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Thermal Energy and Technology
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To provide the students with thorough knowledge in thermal engineering, with means for mastering major ideas, theories and principles as well as with practical abilities of selection and design of thermal engineering equipment and systems in field of thermal energy and technology.
Learning outcomes:
Knowledge and Understanding:
A1 Knowledge and understanding of the basis of natural science and mathematics in order to understand fundamental principles of energy engineering of the thermal energy and technology programme
A2 . Knowledge and systematic understanding of theoretical and applicable basics and definitions of the thermal energy and technology field
A3 Coherent knowledge of thermal energy and technology field
A4 Knowledge of a wider multidisciplinary engineering context of thermal energy and technology, ability to adapt methods and processes of other science fields
A5 For specialization Refrigeration Systems Engineering: Has coherent knowledge of refrigeration and heat pump engineering including key knowledge of thermal engineering area
A6 For specialization Thermal Energy Engineering: Has coherent knowledge of combustion processes, renewable energy, operation and control of thermal power plant and technological equipment, including key knowledge of thermal engineering area
Engineering Analysis:
B1 Ability to apply the acquired knowledge and understanding in formulating and solving problems of thermal energy and technology engineering by selecting appropriate methods
B2 Ability to apply the acquired knowledge and understanding in formulating and analysing thermal energy and technology engineering tasks by selecting appropriate methods for solving them, as well as experimental and manufacturing equipment
B3 Ability to select and apply proper analytical and modelling methods for the thermal energy and technology engineering
Engineering Design:
C1 Ability to apply engineering knowledge of thermal energy and technology and understanding of the development and implementation of projects meeting the defined requirements
C2 Understanding of thermal energy and technology project methodologies and ability to apply them
Investigations:
D1 Ability to find necessary scientific and professional information by using databases and other information resources
D2 Ability to plan and perform necessary experiments, process and access data thereof, provide findings
D3 Holding skills of work with the equipment used in the thermal energy and technology engineering
Engineering Practice:
E1 Ability to select and apply proper methods, measures and equipment in the implementation of thermal energy and technology engineering solutions, knowledge of constructions, principles of operation and functions of such engineering equipment, having initial abilities of usage thereof
E2 Ability to combine theoretical and applied knowledge in solving thermal energy and technology engineering problems
E3 Understanding and assessment of ethical, environmental and commercial circumstances of the thermal energy and technology engineering activity
E4 Understanding principles of organisation of thermal energy and technology engineering activity, the importance of work and fire safety and the key requirements thereof, interaction of engineering activity links
Engineering Practice:
F1 Ability to work effectively on an independent basis and in a team
F2 To have a holistic understanding of the impact of thermal energy and technology engineering solutions to the public and the environment, to follow norms of professional ethics and engineering activity, to be aware of the responsibility for the thermal energy and technology engineering activity
F3 Knowledge of thermal energy and technology project management and business aspects, understanding of the links between technological solutions and economical consequences
Activities of teaching and learning:
Materials of all study modules are assimilated during student‘s classroom and individual work time. Classroom work includes lectures, laboratory and practical work. Individual work includes assimilation process of theoretical knowledge, preparation for lectures, laboratory and practical work, intermediate assessments of semester’s tasks and exams, homework, semester’s projects and other knowledge, skills and abilities designed activity. The study program is completed by professional practice and bachelor’s degree final project.
Methods of assessment of learning achievements:
Student's knowledge, abilities and skills acquired by studying the module during the semester are evaluated and recorded in databases in stages: when some interim assessments are settled, for the semester individual work tasks (positive or negative evaluation) and during the exam session (ten-point grading system).
Framework:
Study subjects (modules), practical training:
Prospective bachelors are studying: general subjects of university studies, core subjects of engineering, mathematics and physical science subjects, social sciences subjects, core field subjects and field deepening subjects. The practice is carried out during the studies (15 credits) in organizations, institutions and enterprises of energy sector. It acquaints themselves with the specifics of their activities in solving the practical problems of the development, selection and use of heat generation and supply engineering, heat and refrigeration technologies, takes over the experience of corporate divisions and specialists, performs other tasks specified in the practice program and the individual task, and strengthens and improves the skills of engineering work , the required data for the final bachelor project are collected.
Specialisations:
Thermal Energy Engineering; Refrigeration Systems Engineering
Optional courses:
Private set of modules (6 credits), selection of project alternatives (12 credits) and specialisation subjects (30 credits)
Distinctive features of a study programme:
A graduate has knowledge of mechanical engineering, materials science, engineering thermodynamics, thermal hydromechanics, heat and mass transfer, understands principles of thermal measurements, heat generation and application processes and equipment, and is able to analyse, form and solve technical tasks of heat generation, transformation and consumption in different technologies. Has knowledge in thermal energy generation, supply and consumption, refrigeration, fuel combustion, fuel cycle, environmental pollution and energy economics, and is able to design, operate and assess energy efficiency of thermal power and thermal technological equipment and systems.
Access to professional activity or further study:
Access to professional activity:
The graduate can work in thermal and nuclear power plants, companies of heat generation and supply, companies of fuel production and distribution, companies of installation, repair, service and consulting activities of ventilation, air conditioning, heating, refrigeration and fuel systems.
Access to further study:
After completion of the Thermal Energy and Technology Studies program, studies can be continued in the Master's Degree Program (second cycle studies) of Thermal Engineering or other second cycle studies programmes in Engineering Sciences field.
