Kurzy, předměty, obory
As stewards of knowledge, we believe it is paramount for academic institutions to champion sustainability in education and research. By equipping the next generation with the tools to understand and tackle environmental problems, we pave the way for innovative solutions to climate issues. Here is a selection of degree programs and academic courses at CTU that inspire students to face the biggest challenges of their generation.
Courses and Programs
M.S. Environmental Engineering
For the Environmental Engineering master’s degree program, the Department of Environmental Engineering provides in-depth teaching of fluid mechanics, heat transfer and mass transfer with a focus on applications in the field. In addition to the above theoretical topics, the main subjects of the Department of Heating, Ventilation, Air Conditioning, Air Protection, Noise and Vibration Reduction, Heat Supply, Alternative Energy Sources and Regulation. In these subjects, students acquire knowledge of construction, design and dimensioning of machines and technical equipment in the field. The field of study also includes methods of measuring and evaluating the quality of the environment (subject Experimental Methods) with a focus on indoor and outdoor air, the thermal state of the environment, noise and vibration of machines. Experimental teaching also includes methods for determining the functional parameters of environmental technology equipment. https://fs.cvut.cz/en/prospective-students/accredited-study-programmes/master-study-programmes/tpr-en/
M.S. Intelligent Buildings
The Intelligent Buildings program is jointly taught by the Faculty of Civil Engineering (FCE), the Faculty of Mechanical Engineering (FME) and the Faculty of Electrical Engineering (FEE). It prepares graduates to design and manage modern buildings with integrated systems and sustainability at its core. With a multidisciplinary curriculum and practical projects, students gain expertise in areas such as artificial intelligence-driven operation and energy-efficient solutions. Upon completion, they are equipped for roles in architecture, facility management, environmental engineering, and research, contributing to the creation of efficient and environmentally conscious built environments. https://fs.cvut.cz/en/prospective-students/accredited-study-programmes/master-study-programmes/intelligent-buildings/
M.S. Intelligent Transport Systems
Intelligent transport systems are the future of transportation. These systems already help achieve more efficient use of roads and increase transport safety and reliability while reducing driving times and impacting the environment. The constant development of intelligent transport systems, their integration into existing systems or larger units brings a greater demand for experts who will design, create, manage and assess these systems. Intelligent Transport Systems is a 2-year full-time dual degree masters‘ program focused on connecting theory with practice, and as such, students use vehicle simulators and research laboratories such as Laboratory of Telematics, Joint Laboratory of System Reliability, and Laboratory of Traffic Control and Modelling. The practice part is not only held in the laboratories, but there is a cooperation with the Intelligent Transport Systems and Services of the Czech Republic association, with the Czech Academy of Sciences, and other organizations from a commercial sphere. https://www.fd.cvut.cz/english/students/study-programmes.html#tab_master
Ph. D. Architecture and Sustainable Development
This Ph.D. program delves into the multifaceted dimensions of green transition, emphasizing the interconnections between societal, economic, and political factors essential for successful transformation. Through theoretical exploration, practical case studies, and tutorials, students gain insights into various transition approaches, develop critical analytical skills, and identify innovation opportunities to navigate the complexities of transitioning towards a sustainable future: https://studyinprague.cz/programmes/CTU-P0731D010004/
M.S. Water and Environmental Engineering
This program offers a comprehensive two-year curriculum focusing on addressing global water availability, quality, and environmental challenges. With a blend of technical expertise and scientific understanding, students gain advanced knowledge in hydraulics, hydrology, and process modeling, preparing them to design structures, optimize technologies, and tackle complex environmental issues. Upon completion, graduates are awarded the title of Master of Science in Civil Engineering (Ing.), with opportunities to further advance their scientific knowledge through doctoral studies at the University. https://www.fsv.cvut.cz/prospective-students/master-study/water-and-environmental-engineering/?lang=en
Ph. D. Smart Cities
