Study Fee: Click here to view the t(/study-fee)uition and subscription options.(/study-fee)(/study-fee) Monthly study plans start from €499 per month, depending on the program and level of academic support selected.

Study Method: This program is delivered 100% online, allowing students to study from anywhere in the world with flexible scheduling. Students may also have the option to attend the graduation ceremony in Switzerland, subject to visa approval and travel regulations.

Study Language: The program is delivered in English. Students are expected to have sufficient English language proficiency to complete the coursework and academic requirements.

Applications can be submitted online through our admission portal.(/apply)(/apply) Applicants may also contact or visit our offices in different regions, including: • Europe: Switzerland • GCC: Dubai (UAE) • Asia: Bishkek Our admissions team will guide you through the application and enrollment process.

Programs are offered through a flexible monthly subscription system, allowing students to progress at their own pace while maintaining access to academic resources and support services.

This program has a minimum study period depending on the academic level and program structure. Students may complete the program at their own pace while maintaining an active monthly subscription.

Admission Requirements

Applicants should meet the academic entry requirements for the respective program level. Typical requirements may include: • A previous academic qualification relevant to the program level • A copy of passport or national ID • Curriculum Vitae (CV) or resume • Completed online application form Additional documents may be requested depending on the program and the institution delivering the program.

Certification / Degree Awarded

Upon successful completion of all academic requirements, students will receive the corresponding certificate or academic degree issued by the responsible institution within the VBNN Smart Education Group network.

Master in Mathematics

Feb 23
2 min read

This Master study program is an advanced, 100% research-based academic pathway designed for graduates and professionals seeking to deepen their expertise in pure and applied mathematics. Positioned at a study level equal to EQF Level 7 and aligned with the second European cycle, the program emphasizes rigorous analytical thinking, theoretical depth, structured problem-solving, and independent research competence.

With a total academic workload equal to 60 ECTS, the program can be completed within a minimum duration of 12+ months, while offering flexibility for participants who wish to extend their study period in accordance with their research objectives and professional commitments.

The academic structure consists of five modules, carefully designed to balance methodological strength and disciplinary specialization:

Two research-focused modules dedicated to advanced research design, mathematical proof techniques, quantitative methodologies, academic writing, critical analysis, and scientific publication standards.
Two general modules aimed at strengthening interdisciplinary awareness, research ethics, and the broader applications of mathematical reasoning in global and professional contexts.
One specialized module in Mathematics, covering advanced topics such as real and complex analysis, abstract algebra, topology, differential equations, numerical methods, optimization theory, and mathematical modeling.

The program culminates in a substantial research thesis and structured research activities, enabling participants to contribute original theoretical or applied advancements in areas such as scientific computation, engineering mathematics, financial mathematics, operations research, cryptography, artificial intelligence modeling, and advanced theoretical mathematics.

This Master study program is particularly suitable for mathematicians, engineers, data scientists, financial analysts, researchers, and professionals seeking to strengthen their quantitative expertise and develop high-level analytical capabilities. Graduates are expected to demonstrate advanced mathematical reasoning, independent research skills, and the ability to apply sophisticated mathematical frameworks to complex real-world challenges.