Bachelors in Engineering

Graduate's skills

Graduates will acquire professional skills in terms of using professional terminology and processing technical documentation. They can read technical drawings of products or parts and design the most efficient methods and procedures of their production, they can perform expert analysis of machinery and production technologies, they can analyze and evaluate technical solutions. They know the principles of the main scientific methods of the field and they can use some of their basic variants in practical context. Graduates can prepare, execute and compile a report on the results of laboratory or technical experiment, can verify new production processes, collaborate on the implementation of technological changes and innovation activities. Other professional skills are developed by individual specializations of the study program Engineering.

Within the specialization Applied Mechanics, the graduate has mainly practical skills in computer modeling and experiments. They will learn to create moderately complex computational models for static and dynamic finite element analysis in several programs using different software environments. In the field of experimental mechanics, the graduate has skills in the preparation of the experiment and its setting, implementation and evaluation of the results of the experiment. This is especially the area of experimental modal analysis vibration measurement, vibration diagnostics, tensometry and photoelasticimetry.

Within the specialization of Hydraulics and Pneumatics students will use the acquired knowledge in designing production equipment with hydraulic and pneumatic drives, assembling hydraulic and pneumatic circuits, creating larger systems, designing their control and regulation using modern simulation SW. They will be able to design hydraulic and pneumatic circuits, assemble and commission them, perform diagnostics, upgrades and repairs, plan and manage maintenance.

Within the specialization of Industrial Engineering, the student can provide and organize technological preparation of production, can design technological workplaces (design arrangement of machines and fixtures, material flow, continuity of workplaces and provide other technical conditions), read technical drawings and design the most efficient ways and procedures , assembly and surface treatment, organize and manage production and pre-production processes and perform their evaluation, verify new production processes, determine the method of quality control and technical testing and cooperate on production quality management, carry out technical supervision at workplaces, check adherence to technological procedures, apply tools from the field of economic and financial management of the company, to carry out marketing activities, to apply methods of Improve and project business processes in industrial sectors (metallurgy, engineering, automotive). The student is able to use basic legal, safety and hygienic regulations necessary for designing and managing engineering companies. The student has practical skills in the field of management methods and techniques, is able to use quality management systems of industrial companies and knows the basics of general and business economics.

Within the Robotics specialization, the graduate gains experience and skills in mastering independent routine work in the areas of construction of individual robot elements and their peripherals (conveyors, manipulators, robot effectors, etc.), including the implementation of special sensors (force-torque etc.). Furthermore, the basics of the methodology and procedures of risk analysis of these workplaces. Skills with routine use of 3D CAD software - Creo, V-Rep simulation SW and basics of Robot Studio.

Within the Machine and Process Control specialization, the graduates will be able to solve practical problems in the implementation of computer support for production systems management. They will be able to use the tools of industrial automation visualization software and design and create simple web information systems applications, configure the operating system from the administrator's point of view, create simple networks and administer them. In the area of measurement, diagnostic and control systems design, graduates will be able to find, organize and interpret relevant information for solving practical problems. They will be able to design and implement simple applications of logic control, adjust parameters of PID controllers.

Within the specialization Manufacturing Technology the student is able to analyze technological processes from the theoretical and practical point of view, propose corresponding input parameters of processes, using suitable software tools to process processes practically and interpret the obtained results for the needs of industrial practice.