This program addresses the challenges of urbanization by focusing on sustainable urban development across various subsystems. Through an interdisciplinary approach involving experts from transportation sciences and architecture faculties, the program equips students with the skills needed to solve complex analytical and decision-making processes in transportation and urbanism. With a focus on scientific research and independent inquiry, students deepen their theoretical knowledge to engage in innovative solutions for sustainable urban development. https://www.fd.cvut.cz/english/applicants/entrance-procedure.html#doktor
Integrated Building Design
The main objective of this courseis to get an complex overview of the principles of integrated buildings design, life cycle assessment of buildings, evaluation of building performance, green/sustainable certificaition systems and understand environmental, social and economic aspects of the built environment. https://kps.fsv.cvut.cz/index.php?lmut=en&part=vyuka&sub=obor&type=o-w&kod=124IBDE
Ecology II
Ecological problems become limiting factors in today’s world. Concepts such as ecology, environment, natural resources, ecological crisis, environmental pillar of sustainable development should become specific and graspable for the graduate. The course is divided into blocks: Fundamentals of General Ecology, Natural Resources – Characteristics, Use, Damage, Protection, Basics of Landscape Ecology and Nature Conservation, Use of Environmental Knowledge in Designing Buildings and Towns (Building Biology, Ecosystem Approach) to the environment. https://www.fa.cvut.cz/en/study/courses/12056-ecology-ii
Social Ecology
This course deals with the relationship of man and the environment in landscape and settlements. It acquaints students with selected methods of socio-ecological research and participation of citizens in the formation of the rural environment, the city and its socio-spatial structure. The theoretical part of the subject is based on concrete practical examples, which are processed by the students and present them during the semester. https://www.fa.cvut.cz/en/study/courses/12057-ecology-iii-social-ecology
Product Ecology
The aim of the course is to provide students with a holistic overview of the interaction between human activities and the environment. It turns out that evaluating the acceptability of individual products only based on the environmental impacts of one of their stages, e.g. waste disposal or energy consumption, is inadequate and often misleading. In this course the students will be acquainted with the essence of the main environmental categories of impacts: global warming and climate change, loss of stratospheric ozone, the formation of photooxidants, acidification, eutrophication, ecotoxicity and persistent toxicity, depletion of raw materials, reduction of biodiversity. A method of expressing contributions from different human activities to these categories of environmental impacts will be presented and will show how the future environmental impacts of products can be reduced at the design stage. https://www.fa.cvut.cz/en/study/courses/12095-product-ecology
Sustainable mobility and land-use planning
This course offers an in-depth exploration of the interplay between transportation and land-use planning, with a focus on Sustainable Urban Mobility Plans (SUMP) and the phenomenon of suburbanization. Through analyzing spatial planning objectives, transport impacts on urban form, and principles of sustainable transport solutions, students gain a comprehensive understanding of how transportation influences urban development and economy, including strategies for pedestrian and bicycle-friendly cities. https://www.fd.cvut.cz/english/students/course-detail.html?kod=12UMUP
Transport in the context of sustainability
This course delves into the concept of sustainable transport, exploring its historical context, development globally and within the country, and the relationship between sustainable development and transport. Through discussions on various sustainable transport examples such as biofuels and electromobility, students gain insights into emerging trends and practical applications, fostering a deeper understanding of the importance of environmentally friendly transportation solutions. https://www.fd.cvut.cz/english/students/course-detail.html?kod=12Y2DU
Transportation planning and modeling
This course delves into transportation planning and modeling, focusing on the four-step model and its application to understand mobility, accessibility, and sustainability in urban areas. Through practical experience and project-based learning, students gain insight into creating transportation models to address issues such as urban sprawl and land use, ultimately contributing to the development of smart cities with efficient and sustainable transportation systems. https://www.fd.cvut.cz/english/students/course-detail.html?kod=17DOPD
Shared spaced design
