Production and Economics in Engineering

3 Years On Campus Bachelors Program

Czech Technical University in Prague

Program Overview

The Bachelor's in Production and Economics in Engineering at Czech Technical University in Prague (CTU FME) is a dynamic three-year program that equips you with essential skills in manufacturing processes, economic principles, and engineering management—perfect if you're passionate about turning innovative ideas into efficient production systems and want a versatile career in industry. It suits motivated students who enjoy blending technical problem-solving with business savvy, preparing you to thrive in modern engineering roles where optimizing production and resources is key.

Curriculum Structure
Year 1 lays a solid foundation in core engineering sciences, diving into Mathematics, Physics, and Continuum Mechanics to help you model and solve real-world technical challenges with precision. You'll build practical skills through introductory Engineering Materials and Production Technology, exploring how materials behave and basic manufacturing techniques, all while getting hands-on with simple applications that spark your engineering mindset. This year sets you up with the broad theoretical base needed for more advanced production-focused studies ahead.

Year 2 ramps up with deeper dives into manufacturing and systems, including specialized courses on technology of casting, forming, and welding to master key production processes. You'll tackle production management and rationalization of production, learning to streamline semi-finished products and design efficient systems, blending hands-on tech with economic thinking. Electives and projects here let you explore areas like energy or transport, sharpening your ability to apply knowledge flexibly.

Year 3 focuses on integration and real-world prep, with 40% of your time on the bachelor thesis alongside advanced labs and tutorials in machining technology (including programming) and surface treatment. Courses emphasize design of production systems and installation technology, teaching you to evaluate performance through thermodynamics, mechanics, and economics for sustainable outcomes. By graduation, you'll confidently handle complex projects, ready to lead in industry.

Focus areas: Material engineering (metals, polymers, ceramics, composites), engineering technology (casting, forming, welding, machining, heat treatment), and industrial enterprise/system management for smart production.

Learning outcomes: You'll gain expertise in processing materials, optimizing manufacturing technologies, managing production systems, and applying economic models—mastering tools for Industry 4.0 like simulation, data analysis, and sustainable design.

Professional alignment (accreditation): Fully accredited bachelor's program at CTU FME, designed for seamless transition to master's like Industrial Systems Management, with doctoral paths in Production and Material Engineering emphasizing interdisciplinary skills employers demand.

Reputation (employability rankings): CTU graduates excel in mechanical engineering fields, with strong demand for their versatile profiles in R&D, manufacturing, and management—backed by the faculty's focus on practical, employer-aligned training for roles in large plants, SMEs, and innovation hubs.

Experiential Learning (Research, Projects, Internships etc.)

At the Czech Technical University in Prague (Faculty of Mechanical Engineering), the Production and Economics in Engineering program is designed to be highly practical from day one. You’re not just learning theory—you actively work with real manufacturing processes, engineering technologies, and production systems. Students gain hands-on exposure to modern production techniques, material testing, and computer-aided manufacturing tools, while also understanding how engineering decisions connect to business and economics. This combination ensures you graduate with both technical and managerial problem-solving skills used directly in industry

As you progress, your learning becomes increasingly applied and industry-focused, supported by specialized labs, research centres, and real-world engineering scenarios:

Hands-on manufacturing technologies: Practical exposure to processes like casting, forming, welding, machining, and heat treatment
NC programming & production systems: Work with computer-aided manufacturing (CAPP) and numerical control (NC) programming used in modern factories
Material testing laboratories: Use advanced testing equipment for analyzing materials, durability, and engineering performance
Mechanical testing & experimental labs: Access to high-end testing systems and experimental setups for real engineering analysis
Production planning & system design projects: Apply knowledge to design production systems, optimize workflows, and improve efficiency
Quality management & diagnostics tools: Learn how to monitor, evaluate, and improve production quality in industrial settings
Applied research centres: Opportunities to engage with centres like competence and innovation labs focused on production technology and advanced engineering research
Industry-oriented problem solving: Work on projects that simulate real industrial challenges in production, logistics, and operations
Interdisciplinary learning: Combine engineering with economics, management, and decision-making for real business environments

Progression & Future Opportunities

Graduates of the Production and Economics in Engineering program at Czech Technical University in Prague are highly valued for their ability to combine technical engineering expertise with business and management skills. You’ll be prepared to step into roles that bridge production and decision-making—whether in manufacturing, operations, or industrial management. Typical career paths include roles such as production engineer, operations manager, quality manager, and supply chain/planning specialist:

Strong employability & industry demand: Graduates are “highly demanded on the job market,” particularly in production, planning, management, and technical operations
Career support & industry exposure: The university actively connects students with industrial and commercial companies, supporting internships, job placements, and real-world collaboration
University–industry partnerships: CTU collaborates with businesses, research centres, and industrial partners, ensuring your skills match real market needs
Applied research & innovation ecosystem: Access to centres of competence and applied research institutes working on advanced manufacturing and production technologies strengthens your career readiness
Wide career scope: Graduates move into roles across production preparation, operations, planning, trade, transport, and services, with potential to grow into management positions
Reputation & accreditation value: As one of Central Europe’s leading technical universities with global rankings, CTU provides a recognized and respected engineering degree
Graduate outcomes: The program equips you to solve technical and production-operational problems, making you adaptable across multiple engineering and business environments

Further Academic Progression:

After completing this bachelor’s degree, you can continue your studies within CTU or internationally. A natural next step is a Master’s degree in Mechanical Engineering or related fields such as Production Engineering, Industrial Management, or Materials Engineering, where you deepen your specialization and move toward leadership or R&D roles.