Structural and Transport Engineering

Characteristics of the study program

Study program Structural and Transport Engineering (SP STE), second degree of study, is focused on education in the field of designing, constructing and operating the load-bearing structures of engineering and building constructions, traffic structures made of concrete, steel, timber and from other materials, as well as for solving geotechnical issues. Graduate of the study program meets the expectations of the practice, the labor market and society for the performance of the profession and has developed abilities to educate independently.

Graduate profile - educational goals

Graduates of the master's degree in the study program Structural and Transport Engineering (SP STE) will acquire the knowledge, skills and competences necessary for deepening and expanding the basic and specialized theoretical training for designing, constructing and operating the load-bearing structures of engineering and building constructions, traffic structures made of concrete, steel, timber and from other materials, as well as for solving geotechnical issues. Emphasis is placed on the graduate acquiring the necessary knowledge for the theoretical analysis of engineering and building structures, enabling him to design safe, user-friendly, durable and aesthetic structures with the widest possible application of computing technology. An important part of comprehensive training is the development of independence and creativity, so that the graduate, after adequate practice, can manage a team of workers, know how to independently lead even large projects and can take responsibility for their complex technical solutions. An integral part of the graduate profile of this study program is experimental and diagnostic works, as well as methods and procedures for evaluating the obtained data.

Educational outcomes

Theoretical knowledge

Graduate of the study program:

• is able to demonstrate the necessary knowledge and understanding of the theoretical cognitions of natural science disciplines for professional training,

• has theoretical knowledge of calculation methods, principles and procedures for reliable and economical design of engineering structures, transport structures and load-bearing structures of buildings,

• has the ability to use, integrate and develop basic theoretical knowledge in the design and realization of demanding engineering structures and load-bearing structures of buildings,

• can develop new technical solutions and solve complex technical problems using modern methods and information facilities.

Practical abilities and skills

Graduate of the study program:

• can understand essential facts, concepts, principles and rules related to engineering structures and building structures, can use them in practical activities in a way that demonstrates understanding of the context and consequences of alternative solutions and decisions,

• is able to understand the basic principles and procedures for the realization of various types of engineering structures and building structures, can comprehensively handle related organizational and technological tasks,

• is able to manage and control technological construction procedures,

• knows how to work on projects that include problem identification, analysis and implementation of extensive solutions related to the design and construction of buildings, while being aware of individual aspects of quality,

• is able to present the results of his creative work in front of the professional community and communicate professional opinions,

• is able to convey knowledge, conclusions and justifications to professional and lay audiences,

• can work on own professional growth and participate in technical progress,

• is capable of teamwork and independent work, has the prerequisites for project management in the design, modification and innovation phase, can design, analyze and optimize engineering structures, transport structures and bearing structures of buildings,

• meets the expectations of the practice, the labor market and society for the performance of the profession,

• has developed abilities to educate independently.

Complementary knowledge, abilities and skills

Graduate of the study program:

• is able to further develop acquired knowledge and skills,

• has basic knowledge of a managerial and economic nature,

• is capable to form a habit of continuous professional education,

• is able to organize self-education and further professional development,

• can apply legislation in construction business practice according to moral and ethical principles,

• is able to work independently as a member or team leader,

• is able to follow appropriate procedures in accordance with professional law and ethical principles and rules,

• is ready to take responsibility for his activities and decisions, taking into account the wider social consequences.

Graduate employment

• designer,
• university lecturer,
• chief project manager,
• structural engineer,
• specialist in land use planning and building regulations,
• civil engineer,
• manager (project manager) in construction,
• director of an organizational unit (plant, division) in construction,
• specialist in construction technology research and development.