Bachelors in Mechanical Engineering Power Engineering and Process Technology

3 Years On Campus Bachelors Program

Czech Technical University in Prague

Program Overview

The Mechanical Engineering – Power Engineering and Process Technology program at the Czech Technical University in Prague is designed for students who want to work with energy systems, industrial processes, and large-scale engineering equipment. It’s a great fit if you’re interested in how power is generated, transferred, and used in industries—from turbines and heat pumps to chemical and manufacturing systems.

Curriculum Structure

Year 1

You’ll start with a strong technical foundation in subjects like Mathematics, Physics, and Fundamentals of Mechanical Engineering, helping you understand how energy and physical systems behave. Early exposure to engineering principles builds your ability to analyse forces, motion, and basic system operations through both theory and practical exercises.

Year 2

In the second year, your focus shifts toward applied engineering topics such as Thermodynamics, Fluid Mechanics, and Heat Transfer, which are essential for understanding energy systems. You’ll also begin exploring Engineering Materials and Production Technology, learning how machines and equipment are designed and manufactured for industrial use.

Year 3

Your final year becomes more specialised, focusing on subjects like Energy Systems, Thermal Equipment, and Process Engineering. You’ll study how to design and operate equipment such as boilers, turbines, heat exchangers, and reactors, while also working on your Bachelor Thesis, applying your knowledge to real engineering problems and system designs.

Focus Areas

Energy systems, thermodynamics, fluid mechanics, process engineering, industrial machinery design, heat and mass transfer

Learning Outcomes

You will gain the ability to design and operate energy systems and industrial process equipment, understand heat and energy transformations, and apply engineering principles to real-world challenges. Graduates are prepared to work with technologies such as turbines, heat pumps, gas transport systems, and production machinery across various industries.

Professional Alignment (Accreditation)

This is an accredited mechanical engineering degree at the Faculty of Mechanical Engineering, aligned with European engineering education standards. It prepares you for professional roles in energy engineering, process industries, and technical design teams across multiple sectors.

Reputation (Employability / Recognition)

The Czech Technical University in Prague is known for its strong engineering focus and industry relevance. Graduates from this specialization are highly valued in sectors like energy production, chemical processing, and industrial manufacturing, with opportunities in design, operations, and technical consulting roles.

Experiential Learning (Research, Projects, Internships etc.)

At Czech Technical University in Prague's Faculty of Mechanical Engineering, our Bachelor's in Mechanical Engineering – Power Engineering and Process Technology puts you right in the heart of hands-on learning, where you'll dive into designing, building, and operating real-world energy systems like boilers, turbines, cooling equipment, heat pumps, gas compressors, hydraulic machines, and biomass tech. You'll build practical skills through engineering projects supported by computer tools, experimental testing of machines and components, and a focus on solving real problems in power plants, process industries, and renewable energy—all backed by the faculty's strong emphasis on general design with computer support and industry-relevant training.

This means getting your hands dirty from day one:

- Laboratories for experimental testing: Work directly with machines and components in dedicated labs to test and verify designs, gaining skills in practical energetics operations like turbine and boiler performance.
- Computer-aided design (CAD) and simulation tools: Use industry-standard CAD methods, computer networks, process simulation software, and tools for scientific calculations, data collection, and engineering modeling—essential for power and process equipment design.
- Project-oriented engineering projects: Tackle group and individual projects in areas like energy systems, steel structures, and production lines, applying math, physics, and mechanics to real technical challenges.
- Research-design focus via departments and institutes: Access facilities through specialized departments like those in energetics (led by experts such as prof. Ing. František Rieger and doc. Ing. Michal Kolovratník), preparing you for R&D roles in power engineering.

Imagine applying straight to power plants, energy firms, or process industries after graduation—these experiences make you job-ready and set you up perfectly for our Master's programs without entrance exams. Spots fill fast, so let's get your application rolling today—reach out, and I'll guide you every step!

Progression & Future Opportunities

At Czech Technical University in Prague's Faculty of Mechanical Engineering, the Bachelor's in Mechanical Engineering with a focus on Power Engineering and Process Technology puts practical skills front and center, training you hands-on in designing, building, and operating key energy equipment like boilers, turbines, cooling systems, heat pumps, gas compressors, hydraulic machines, and biomass tech. You'll dive into real-world energetics challenges through project-based learning and experimental testing, building expertise that employers in power plants, industry, and consulting crave. This approach ensures you're not just theorizing—you're ready to tackle actual problems in conventional, nuclear, and renewable energy sectors right from your studies.

Here's how you'll gain that edge with specific program facilities and opportunities:
- Group projects and experimental testing: Tackle practical design and computation of engineering systems, including testing machines and components in dedicated labs to solve real energetics issues like boiler and turbine operations.
- Computer tools and CAD: Master computer-aided design (CAD), simulation, process control, and engineering calculations using common industry software for project creation and data analysis.
- Laboratories for hands-on research: Work in specialized labs focused on energetics machinery, fluid mechanics, thermomechanics, and experimental verification of power systems.
- Departmental institutes: Access the expertise of the Energetics and Process Technology team, led by prof. Ing. František Rieger, DrSc., and doc. Ing. Michal Kolovratník, CSc., with facilities tailored for power engineering research and development.