Environmental Engineering

Technical University of Liberec - Fakulta mechatroniky, informatiky a mezioborových studií

Key information
Field of study:
Interdisciplinary programmes involving broad field 05 (1)
Study language::
EN
Study program code:
P0588D130007
ISCED code:
0588
Study form::
full-time
Study duration:
4 years
Number of applicants in the last academic year: 2
Number of admitted students in the last academic year: 2

The "Technical Cybernetics" study programme provides specialized training for researchers in one of the following areas: Mechatronics: Mechatronic systems in robotics and automation, industrial and service robotics in industry, medicine, and nursing, power electronics and drives, electrical circuits and electromechanical systems, industrial measurement and diagnostic systems, and Industry 4.0. Control: Robotics, intelligent control systems and algorithms, adaptive control, predictive control, sensor technology and measurement systems, reliability control and risk analysis, fuzzy logic, nonlinear dynamic systems in automation applications, and optimal and suboptimal methods for controlling technological processes. Signals, Intelligent Systems, and Electronics: Modern methods of signal and image processing, computer speech recognition, artificial intelligence and machine learning, electronic systems, their design, testing, and diagnostics, embedded systems, and specialized electronics for signal processing and diagnostics. Information Technology: Modern trends in computer networks and security, cybersecurity, the Internet of Things, data mining and artificial intelligence applications for analyzing web content, cloud technologies, semantic web, and advanced and new programming techniques. Graduates of the doctoral programme in Technical Cybernetics will acquire, as part of their studies, knowledge of the relevant theoretical foundations in the natural sciences (mathematics and physics) that will enable them to address issues in other engineering disciplines—studied within specialized courses and the topic of their dissertation—at a high scientific level. They have practical experience in conducting scientific experiments and analyzing results. They are capable of independent scientific and research work in their field of specialization, possess deep theoretical knowledge in this field, and are able to present engineering and scientific results at the international level. Graduates are also capable of engaging in engineering, development, and research work at industrial or scientific research institutions. Graduates find employment primarily as scientific, research, and development staff in industry, research and development organizations, and in education as university instructors or research project leaders. Emphasis is placed on aligning research specialization with an understanding of broader, and often interdisciplinary, contexts. The programme fosters the practical application of the latest scientific findings. The faculty recruits doctoral students both from among graduates of its own master’s programme and from students at other Czech and international institutions.

Application and admission procedure
Admission procedure form:
interview
Application fee:
100.00 USD

Find detailed information here: https://www.fm.tul.cz/en/admissions/doctoral-studies/admission-information

ApplyOpens in a new window

Study

Graduates of this doctoral programme are proficient in advanced experimental and theoretical tools for studying environmental issues and apply an engineering approach to solving them. During their studies, they have deepened their strong foundation in the natural sciences and gained engineering experience by solving specific applied research tasks in practice. Graduates have acquired knowledge of physical, chemical, and biological measurements of qualitative and quantitative indicators in the environment, conducting laboratory experiments or modeling their results, and applying these results in practice. Furthermore, based on this knowledge and the results of their work, they are able to design specific practical applications, optimize their parameters, and monitor their effectiveness. They further shape their professional profile by selecting from a range of required-elective and elective courses.

Study fee
Study fee amount:
2000.00 - 2000.00 USD / [ { "contentType": "globalFeeInterval", "name": "academic year", "createDate": "2026-08-04T20:10:08Z", "updateDate": "2026-08-06T10:54:27.7283991Z", "route": { "path": "/global/en/data/codebooks/fee-intervals/academic-year/", "queryString": null, "startItem": { "id": "37758b86-6d55-4288-833e-ffda8153852e", "path": "global" } }, "id": "a98b53d9-088b-4bc5-b3e4-af5353086d21", "properties": {} } ]
University

School detail

Institution type:
public
Founded:
1953
Abbreviation:
TUL
Number of students:
6596
Number of international students in degree programs:
448
Number of international exchange students:
431
Number of international alumni
80

Technical University of Liberec (TUL) is a modern public university with more than seventy years of tradition. It connects engineering, natural sciences, economics, education, healthcare and the arts, and links education with research and practice. You will study at a university known for cooperation with industry partners, innovation and applied research. Its internationally recognised fields include nanomaterials, advanced technologies, mechanical engineering, mechatronics and sustainability-related research. Liberec offers a strong quality of life, with mountains and nature close by and many options for sport and outdoor activities. At TUL, you can use modern facilities, benefit from a supportive academic environment and work closely with faculty members. You can also join international exchanges and take part in research and innovation projects during your studies.

