Environmental Engineering

3 Years On Campus Bachelors Program

Czech Technical University in Prague

Program Overview

The Bachelor's in Environmental Engineering at Czech Technical University in Prague (CTU FME) is a hands-on 3-year program that equips you with practical skills to design energy-efficient systems for heating, ventilation, air-conditioning, and air protection, making buildings and industrial sites more sustainable and comfortable. It's perfect for students passionate about engineering who want to tackle real-world environmental challenges like reducing emissions and optimizing energy use, blending mechanical engineering fundamentals with eco-friendly tech.

Curriculum Structure
Year 1 lays a solid foundation in core engineering principles, diving into Mathematics, Physics, and Continuum Mechanics to help you model technical problems effectively. You'll also explore Engineering Materials and Production Technology, getting hands-on with how materials behave and are processed, while starting to touch on environmental basics like thermal comfort and hygiene. This year builds your confidence in using math and physics for practical designs right from the start.

Year 2 ramps up with specialized environmental tech, focusing on Heating Systems, Ventilation and Air-Conditioning, and Heat Supply to learn designing equipment that creates indoor comfort and saves energy. Courses like Modern Heating and Cooling Systems and Air Treatment teach you filtration, heat recovery, and low-energy building solutions, combined with lab seminars where you experiment with real equipment. You'll work on projects that connect theory to practice, like pneumatic transport and water heating systems.

Year 3 sharpens your expertise through advanced topics such as Air Protection, Reduction of Noise and Vibration, and Alternative Sources of Energy, including solar tech and energy simulation for self-sufficient buildings. With 40% of time on your bachelor thesis, plus labs in Experimental Methods and excursions to industry sites, you'll design full systems for air quality, emissions separation, and acoustics. This capstone year prepares you to solve complex problems like pollution dispersion and vibration control in real industrial settings.

Focus areas: Heating, ventilation and air-conditioning, air protection, reduction of noise and vibration, alternative energy sources, thermal comfort, energy simulation, and heat recovery.

Learning outcomes: You'll design machinery for environmental comfort, master energy-saving systems like low-energy cooling and solar tech, and gain skills in air quality measurement, filtration, emissions separation, and building simulations through lectures, labs, projects, and excursions.

Professional alignment (accreditation): This accredited full-time bachelor's program from CTU's Faculty of Mechanical Engineering meets Czech engineering standards, with comprehensive training extending to physiology, ecology, construction, and safety for versatile environmental tech roles.

Reputation (employability rankings): Graduates land jobs in design firms, production companies, state inspectorates (like Czech Environmental Inspectorate), and software development, thanks to close ties with top industry partners who recruit during studies—CTU FME's engineering programs are renowned for producing in-demand pros in sustainable tech.

Experiential Learning (Research, Projects, Internships etc.)

At Czech Technical University in Prague's Faculty of Mechanical Engineering, our Bachelor's in Mechanical Engineering with a focus on Environmental Engineering stands out for its hands-on approach, where you'll dive into real-world projects using cutting-edge experimental equipment right from your lectures and seminars. You'll design heating, ventilation, and air-conditioning systems, tackle air protection challenges, and explore alternative energy sources through practical labs and expert excursions that build skills employers love—like creating energy-efficient machinery and ensuring indoor comfort in everything from hospitals to factories.

This means you'll get comprehensive training that blends theory with practice, extending into fields like ecology, hygiene, and construction: here are some standout experiential opportunities tailored to the program—

- Labs with experimental equipment: Work in dedicated seminars measuring air quality, thermal states, noise, vibrations, and functional parameters of environmental tech, using hands-on methods to solve practical research problems.
- Projects and group work: Collaborate on designing machines for heating, cooling, ventilation, air treatment (filtration, humidification), pneumatic transport, and emission separators, often drawing from industry research tasks.
- Expert educational excursions (field trips): Join industry-focused trips to see real applications of environmental systems in action, building your network early.
- Computer design and simulation software: Master digital tools for energy simulations, CAD drawings, automatic regulation calculations, and modeling thermal comfort or pollutant dispersion—key for software development in air-conditioning.
- Industry ties and internships: Partner with renowned companies in environmental tech during studies; the department actively connects talented students for cooperation, leading to jobs in design firms, production, or state inspections.
- Department of Environmental Engineering facilities: Access specialized labs and resources focused on fluid mechanics, heat/mass transfer, air protection, noise reduction, and alternative energy, all supporting your hands-on learning.

Progression & Future Opportunities

At Czech Technical University in Prague's Faculty of Mechanical Engineering, our Bachelor's in Environmental Engineering immerses you in hands-on learning right from the start, where you'll design real machinery for heating, ventilation, and air-conditioning systems while tackling practical challenges like energy efficiency and air quality. You'll dive into labs using experimental equipment to test and solve research problems, work on team projects that mirror industry needs, and join expert educational excursions to see environmental tech in action. This builds skills in everything from noise reduction to alternative energy sources, all backed by close ties with top companies that often scoop up talented students for internships during your studies.

Here's how our program equips you with cutting-edge experiential learning tailored to environmental engineering:
- Labs and experimental equipment: Hands-on seminars in dedicated labs for testing environmental machinery, measuring air quality, thermal comfort, noise, and vibration—using methods from the Experimental Methods course to evaluate real-world equipment performance.
- Group projects and practical seminars: Collaborate on projects designing heating/cooling systems, pneumatic transport, and energy simulations, applying fluid mechanics, heat/mass transfer, and construction principles.
- Expert educational excursions: Field trips to industry sites for insights into air protection, emission separation, and alternative energy tech like solar and heat recovery.
- Computer design and simulation tools: Master digital tools for calculations, drawings, CAD methods, process simulation, and software creation for air-conditioning/heating—essential for modern design work.
- Industry connections and internships: Partnerships with renowned firms in environmental tech for cooperation, internships, and jobs in design, production, and operation—plus state bodies like the Czech Environmental Inspectorate.
- Department of Environmental Engineering facilities: Specialized institute focusing on air protection, noise/vibration reduction, heat supply, and regulation, with rich R&D experience from industry projects.