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3 Years On Campus Bachelors Program
Poznan University of TechnologyThe B.Sc. in Electronics and Telecommunications at Poznan University of Technology is a 3.5-year program designed to equip you with cutting-edge expertise in modern electronics, wireless systems, and digital communications—skills that are in high demand across the global tech industry. Whether you're interested in building the networks that power mobile communications, designing advanced electronic systems, or developing multimedia solutions, this program gives you the theoretical foundation and hands-on experience to make it happen.
Curriculum Structure
Year 1: Building Your Foundation
Your first year establishes the essential knowledge you'll build on throughout the program. You'll begin with Mathematics covering mathematical analysis and algebra, then dive into Algorithms in E&T with Matlab, where you'll develop practical programming skills to solve real-world communication and electronic challenges. You'll also explore Introduction to ICT Networks, giving you your first look at how modern computer systems connect and communicate with one another.
Year 2: Deepening Technical Expertise
In your second year, the program shifts toward specialized telecommunications and electronics knowledge. You'll study Digital System Design, which teaches you how to architect complex electronic systems, and Foundations of Telecommunications, where you'll learn the core principles behind how data travels across networks and wireless systems. Courses like Computer Networks and Telecommunication Networks prepare you to understand both the hardware and software sides of modern connectivity, while Optotelecommunications introduces you to fiber-optic technologies that form the backbone of global communications.
Year 3 & Beyond: Specialization and Real-World Application
In your final years, you'll gain exposure to advanced topics including Wireless Local Area Networks and Microprocessors, alongside your Diploma Seminar, where you'll work on an in-depth thesis project on a topic of your choosing within electronics and telecommunications. This capstone experience allows you to apply everything you've learned to solve genuine industry challenges, preparing you either to enter the workforce or continue into master's-level studies.
Focus Areas
Electronics design, telecommunication systems, wireless and mobile communications, computer networks, multimedia technologies, optoelectronics, signal processing, and IoT applications.
Learning Outcomes
You'll graduate with programming proficiency in C, C++, C#, and Matlab, the ability to design and configure both wired and wireless networks, deep knowledge of modern communications systems including mobile and radio technologies, and hands-on familiarity with optoelectronic circuits, microwave technology, and consumer electronics.
Professional Alignment
Graduates are directly prepared for careers in electronics and telecommunications industries, with employers actively recruiting from the Institute of Radiocommunications, including major companies like Nokia, Samsung, Alcatel, and Siemens, as well as wireless network operators and ICT service providers. The program also positions you to pursue an M.Sc. in Electronics and Telecommunications if you wish to deepen your expertise further.
International Opportunities
As part of the EU Erasmus+ Exchange Programme, high-performing students have the opportunity to spend a semester abroad at partner universities in Germany, France, Finland, Spain, Italy, Portugal, Greece, or Turkey—an experience that strengthens your professional network while enhancing your language and cultural competencies.
At Poznan University of Technology's Faculty of Computing and Telecommunications, our B.Sc. in Electronics and Telecommunications program dives right into hands-on learning from day one, so you're not just studying theory—you're building real skills in electronics, telecom systems, networks, and mobile tech. You'll work in state-of-the-art labs at the Institute of Radiocommunications, programming microcontrollers like ARM Cortex M4 and 8051, configuring computer networks, and testing mobile apps on Android and iOS platforms. With tools like C, C++, C#, Matlab, and Linux/Windows setups on over 30 PCs, plus projects in wireless networks, signal processing, and optoelectronics, you'll graduate ready to jump into jobs at companies like Nokia or Huawei.
Here's what makes our experiential learning stand out—specific facilities and opportunities tailored to this program:
- Dedicated labs for practical training: Microcontroller lab with 8051 family and ARM Cortex M4 units for software creation and testing; mobile terminal programming lab focused on Android/iOS apps; computer-network lab equipped with 30+ PCs running Linux/Windows for C/C++ programming, network configuration, and WWW development.