This course introduces students to the concept of shared space, emphasizing the integrated use of public spaces to promote sustainable mobility and active settlements in urban areas. Through analysis of foreign examples and principles of zone design, students gain practical skills in linking traffic engineering, urban planning, and architecture to create quality public spaces conducive to shared use and sustainable urban development. https://www.fd.cvut.cz/english/students/course-detail.html?kod=12Y2NS
Logistic in smart cities
This course explores the intersection of logistics and Smart Cities, focusing on last-mile delivery, e-commerce, and sustainable urbanism. By examining the role of logistics in enhancing the quality of life within urban environments and regions, students gain insights into the integration of city logistics with Smart Cities concepts, fostering a deeper understanding of how logistics can contribute to urban sustainability and efficient city planning. https://www.fd.cvut.cz/english/students/course-detail.html?kod=17LSC
Air traffic and environment
This course delves into the ecological aspects of air traffic, emphasizing sustainable development, environmental protection, and legislation. Students explore the environmental impact of air traffic, including noise and emissions, and examine measures to mitigate these impacts, fostering an understanding of the importance of environmental protection and legislative measures in aviation for preserving ecological stability and quality of life near airports. https://www.fd.cvut.cz/english/students/course-detail.html?kod=21LPZP
Sustainable regions and cities
This course traces the historical evolution of cities from antiquity to modern times, exploring the concept of sustainability within urban planning and logistics. By examining historical development alongside modern transportation systems and logistics concepts, students gain insights into the interconnectedness of urban evolution, sustainability, and logistical considerations within cities and regions, facilitating a deeper understanding of sustainable urban development. https://www.fd.cvut.cz/english/students/course-detail.html?kod=17SCAR-E
Environmental Aspects of Regional Development
The course builds upon basic economics, public administration, and sustainable development principles to examine the interconnection of environmental laws and theories. It focuses on applying this knowledge to regional and urban development, administration, and business practices. https://bilakniha.cvut.cz/cs/predmet1246743924705.html#gsc.tab=0
Principles of Sustainability
This course offers a comprehensive exploration of sustainable development concepts, spanning historical evolution to contemporary global, European, and Czech political perspectives. Emphasizing practical knowledge, the course integrates guest lectures from industry practitioners and includes excursions to real-world applications. Students delve into topics such as sustainable development strategies, indicators, legal standards, and emerging trends, fostering a deep understanding of sustainability’s role in regional development, administration, and environmental governance. https://bilakniha.cvut.cz/cs/predmet1246743921805.html#gsc.tab=0
Foundations of Sustainable Development
This course provides an overview of the historical evolution and contemporary approaches to sustainability in global, European, and Czech politics. With a focus on practical insights, the course includes guest lectures from industry managers and excursions, allowing students to apply their knowledge in regional development, administration, and environmental governance. The curriculum covers topics such as sustainable development strategies, indicators, legal standards, and emerging trends, offering a comprehensive understanding of sustainability’s role in various sectors. https://bilakniha.cvut.cz/cs/predmet1246743921705.html#gsc.tab=0
Politics and Economics of Climate Change
This course delves into the economic and political dimensions of pressing environmental issues, such as climate change and pollution abatement. Through an exploration of economic theory, policies, and business strategies, students analyze market failures, regulatory responses, and innovative solutions to address environmental challenges. Emphasis is placed on innovation policies and strategies for sustainable development, including mission-oriented approaches and smart specialization. https://bilakniha.cvut.cz/en/predmet7503106.html#gsc.tab=0
Green Transition
This course explores the multifaceted nature of green transition, moving beyond technical aspects to encompass broader societal, economic, and political contexts essential for successful transformation. Students examine various transition approaches and their interplay with politics, markets, industry, and social changes, with a focus on theoretical concepts and practical case studies from regions, including the EU. Through tutorials and case studies, students develop skills to differentiate between transition paradigms, understand the implications of green transition on social, economic, and political levels, and identify innovation opportunities and priorities in specific transition contexts. https://bilakniha.cvut.cz/en/predmet6681406.html#gsc.tab=0