Bachelor of Engineering in Industrial Computer Science

4 Years On Campus Bachelors Program

Silesian University of Technology

Program Overview

# Bachelor of Science in Industrial Computer Science

 

Industrial Computer Science at Silesian University of Technology is a practical, industry-focused program that equips you with real-world skills in designing and developing IT systems for modern manufacturing and automation environments. This is perfect if you want hands-on experience while learning from leading IT companies in Silesia—you'll graduate as a professional engineer ready to work on everything from industrial automation to advanced software solutions.

## Curriculum Structure

Year 1: Foundations in Computing and Engineering

Your first year builds a solid technical foundation through mathematics, physics, and essential computer science basics. You'll dive into fundamental courses including electrical engineering, control theory, electronics, and computer programming. These core subjects give you the theoretical knowledge you need before moving into more specialized industrial applications.

Year 2: Industrial Systems and Programming

In your second year, the program shifts toward practical application with courses in microprocessor systems, databases, and computer networks. You'll develop deeper programming skills and begin exploring artificial intelligence and automation principles that directly apply to Industry 4.0 technologies. This is where you start seeing how your knowledge connects to real manufacturing environments.

Year 3-4: Specialization and Professional Projects

During your final years, you'll choose from specializations including Industrial Computer Systems or Computer Programming, then focus on advanced topics like designing autonomous systems, robotics, and mobile systems. You'll work on capstone projects that mirror what professionals do in automotive, chemical, and biotechnology industries, giving you portfolio pieces that employers actually want to see.

Focus Areas: Industrial computer systems, computer programming, technologies of Industry 4.0, automation systems, artificial intelligence methods, software engineering, database design, industrial IT infrastructure

Learning Outcomes: You'll be able to design and develop industrial IT and automation systems, understand modern computer architecture and device integration, work with operating systems and computer networks, apply artificial intelligence techniques, and develop professional-grade software—plus achieve B2 proficiency in a foreign language.

Professional Alignment: This program matches the standards of technical universities across Europe, making it recognized internationally and allowing you to participate in Erasmus exchange programs. The curriculum is developed in cooperation with leading Silesian IT companies, ensuring your education stays aligned with industry demands.

Reputation & Employability: Graduates are prepared to work as software developers, computer systems engineers, and network specialists in both industry and R&D departments. The practical profile means employers recognize you as someone who can contribute from day one, not just in theory.

[Program Details](https://www.polsl.pl/rm4/en/description-of-the-course/)

Experiential Learning (Research, Projects, Internships etc.)

# Bachelor of Science in Industrial Computer Science at Silesian University of Technology

 

Industrial Computer Science at Silesian University of Technology isn't just about sitting in lectures—it's a practical, hands-on program designed to prepare you for real-world engineering work from day one. The program emphasizes project-based learning where you'll develop actual industrial systems, not just theoretical exercises. You'll work with modern laboratories equipped with current technology and collaborate directly with leading IT companies in Silesia, giving you professional experience while you're still studying.

## How You'll Learn: Real Skills in Real Environments

The curriculum blends lectures with extensive practical work, particularly through laboratories and industry-connected projects. You'll gain expertise in designing and developing industrial IT and automation systems, working with modern computers and devices, operating systems, computer networks, databases, artificial intelligence, and software development. This isn't disconnected from industry—the classes themselves are conducted in cooperation with representatives of leading IT companies in Silesia, meaning you're learning exactly what employers need.

Here's what makes the hands-on experience concrete:

- Programming languages and tools: You'll work with industrial-standard languages including C++, C#, Java, and Python, along with specialized software for measurement systems and industrial automation
- Project-based coursework: Laboratory work and real-world projects are emphasized throughout your studies, building your portfolio with tangible work
- Specializations with practical focus: You can deepen expertise in industrial computer systems, computer programming, or Industry 4.0 technologies—each with dedicated practical components
- Industry partnerships: Direct collaboration with major IT companies in the Silesian region means your projects often connect to actual business problems
- Modern laboratory facilities: Access to well-equipped, contemporary labs where you apply theoretical knowledge to practical challenges
- Industry 4.0 exposure: You'll learn about and work with cutting-edge technologies transforming manufacturing and industrial processes
- Interdisciplinary knowledge: The program integrates IT, robotics, electrical engineering, and telecommunications, so you understand how systems work together

This approach means you'll graduate as an IT engineer with a practical profile—someone who can immediately contribute in professional settings rather than needing extensive on-the-job training.

For more information about facilities and resources available to students, visit the university's subject offer and facilities pages on their official website.

Progression & Future Opportunities

# Why Industrial Computer Science at Silesian University of Technology?

 

## Gain Real-World Experience While You Study

The Industrial Computer Science program is built on a foundation of hands-on learning where theory meets practice from day one. Unlike traditional computer science degrees, this practical profile emphasizes developing actual IT and automation systems alongside industry professionals. You'll spend significant time in well-equipped, modern laboratories working on real projects that mirror what you'll encounter in your career. The curriculum is structured so that lectures are supported by tutorials, laboratories, and substantial project work—with the emphasis firmly on the practical components. This means you're not just learning concepts; you're building solutions.

What makes this program particularly valuable is the direct partnership with leading IT companies in Silesia. These industry connections aren't just networking opportunities—they shape what you learn and how you learn it, ensuring your education stays aligned with what employers actually need.

## Specialized Learning Resources and Hands-On Opportunities

Here's what you'll have access to throughout your studies:

- Programming expertise in multiple languages: C++, C#, Java, and Python—the tools professionals use every day
- Modern laboratory facilities: Dedicated labs equipped with current technology where you apply theoretical knowledge to practical problems
- Industry collaboration: Classes conducted in cooperation with representatives of leading IT companies in Silesia, providing insider perspectives on real-world problem-solving
- Project-based learning: Substantial coursework structured around actual projects, giving you portfolio-ready experience before graduation
- Specialization pathways: Choose to deepen your knowledge in Internet of Things (IoT), Computer Graphics and Software (CGS), or IT Mobile and Industrial Systems (IMIS)
- Interdisciplinary skill development: Gain knowledge spanning IT, robotics, electrical engineering, and telecommunications rather than siloed computer science
- Industrial systems training: Learn to design, program, and manage industrial systems while understanding modern Industry 4.0 technologies
- Database and network design: Hands-on experience with databases, data warehouses, computer networks, and system architecture

The program equips you with professional experience during your studies, not after. When you graduate, you won't be learning on the job—you'll already be capable of handling the challenges that come your way.

For a complete overview of facilities available across the university, visit the subject offer page at Silesian University of Technology.

Program Key Stats



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Eligibility Criteria

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Additional Information & Requirements

Career Options

  • computer engineer
  • programmer in large IT companies
  • specialist in the field of servicing industrial IT systems
  • IT project manager
  • IT systems security analyst
  • production specialist
  • computer systems administrator
  • process engineer
  • PLCs
  • robots
  • computer networks

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