Electronic and Telecommunication Engineering

3 Years On Campus Bachelors Program

Lodz University of Technology

Program Overview

Electronic and Telecommunication Engineering at Lodz University of Technology is a hands-on, English-taught bachelor's program that blends cutting-edge electronics, computer science, and telecom to prepare you for designing circuits, microprocessor systems, and next-gen networks like 5G and IoT. It's perfect if you're excited about more than just coding—if you love building real-world tech like wireless systems and smart devices, this program will give you the skills to thrive in fast-growing industries while building teamwork and global-ready soft skills through project-based learning.

Curriculum Structure
Year 1
You'll kick off with foundational basics to build a strong base, diving into Mathematics, Physics, and Introduction to Electronics through labs and projects that get your hands dirty early. This year focuses on understanding core principles like circuit analysis and basic programming, setting you up to tackle more complex designs right away—it's all about making theory click with practical experiments.

Year 2
Things ramp up with Digital Electronics, Microprocessor Systems, and Signals and Systems, where you'll design and test your own circuits and software for embedded systems. Expect team projects that mirror industry work, helping you solve real problems in data processing and early telecom concepts while sharpening your debugging skills.

Year 3
Advanced topics like Telecommunication Networks, Electronic Circuits Design, and Wireless Communication take center stage, with labs on fiber-optic systems and 5G tech. You'll cap it off with a major project integrating everything, preparing you to innovate in IoT and Industry 4.0—graduates leave ready to jump into engineering roles.

Focus Areas
Modern fiber-optic and wireless telecommunications networks, 5G systems, Industry 4.0, Internet of Things (IoT), electronic circuit analysis and design, microprocessor systems and software, electronic equipment technology.

Learning Outcomes
You'll master analysis and design of electronic circuits and microprocessor systems, perform experiments to evaluate telecom setups, build user-focused systems, and excel in international teams—plus stay ahead of trends in electronics, telecom, and computer science.

Professional Alignment (Accreditation)
The program aligns with European standards via ECTS credits, ensuring recognized engineering qualifications for R&D, design, and operations in electronics/telecom firms worldwide; it's fully English-taught for global mobility, with project-based learning matching industry needs like 5G and IoT development.

Reputation (Employability Rankings)
Graduates are primed for roles as device/systems engineers in consumer electronics, industrial tech, energy, fiber optics, and wireless telecom—Lodz University of Technology's Faculty of Electrical, Electronic, Computer and Control Engineering, the largest at TUL, boasts strong industry ties and international prep, leading to jobs in Poland and abroad.

Experiential Learning (Research, Projects, Internships etc.)

At Lodz University of Technology, our Electronic and Telecommunication Engineering program dives right into hands-on learning from day one, so you're not just studying theory—you're building real skills in designing electronic circuits, microprocessor systems, and their software, plus modern telecom networks like 5G, IoT, and fiber optics. Most classes are project- and lab-based, using student-centered methods that let you experiment, measure, and evaluate systems in action, all while developing teamwork skills for industry-ready projects. This practical focus equips you perfectly for roles in electronics, telecom, and IT, with everything taught in English to boost your global edge.

Here's how we make experiential learning come alive: through dedicated labs, team projects, and cutting-edge tools tailored to this program:

- Project-based team projects: Right from the start (like in related advanced tracks), you'll tackle group projects building autonomous electronic systems, covering circuit design, microprocessors, sensors, actuators, signal processing, wireless comms, and IoT—directly applying what you learn.
- Laboratory work: Extensive hands-on labs for analysis, design, and testing of analog/digital circuits, optoelectronics, microelectronic tech, and telecom networks, helping you perform real experiments and measurements.
- Modern facilities and tools: Access to student-friendly labs with the latest equipment for electronic equipment technology, fiber-optic/wireless networks, Industry 4.0, and microprocessor software development—no generic setups, all program-specific.
- Research and development (R&D) opportunities: Individual or team R&D projects in semesters 2-3, partnering with TUL research units or industry for deep dives into electronics and telecom innovations.
- Soft skills via teamwork: Regular collaborative work builds communication, project management, and presentation skills, prepping you for multicultural teams.
- International mobility: Mobile semester options and double-degree paths (e.g., with University of Naples or Vigo) include practical semesters abroad focused on electronics/telecom.

Imagine graduating with a portfolio of real projects that employers love—apply now and turn your passion into a top engineering career!

Progression & Future Opportunities

Electronic and Telecommunication Engineering at Lodz University of Technology

Electronic and Telecommunication Engineering at Lodz University of Technology is designed to give you hands-on experience from day one. Rather than spending years in lectures, you'll work in modern laboratories and on real-world projects that mirror what professional engineers actually do in the industry. The program emphasizes project and laboratory-based learning with student-centered teaching methods, meaning you'll develop practical competence in electronic circuit design, microprocessor systems, and telecommunications networks while building the soft skills that employers genuinely value.

This approach ensures you don't just understand theory—you can actually *apply* it. You'll conduct experiments and measurements to evaluate how electronic and telecommunications systems work, and you'll gain advanced knowledge in building and improving systems according to real user needs. Here's what makes the hands-on experience at Lodz University of Technology specifically distinctive:

- Project-based curriculum: Most classes combine projects and laboratory work rather than traditional lectures
- Modern laboratory facilities: Access to contemporary equipment for analyzing and designing electronic circuits and microprocessor systems
- International mobile semester option: The opportunity to study abroad and gain experience in different technological environments, supported by English-language instruction throughout the program
- Teamwork-centered approach: Regular collaborative projects that develop both technical and interpersonal skills you'll need in international, multicultural engineering teams
- Industry-focused applications: Hands-on work with emerging technologies including 5G telecommunications systems, Industry 4.0, and Internet of Things (IoT) development

The program prepares you for diverse career paths as a device and systems engineer in consumer electronics, industrial/motor electronics, energy conversion, or fiber optic and wireless telecommunications—roles where practical, demonstrable skills make all the difference.