BSc Mechanical Engineering – Information and Automation Technology specialization

3 Years On Campus Bachelors Program

Czech Technical University in Prague

Program Overview

The Bachelors in Mechanical Engineering – Information and Automation Technology at Czech Technical University in Prague (CTU FME) is a hands-on program that equips you with essential skills in automatic control, information technology, instrumentation, and programming for modern engineering roles. It's perfect for students passionate about blending mechanical engineering with smart tech, preparing you for designing control systems and info systems in industry—whether you're into manufacturing, research, or tech innovation.

Curriculum Structure
First Year
You'll build a rock-solid foundation in core engineering sciences, diving into Mathematics, Physics, and Continuum Mechanics to tackle real-world technical problems with mathematical models and physical principles. This year emphasizes practical applications alongside Engineering Materials and Production Technology, giving you the tools to understand how materials behave and how they're shaped into functional parts. By year's end, you'll be comfortable using digital tools for basic design and computation, setting you up for automation-focused challenges ahead.

Second Year
Here, the focus shifts to automation essentials with courses like fundamentals and means of automatic control and information technology, where you'll learn programming languages for microcomputers and build computer models. You'll also tackle technology of instrumentation and technical and electrical measurements, gaining hands-on experience in designing and testing systems that make machines smarter. This builds your ability to handle database systems and operations, bridging theory with the practical side of industrial tech.

Third Year
Advanced integration takes center stage, with emphasis on programming languages of microcomputers and applications, operation and database systems, and specialized design exercises for control and info systems. You'll apply everything to real scenarios like adapting control systems for production, while exploring experimental testing of machines and components. Graduates emerge ready to innovate in engineering design supported by computer tools, perfectly tuned for industry demands.

Focus Areas
Automatic control systems, industrial informatics, instrumentation technology, programming for microcomputers, database systems, and computer-aided engineering design.

Learning Outcomes
Mastery of automatic control fundamentals, IT skills for industrial applications, instrumentation design, programming and database management, plus the ability to model processes, conduct measurements, and develop control and information systems for manufacturing and research.

Professional Alignment (Accreditation)
This accredited bachelor program from CTU's Faculty of Mechanical Engineering meets Czech Republic standards for engineering education, aligning directly with industrial needs for automation specialists and preparing you for seamless transition to master studies or professional roles in control system design and implementation.

Reputation (Employability Rankings)
CTU FME graduates are highly sought after in the EU engineering sector, with strong employability in design offices, production, R&D, and innovative tech teams—backed by the faculty's focus on Industry 4.0-relevant skills like mechatronics and intelligent systems, ensuring you stand out in a competitive job market.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelors in Mechanical Engineering, Information and Automation Technology field at Czech Technical University in Prague (CTU FME), you'll dive straight into hands-on learning that builds real-world skills in automatic control, instrumentation, programming, and computer-supported systems—skills employers are clamoring for right now. You'll tackle technical and electrical measurements, design exercises, and computer models through practical coursework, preparing you to design, operate, and adapt control systems in industry settings. This isn't just theory; it's about using cutting-edge tools to solve actual engineering challenges, like those in production, research, and Industry 4.0 applications.

Here's how you'll get that experiential edge, drawn directly from the program's setup:
- Laboratories and measurements: Hands-on technical and electrical measurements in dedicated labs, plus experimental testing of machines and components to tackle practical problems like steel structures.
- Programming and software tools: Master programming languages for microcomputers and applications, object-oriented programming, database systems, and computer models—essential for industrial informatics and control systems.
- Design exercises with digital tools: Use common computer tools for engineering system design, including modeling, simulations, and rapid prototyping principles tied to automation and Industry 4.0.
- Projects and modeling: Engage in design projects for control systems, optimization of controlled systems (like power or HVAC), and computer-supported construction—building toward your bachelor thesis in focused engineering areas.
- Core engineering facilities: Access to production technology labs, continuum mechanics setups, and informatics basics, with 7% of semester 6 dedicated to laboratories alongside design and thesis work.

Progression & Future Opportunities

The Information and Automation Technology field at CTU's Faculty of Mechanical Engineering isn't just lectures—it's hands-on preparation for real industrial challenges. You'll move beyond theory quickly, diving into technical and electrical measurements, design exercises, and computer-supported engineering design from your first year. The faculty emphasizes experimental testing and practical problem-solving, so you're building skills employers actually need right now, especially as industries shift toward Industry 4.0 automation.

What makes this program distinct is its blend of cutting-edge tools and traditional rigor. You'll work with common computer design tools for engineering applications while also gaining foundational knowledge in mechanics, materials, and production technology that anchors everything you learn. This combination—solid theory plus modern digital capabilities—is exactly what companies are searching for when they hire.

Here's what hands-on learning looks like in this program:

- Design exercises and computer modeling using industry-standard CAD and simulation software for control systems and instrumentation projects
- Technical and electrical measurements laboratories where you test real components and troubleshoot actual systems
- Experimental testing of machines and components, preparing you to solve practical problems in steel structures and mechanical design
- Automatic control and programming coursework covering microcomputer languages and applications, directly applicable to automation roles
- Database systems and computer models training, essential for managing industrial information systems
- Core engineering courses in mathematics, physics, continuum mechanics, and production technology integrated with project-based learning across transport, technology, and energy sectors
- Bachelor thesis projects (40% of your final semester) where you apply everything to a real research or industry problem

Graduates from this specialization land roles in design, operation, and adaptation of control systems across production facilities, technical departments, and research institutes. You're positioned for careers that matter—whether that's optimizing factory automation, designing monitoring systems, or developing the next generation of smart industrial equipment.

The Faculty of Mechanical Engineering at CTU maintains strong industry partnerships and research initiatives, including involvement in the National Competence Center for Aeronautics and Space, which reflects the caliber of facilities and expertise available to you.