, green engineering and sustainable development aspects of a product under development, economical factors and intended exploitation conditions;
C4 ability to combine traditional, emerging and original solutions, integrate technical innovations and scientific achievements in the area of mechanical engineering;
Investigations:
D1 abilities to obtain, perceive, assess and process the necessary for engineering activities data from technical and scientific literature, data bases and other information sources. Abilities to design, conduct analytical, modelling and experimental investigations, assess the obtained results, draw and present conclusions;
D2 ability to plan and perform analytical, modelling or experimental research, to process and interpret data of experimental, analytical research or analysis of practical cases and draw conclusions and recommendations;
D3 ability to critically evaluate the applicability of new methods, means and techniques for the solution of the problems in mechanical engineering, to define their application possibilities and limitations;
Engineering Practice:
E1 ability to use knowledge of the principles of engineering activities organization, understanding of the interaction processes between its structural links, abilities to evaluate work safety and environmental protection aspects in engineering activities;
E2 ability to use knowledge and understanding of the methods and methodologies applied in mechanical engineering, awareness of the possibilities and limitations, abilities to select proper engineering systems means, devices and software for the solution of the problems of mechanical nature;
E3 ability to combine knowledge and information from different fields for the solution of problems of mechanical nature in multidisciplinary engineering problems;
E4 awareness of ethical, juridical and commercial aspects of engineering activities;
Engineering Practice:
F1 abilities of learning and self-development in the area of mechanical engineering and other areas of engineering, skills in studies, planning and organizing of professional activities and learning process, making decisions on the learning content, selection of its forms and methods;
F2 abilities to function effectively as leader of a team that may be composed of different disciplines and levels, abilities and skills to present ideas and activities carried out, argue the decisions made, communicate in oral and written forms, work and communicate effectively in national and international contexts;
F3 recognition of the need to behave in compliance with generally accepted professional standards of ethics, developed a scientific attitude, values, professional approach towards engineering profession and initiative.
Activities of teaching and learning:
Lecture, Practical Exercises (tasks), Laboratory Works, Individual Project, Team Project, Seminar, Discussion, Research projects, Application of Special Software Packages
Methods of assessment of learning achievements:
Written Examination, Oral Examination, Computer-based Exam, Research Project, Research Project Report, Control Work, Laboratory Notes and Report, Research Project Examination, Final project defence
Framework:
Study subjects (modules), practical training:
Finite element method, Computer Design Systems, Adaptive Mechatronic Systems, Mechanical Vibrations, Theory of Elasticity and Plasticity, Experimental Mechanics, Quality and Reliability of Technical Objects, Computer-Aided Analysis of Structures, Constructional Strength and Reliability, Research Projects
Specialisations:
Optional courses:
A sudent has posibility to select university proposed competence block studies allowing to develop competencies of manager or interdisciplinary competencies or select specialization (subject deepening studies) allowing to develop competencies of researcher.
Distinctive features of a study programme:
A graduate has in depth knowledge in theoretical and computational mechanics, system analysis, design and operation of mechatronic systems, has awareness in the multidisciplinary context of engineering activities, is able to critically evaluate, analyse, model, investigate, design and optimize mechanical systems, technologies and processes, formulate, conceptualize and solve complex or incompletely specified problems by combining the knowledge in mechanics and other fields, and is able to manage team activities, composed of different level specialists within different areas.
Access to professional activity or further study:
Access to professional activity:
The graduate can be employed by different profile companies involved in scientific research, design, organization and management of manufacturing and maintenance processes or in other engineering expert-consulting activities and by institutions providing, engineering services and technical support.
Access to further study:
The graduate has access to the third cycle studies.