Contacts

Contacts

Field of study:
Interdisciplinary programmes involving broad field 05 (1)
Study language::
EN
Study program code:
P0588D130007
ISCED code:
0588
Study form::
full-time
Study duration:
4 years
Number of applicants in the last academic year: 2
Number of admitted students in the last academic year: 2

The "Technical Cybernetics" study programme provides specialized training for researchers in one of the following areas: Mechatronics: Mechatronic systems in robotics and automation, industrial and service robotics in industry, medicine, and nursing, power electronics and drives, electrical circuits and electromechanical systems, industrial measurement and diagnostic systems, and Industry 4.0. Control: Robotics, intelligent control systems and algorithms, adaptive control, predictive control, sensor technology and measurement systems, reliability control and risk analysis, fuzzy logic, nonlinear dynamic systems in automation applications, and optimal and suboptimal methods for controlling technological processes. Signals, Intelligent Systems, and Electronics: Modern methods of signal and image processing, computer speech recognition, artificial intelligence and machine learning, electronic systems, their design, testing, and diagnostics, embedded systems, and specialized electronics for signal processing and diagnostics. Information Technology: Modern trends in computer networks and security, cybersecurity, the Internet of Things, data mining and artificial intelligence applications for analyzing web content, cloud technologies, semantic web, and advanced and new programming techniques. Graduates of the doctoral programme in Technical Cybernetics will acquire, as part of their studies, knowledge of the relevant theoretical foundations in the natural sciences (mathematics and physics) that will enable them to address issues in other engineering disciplines—studied within specialized courses and the topic of their dissertation—at a high scientific level. They have practical experience in conducting scientific experiments and analyzing results. They are capable of independent scientific and research work in their field of specialization, possess deep theoretical knowledge in this field, and are able to present engineering and scientific results at the international level. Graduates are also capable of engaging in engineering, development, and research work at industrial or scientific research institutions. Graduates find employment primarily as scientific, research, and development staff in industry, research and development organizations, and in education as university instructors or research project leaders. Emphasis is placed on aligning research specialization with an understanding of broader, and often interdisciplinary, contexts. The programme fosters the practical application of the latest scientific findings. The faculty recruits doctoral students both from among graduates of its own master’s programme and from students at other Czech and international institutions.

Admission procedure form:
interview
Application fee:
100.00 USD

Find detailed information here: https://www.fm.tul.cz/en/admissions/doctoral-studies/admission-information

ApplyOpens in a new window

Graduates of this doctoral programme are proficient in advanced experimental and theoretical tools for studying environmental issues and apply an engineering approach to solving them. During their studies, they have deepened their strong foundation in the natural sciences and gained engineering experience by solving specific applied research tasks in practice. Graduates have acquired knowledge of physical, chemical, and biological measurements of qualitative and quantitative indicators in the environment, conducting laboratory experiments or modeling their results, and applying these results in practice. Furthermore, based on this knowledge and the results of their work, they are able to design specific practical applications, optimize their parameters, and monitor their effectiveness. They further shape their professional profile by selecting from a range of required-elective and elective courses.

Study fee

Study fee amount:
2000.00 - 2000.00 USD / [ { "contentType": "globalFeeInterval", "name": "academic year", "createDate": "2026-08-04T20:10:08Z", "updateDate": "2026-08-06T10:54:27.7283991Z", "route": { "path": "/global/en/data/codebooks/fee-intervals/academic-year/", "queryString": null, "startItem": { "id": "37758b86-6d55-4288-833e-ffda8153852e", "path": "global" } }, "id": "a98b53d9-088b-4bc5-b3e4-af5353086d21", "properties": {} } ]

University

School detail
Institution type:
public
Founded:
1953
Abbreviation:
TUL
Number of students:
6596
Number of international students in degree programs:
448
Number of international exchange students:
431
Number of international alumni
80

Technical University of Liberec (TUL) is a modern public university with more than seventy years of tradition. It connects engineering, natural sciences, economics, education, healthcare and the arts, and links education with research and practice. You will study at a university known for cooperation with industry partners, innovation and applied research. Its internationally recognised fields include nanomaterials, advanced technologies, mechanical engineering, mechatronics and sustainability-related research. Liberec offers a strong quality of life, with mountains and nature close by and many options for sport and outdoor activities. At TUL, you can use modern facilities, benefit from a supportive academic environment and work closely with faculty members. You can also join international exchanges and take part in research and innovation projects during your studies.

Contacts

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