Modern Electrical and Information Engineering

Modern Electrical and Information Engineering at Poznan University of Technology is a comprehensive and forward-looking program designed to equip students with cutting-edge knowledge and practical skills in the fields of electrical engineering, electronics, automation, and information technology. This interdisciplinary course combines theoretical foundations with hands-on experience, preparing graduates to meet the evolving technological demands of modern industry and society. Throughout the program, students explore core topics such as electrical circuits, power systems, digital and analog electronics, control systems, embedded systems, and computer networks. The curriculum emphasizes the development of problem-solving capabilities, innovative thinking, and the ability to design and optimize complex electrical and electronic systems.

Students will have opportunities to engage with advanced technologies, including renewable energy sources, smart grids, Internet of Things (IoT), artificial intelligence, and cybersecurity. The program includes laboratory exercises, project-based assignments, and internships in collaboration with industry partners, ensuring that students gain practical experience and are well-prepared for professional roles. Graduates of the program can pursue careers in various sectors such as energy, automation, telecommunications, information technology, and research and development. They are equipped to work as electrical engineers, system integrators, automation specialists, or research professionals.

The educational approach is supported by state-of-the-art laboratories and facilities, fostering a dynamic learning environment. Students are encouraged to participate in scientific research projects, innovation contests, and international exchanges, enhancing their academic and cultural development. The program aims to produce highly qualified engineers capable of designing, implementing, and managing complex electrical and information systems that contribute to technological advancement and sustainable development. Graduates will be prepared not only for immediate employment but also for lifelong learning and adaptation to rapid technological changes in the global landscape.

Training in the Doctoral School prepares to obtain the PhD title and is carried out at the University in the following disciplines:

• architecture and urbanism
• automatics, electronics and electrotechnics
• technical IT and telecommunications
• civil engineering and transport
• materials engineering
• mechanical engineering
• environmental engineering, mining and power engineering
• chemical sciences
• management and quality sciences

1. A candidate is required to get acquainted with the binding University Senate Resolution.

2. Admission to the Poznan University of Technology Doctoral School (DS) is carried out in the following scientific disciplines within the given limits.

3. List of available research topics.

4. Recruitment schedule.

5. Candidates submit scans of required documents via online admission system (admission system will be launched when recruitment starts).

• application for admission to doctoral school (the application can be generated from admission system after completing online registration) – black and white or color printout, one-sided or two-sided printing, no scans,
• document confirming qualifications: 

university diploma with supplement (original for review in order to make a certified copy by the university) or

university graduation certificate or

university diploma or certificate obtained abroad that entitles its holder to undertake doctoral studies in the country of issue

The financing of the Modern Electrical and Information Engineering program at Poznan University of Technology is primarily structured through a combination of student self-funding, governmental grants, and scholarship opportunities. Tuition fees are set according to the regulations of the Polish Ministry of Education and are consistent with other international engineering programs offered by the university. International students may be subject to different fee structures compared to Polish nationals, with options for paying annually or in installments, depending on specific arrangements.

Polish citizens and residents often benefit from government subsidies and the national student loan program, which facilitates financial access to higher education. International students may have access to various scholarships provided by the university, the Polish government, or external organizations supporting international education. These scholarships are usually merit-based or need-based and are awarded based on specific criteria announced at the start of each academic year.

The university also offers numerous internal financial aid programs, including stipends for academic excellence and research achievements, which can contribute toward tuition costs or living expenses. For students involved in research projects, there may be stipends or funding opportunities through collaborations with industry partners or academic grants, aimed at encouraging practical experience and innovation in electrical and information engineering fields.

Additionally, students can participate in part-time work or paid internships facilitated by the university's career services center, aligning employment opportunities with their study schedules. External funding sources, such as Erasmus+ mobility grants, are available for students involved in exchange programs, covering travel and accommodation costs during study abroad periods.

Overall, the financing options for students enrolled in the Modern Electrical and Information Engineering program are designed to be flexible and inclusive, providing financial support through institutional funds, governmental programs, scholarships, and employment opportunities. Students are encouraged to explore each option thoroughly and apply early to maximize their chances of receiving financial aid.

The Master’s degree program in Modern Electrical and Information Engineering at Poznan University of Technology is designed to prepare students for careers in rapidly evolving fields related to electrical systems, automation, communication, and information technologies. The program emphasizes a comprehensive understanding of modern electrical engineering concepts, including power systems, control engineering, electronics, and telecommunication systems. Students benefit from a curriculum that combines theoretical foundations with practical applications, enabling them to address complex technical challenges in industry and research sectors.

The program incorporates advanced coursework in digital signal processing, embedded systems, renewable energy sources, and smart grid technologies. It aims to develop students' skills in designing, analyzing, and managing modern electrical infrastructure and information systems. Practical training is a key component of the program, with laboratory exercises, project work, and internships that foster real-world problem-solving abilities. The program is tailored to adapt to technological innovations, ensuring graduates are well-equipped with the latest knowledge and skills.

Students have access to state-of-the-art laboratories and research facilities, including dedicated spaces for automation, robotics, and telecommunication experiments. The faculty team comprises experienced researchers and practitioners who contribute to a dynamic learning environment. Graduates of the program are prepared for employment in industries such as electrical power generation and distribution, automation and control engineering, telecommunications, electronics manufacturing, and IT services. Additionally, the program provides a strong foundation for future academic pursuits, including PhD studies.

The program offers opportunities for international collaboration and student exchange, enriching the educational experience with global perspectives. Graduates receive a Master of Engineering degree, recognized both nationally and internationally, which qualifies them for advanced professional roles in the engineering sector. The Master’s program in Modern Electrical and Information Engineering at Poznan University of Technology is committed to fostering innovative thinking and technical excellence among its students, supporting them to become leaders and innovators in electrical and information engineering.