- Group projects and seminars: Hands-on projects in wireless communications, radiocommunication technologies, video processing, optical networks, and mobile terminals, often as team efforts to mirror industry work.
- Internships and industry ties: Built-in internship in the curriculum, plus collaborations with partners like Nokia Wrocław R&D, Huawei, Mentor (Siemens), and others for real-world research projects and trainee opportunities.
- Specific software and digital tools: Programming in C, C++, C#, Matlab for communication/electronic tasks; network operating systems on real devices; tools for configuring wireless/computer networks, security mechanisms, and protocol implementation.
- Advanced research facilities: Labs for wireless local area networks, optoelectronics/photonics, antennas, microwaves, and synchronous networks, all under the high-rated (category A) Faculty of Computing and Telecommunications.
This practical edge, combined with Erasmus+ exchanges to top European unis, sets you up for success—grads land roles in telecom giants right away.
B.Sc. in Electronics and Telecommunications at Poznan University of Technology
You're considering a program where learning happens both in the classroom and in real-world settings—and that's exactly what makes this degree so valuable. At Poznan University of Technology, the B.Sc. in Electronics and Telecommunications combines rigorous theoretical instruction with hands-on laboratory work, practical projects, and access to cutting-edge research facilities. Students don't just learn *about* wireless communications, microcontrollers, and digital circuits; they actually build, test, and troubleshoot these systems themselves. This blend of theory and practice means you'll graduate with skills that employers actively seek—not just textbook knowledge.
The Faculty of Computing and Telecommunications provides an excellent laboratory base where you'll gain practical experience in these key areas:
- Wireless Communications Laboratory: Advanced research on MIMO technologies, communications with Unmanned Aerial Vehicles (UAVs), software-defined platforms, cellular networks (2G-6G), radio measurements, and cognitive radio systems
- Mobile Programming Laboratory: Training on the two most popular operating systems—Android and iOS—with emphasis on testing mobile applications for smartphones, smartwatches, and tablets
- Microcontroller Laboratory: Work with both basic 8051 family microprocessors and advanced ARM Cortex M4 units to develop and test embedded software
- Digital Circuits Laboratory: Computer-based design, analysis, and simulation of combinational and sequential digital circuits
- Programming in C, C++, C#, and Matlab: Core skills you'll develop to solve communication and electronic tasks
- High-Performance Computing Cluster: A 258-core multi-processor system dedicated to intensive research in wireless communications
- Hands-on Elective Courses: Optional courses on wireless local area networks and other specialized topics
- Diploma Thesis: A capstone project on a selected topic in electronics and telecommunications, completing your applied learning journey
- Practical placement opportunities: Internships that connect classroom knowledge to industry experience
The program structure itself reinforces experiential learning—courses include lectures supplemented by laboratory classes and projects, ensuring you're constantly applying what you learn. You'll explore real telecommunications infrastructure, understand how modern networks function, and gain expertise in technologies that power our connected world.
For more details on all available facilities and resources, visit the Faculty of Computing and Telecommunications webpage.
A school leaving certificate (from Poland or abroad) or an equivalent document is required, which must entitle the holder to apply for admission to higher education institutions in the country where it was issued, along with a supplement or official document listing completed subjects and grades (if not included in the certificate).All documents must be translated into Polish or English by a sworn translator registered with the Polish Ministry of Justice or by a Consul of the Republic of Poland in the country where the document was issued.Accepted English language tests include IELTS (minimum 5.5), TOEFL iBT (minimum 72 points), and TOEIC (minimum 785 in Listening & Reading, 150 in Speaking, and 160 in Writing).Electrical EngineerTelecommunications EngineerNetwork Service Center EngineerIT Systems EngineerField Engineer in IT companiesProcess Engineer in semiconductor industryAutomation and Control EngineerPower Systems EngineerElectrical Design EngineerRenewable Energy Engineer
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