Quantum Information Technology

Program Overview

Quantum Information Technology at University of Gdańsk is a four-semester, full-time M.Sc. taught in English in Gdańsk, Poland. The program introduces the mathematical and physical foundations of quantum systems before moving into emerging technology areas. International students can compare this specialised route with broader physics, computing or engineering master’s degrees.

Core themes include quantum cryptography, quantum computing, non-classicality, superconducting qubits, quantum optics and advanced quantum foundations. Research and master’s projects form part of the stated study experience, alongside presentation and commercialisation topics. Students should assess whether this blend of theory, research and technology matches their preparation and goals, then review the official curriculum for current details. That comparison should include the program’s stated quantum information technology emphasis and study format.

What You Will Study

Study begins with introductory quantum mechanics and its mathematical formalism. The curriculum then covers quantum cryptography, signatures of non-classicality and quantum computing, followed by specific architectures and approaches such as superconducting qubits and quantum optics. Advanced topics in quantum foundations provide further theoretical depth across the four-semester master’s structure. These themes define the program’s stated academic focus.

Research and master’s projects involve the Faculty of Mathematics, Physics and Informatics and the International Centre for Theory of Quantum Technologies. The program also develops presentation, English and commercialisation skills, including start-up topics. Students should review the official curriculum for the latest project options and course sequence rather than assuming a specific research placement. This helps prospective students evaluate the depth and balance of the curriculum.

Who This Program May Suit

Graduates interested in quantum mechanics, cryptography, quantum computing, quantum optics and research-led technology may find this M.Sc. relevant. It may suit students comfortable with advanced quantitative study, independent research and communicating technical ideas. The English-taught, full-time format also requires sustained academic work over four semesters. They should also be ready to connect theory with structured academic tasks.

Applicants should compare their relevant bachelor-level background, GPA profile, B2 English and scientific interests with the stated requirements. A CV is required, and the selection process includes an exam with unpublished scope and may involve an interview. Students should consider both subject interest and readiness for an assessment process that needs direct official confirmation. Personal goals and preferred subject depth remain important parts of that decision.

Admission Fit & Requirements

Applicants are expected to hold a bachelor-level qualification in a relevant field and a GPA of 70% or higher. A CV describing education and scientific interests is required. Foreign qualifications may also need apostille or legalisation, sworn translation and a NAWA recognition statement, depending on the diploma and applicable exemptions. Applicants should prepare early enough to resolve any document recognition questions.

B2 English must be supported by an accepted official certificate. The schedule lists an exam on 16 September 2026, but its type, scope and content are not published in the available program information. An online interview or suitability assessment may also apply. Students should confirm these stages through current official instructions, and the StudyFits AI Advisor can help compare the known requirements with their profile. Official instructions should remain the final reference for every applicant’s route.

Tuition Fees & Cost Signal

Tuition is listed per semester at 750 EUR for non-EU students and 405 EUR for EU students. The corresponding yearly figures are 1,500 EUR and 810 EUR. These amounts provide a cost signal for comparing this English-taught quantum technology master’s with related programs, while current payment arrangements should be confirmed through official university information. Students should compare the same payment period across alternatives.

A separate 85 PLN recruitment fee applies per course of study. No program-specific scholarship is published, although students may review NAWA opportunities and statutory support after enrollment under the relevant eligibility rules. The StudyFits AI Advisor can help compare tuition, study format and personal budget without treating this summary as a complete financial plan. Funding availability should never be assumed from a general support listing.

Career Paths & Future Options

The curriculum may support research and development directions in quantum technologies, secure communication, quantum computing and related scientific work. These are possible paths stated in the program context, not employment promises. Study of cryptography, quantum architectures, optics and advanced foundations can help students identify which technical area they may want to explore further. Individual outcomes will depend on skills, choices and later experience.

Graduates may also consider doctoral study, including research connected with quantum information, subject to the next institution’s requirements. Presentation and commercialisation topics may be relevant for communicating or developing research-based ideas, but they do not guarantee a start-up or career outcome. The StudyFits AI Advisor can help connect the program’s content with realistic research and study goals. Further study requirements should always be checked separately.

Study Location Advantage

Studying Quantum Information Technology at University of Gdańsk in Gdańsk, Poland places students in an English-taught master’s program at a public university. For international students, the location is part of the decision alongside the four-semester format, tuition category and specialised quantum focus. It can support comparison with related programs in other Polish or European cities. The city and country should therefore be evaluated as part of overall study fit.

Location fit depends on personal preferences, budget, study mode and the academic environment a student wants. This article does not estimate living costs, accommodation, safety or work opportunities. Students can compare Gdańsk and Poland with other destinations through the StudyFits AI Advisor or use the page enquiry form for individual guidance. Official and personal research can add practical detail to that comparison.

Compare This Program With AI Advisor

Before choosing Quantum Information Technology at University of Gdańsk, students can use the StudyFits AI Advisor to compare it with related master’s programs. The comparison can consider bachelor-level preparation, GPA, B2 English, research interests, the four-semester format and readiness for an exam whose scope needs official confirmation. It can highlight differences that deserve closer official review.

Students can also review EU and non-EU tuition, the Gdańsk location and longer-term research goals. The AI Advisor offers a profile-based comparison rather than an admission decision. For individual questions, students can also use the enquiry form on this page. Final choices should still rely on current university information.

FAQ

Q: What does Quantum Information Technology at Gdańsk cover?
A: The English-taught M.Sc. covers quantum mechanics, mathematical foundations, cryptography, non-classicality, quantum computing, superconducting qubits and quantum optics. Research and master’s projects add an applied academic component, while presentation and commercialisation topics broaden the study context.

Q: Who may suit this English-taught quantum master’s?
A: It may suit graduates interested in advanced quantitative study, quantum systems, cryptography, computing and research. Students should compare their relevant bachelor-level preparation, GPA, B2 English and comfort with independent projects against the program’s four-semester structure.

Q: What are University of Gdańsk admission stages?
A: Applicants need a relevant bachelor-level qualification, a GPA of 70% or higher, a CV and accepted B2 English proof. A scheduled exam has no published scope, and an online interview or suitability assessment may also apply, so students should confirm current details.

Q: How much is Quantum Information Technology tuition?
A: Tuition is listed at 750 EUR per semester for non-EU students and 405 EUR per semester for EU students. An 85 PLN recruitment fee also applies, while current payment arrangements and support eligibility should be checked through official university information.

Q: How can the StudyFits AI Advisor compare this M.Sc.?
A: The AI Advisor can compare academic preparation, GPA, English level, tuition, location, assessment stages and research goals with related programs. It does not estimate acceptance or replace official rules. Students can also use the page enquiry form for individual questions.