Study programme teória technológie a riadenia v stavebníctve

Basic information

Study programme in national registry: teória technológie a riadenia v stavebníctve
Guaranted by: Faculty of Civil Engineering
Study field: Civil Engineering
Level of degree: 3
Form of study: present
Degree: PhD.
Length of study in years: 4
Professionally oriented: No
Joint study programme: No
Languages of delivery: english language, slovak language

Graduate profile

Description
A graduate of the study program is able to creatively solve research questions in the field of construction with an orientation to technological, material, environmental, economic and managerial aspects of the construction industry with an emphasis on efficiency, innovation and sustainability of construction projects. When solving research problems, they apply sophisticated digitization and virtualization tools. The graduate of the program is able to work in research teams and present the results of research and development in front of professional and scientific community at home and abroad. Based on acquired knowledge and skills, he can design, verify and implement new research and work procedures in practice.
Learning objectives
A graduate can apply scientific methods in the field of construction technology theory, construction economics and management in the construction industry. Based on the obtained detailed overview of the current state of problem solving in our country and abroad, he analyzes and solves scientific problems, with an emphasis on the efficiency of construction process management. He can clearly formulate a scientific problem, subject and goal of research and development in the field of technology, economics and management in the construction industry and creatively solve the formulated problem with an awareness of social, ethical, legal and economic contexts of scientific work. Part of his knowledge is the application of economic and mathematical optimization models to support the hypotheses expressed in the given problem. The graduate is able to clearly formulate the contribution of research outputs to the development of the field of study and to construction practice.
Main learning outcomes
In the area of theoretical knowledge as well as practical abilities and skills, a graduate of the study program: - by acquiring the skills and methods of scientific research, he demonstrates the ability to conceive and implement his own solutions in the field of material research, technology, construction quality and safety, as well as issues of economy and management of activities connected to the construction industry, in the context of global challenges of sustainable ecosystems, - demonstrates systemic knowledge when developing concepts focused on research and development of innovative building materials, constructions and technologies, in connection with the environmental, economic and social aspects of the solved problem, - is capable of critical analysis, evaluation and synthesis of complex contexts of the entire life cycle of buildings, clear formulation of the scientific problem, subject and goal of research, evaluation and correct interpretation of obtained results and clear formulation of the benefits of research outputs for the development of science in the field of study and for practice. As for complementary knowledge, abilities and skills, a graduate of the study program: - demonstrates scientific integrity by being aware of the social, ethical and legal context of scientific work, - contributes to the expansion of the boundaries of scientific knowledge in the subject area, through the publication of a set of works that are confronted with the opinions of a wide national and international professional and scientific community, - can actively use international scientific resources and is capable of communication and cooperation with domestic and foreign experts, - is able to support and develop technical and social progress in his further academic or professional development.
Professions
Professions for which the graduate is prepared at the time of completion.

Employability

Evaluation of the study programme graduates employability
All PhD graduates work in the construction industry or as academic staff.
Evaluation of the study programme quality by employers
Feedback - evaluation of the study program by employers: Ing. Pavol Kováčik, PhD., MBA. - president of the Association of Construction Entrepreneurs of Slovakia - a professional association of companies that employ graduates of the program Ing. Pavol Káposztá – DOKA Slovakia, Formwork technology s.r.o. - head of the Prešov branch - employer of program graduates, including supplier contact with other construction companies in which program graduates are employed Ing. Matúš Mandzák – BETPRES, s.r.o. - production director - graduate of the study program and employer of graduates of the study program All authorities confirmed the quality of the study program in relation to the structure and content of the study plan, the profile of the graduate, their application, personnel, spatial and material-technical provision of the program. Statements can be found on the university's internal system forms F-VP/TUKE/M1/02-07/22-01.

Structure and content of the study programme

Suggested study plan in the MIAS portal

Current academic year plan and current schedule

Current academic year plan
Current schedule: MAIS portal

Persons responsible for the study programme

Person responsible for thequality of the study programme: prof. Ing. Mária Kozlovská, CSc.
List of persons responsible for the profile courses: Study advisor: prof. Ing. Mária Kozlovská, CSc.
Student representatives: Ing. Andrea Hrubovčáková
Study department

Spatial, material, and technical provision of the study programme and support

List and characteristics of the study programme classrooms
The facilities to conduct the study program involve two university large-capacity lecture halls in the university campus (ZP, L4, capacity 120-150 students) and three other lecture rooms just in the faculty building (capacity 40-50 students) equipped with the conference equipment with a large-area touch screen (CTOUCH system ), six seminar classrooms and five studio classrooms (capacity 20-30 students), five of which are equipped with the CTOUCH system and the others with projectors with an interactive whiteboard. All classrooms are connected to the Internet and ready to a hybrid form of education. The professional and research infrastructure in the educational process is covered by the faculty workplace of the Center for Research and Innovation in the Construction Industry and specialized thematic laboratories of the institutes. Within the study program and its subjects, students use: • Laboratory of physical-mechanical properties of building materials • Laboratory of physical and chemical analyzes of building materials • Laboratory of corrosion resistance of building materials • Laboratory of development and preparation of sustainable building materials • Laboratory of diagnostics of building construction materials • Laboratory of automation of construction planning and management • Laboratory of digitization and virtualization in construction https://study4bim.wixsite.com/laboratorium-utems • Laboratory for investigating the parameters of building structures, equipment testing and simulation of construction services, HVAC and RES 3 relaxation zones (chill zones) are available directly at the faculty for students. The virtual tour of the faculty spaces is available at
Characteristics of the information provision
Recommended study plans and subject information sheets are available at https://maisportal.tuke.sk/portal/studijneProgramy. mais Information resources for individual subjects can be accessed in LMS Moodle available at https://moodle.tuke.sk/moodle/ Additional information resources are available in the university library at https://www.lib.tuke.sk/
E-learning
The LMS system to support e-learning can be accessed in LMS Moodle available at https://moodle.tuke.sk/moodle/
Institution partners
Provision of internships for doctoral students, materials for solving dissertations, conditions for in-situ measurements, professional consultations...: Metrostav SK, EUROVIA SK, as, CTP Invest sro, Chemkostav, as Michalovce, KROS as, CAD EXPERT, sro, CONSTRUSOFT , s.r.o., BIM Asociácia Slovensko Proposals for final theses topics

Admission procedures

Required abilities and necessary admission requirement
Admission procedures
Results of the admission process over the last period

Additional informtation

Additional informtation on department's web