MIREA — Russian Technological University Admission 2026, Courses, Fees, Placement & Ranking

• MIREA traces its development to 1947.
• It became known for radio engineering and electronics education.
• Telecommunications became one of its important technical fields.
• Computer science and IT expanded as modern academic strengths.
• Information security and cybersecurity became major high-demand areas.
• Robotics and automation developed with digital industry needs.
• Chemical technology and biotechnology broadened the university’s applied science profile.
• Materials and industrial technologies supported engineering research.
• Digital design and business informatics expanded interdisciplinary study.
• Applied mathematics supported computing, engineering and data-related routes.
• The university grew into a large technological institution with multiple institutes.
• International student information and English-facing program pages expanded access.
• Master’s programs developed across IT, engineering, chemistry and management.
• Doctoral research expanded across technology, science and digital systems.
• Today, MIREA is recognized as one of Russia’s major public technological universities.

• Public technological university in Russia
• Established in 1947
• Located in Moscow
• Strong for IT, cybersecurity, radio engineering, electronics, telecommunications, robotics and chemistry
• Technology-focused academic structure
• Many programs are Russian-taught
• Selected English-facing program information is available
• Undergraduate fees commonly range around RUB 260,000 to RUB 465,000 per year for many international-facing programs
• Selected master’s program examples are listed around RUB 340,000 per year
• Moscow living costs are higher than many Russian cities
• Strong fit for students targeting software, cybersecurity, electronics, telecom, robotics, biotechnology and digital careers

Admission to MIREA — Russian Technological University begins with selecting the correct bachelor’s, master’s, doctoral or preparatory route. Applicants must check program language, tuition fee, entrance examination requirements and document rules. Since many programs are Russian-taught, international students may need Russian language preparation before beginning degree study.

Bachelor’s applicants submit recognized school documents, passport details, translated academic records, language proof and any required entrance materials. Master’s applicants need a relevant bachelor’s degree and may need exams or interviews. Doctoral applicants need a previous degree, research direction and academic approval. After admission, students complete enrollment, arrange visa support, pay tuition where applicable and plan accommodation, insurance and living expenses.

Admission Details

• MIREA is a public technological university.
• It is located in Moscow, Russia.
• It was established in 1947.
• It is strong in IT, cybersecurity, electronics, radio engineering, telecommunications, robotics, chemistry and biotechnology.
• Many programs are Russian-taught.
• Preparatory Russian-language study may be required.
• Undergraduate fees commonly range around RUB 260,000 to RUB 465,000 per year for many international-facing programs.
• Selected master’s program examples are listed around RUB 340,000 per year.
• Estimated monthly living cost in Moscow is around RUB 55,000 to RUB 90,000 or more.
• Admission may include entrance exams or interviews.
• Doctoral admission requires research fit and academic approval.
• Applicants should check exact current tuition before applying.

UG Eligibility

• Applicants need a recognized secondary school qualification.
• Russian proficiency is required for Russian-taught programs.
• Preparatory Russian-language study may be required for international students.
• IT and software applicants need mathematics and computing readiness.
• Cybersecurity applicants need analytical and technical preparation.
• Electronics and radio engineering applicants need physics and mathematics preparation.
• Chemistry and biotechnology applicants need science preparation.
• Some programs may require entrance examinations or interviews.
• International applicants must follow document translation, legalization and visa requirements.

PG Eligibility

• Applicants need a relevant bachelor’s degree or equivalent qualification.
• Academic match with the selected master’s program is required.
• Russian proficiency is required for Russian-taught programs.
• English proficiency may be required for English-oriented routes.
• IT, cybersecurity and software programs require technical academic preparation.
• Chemistry, biotechnology and materials programs require science background.
• Some programs may require entrance exams or interviews.
• Research or project experience may strengthen applications.
• Admission is program-specific and competitive.

PhD Eligibility

• Applicants normally need a relevant master’s or specialist degree.
• A suitable research topic is required.
• Supervisor or institute approval may be required.
• Strong academic record and research potential are expected.
• Technical research, software projects, laboratory work or publications may strengthen the application.
• Russian or English language ability depends on doctoral route.
• Some doctoral programs may require entrance examinations.
• Funding route should be clarified before enrollment.
• Doctoral admission is research-focused and selective.

UG Fees

• Undergraduate Programs: Tuition varies by program, language and academic year.
• Estimated Undergraduate Range: Around RUB 260,000 to RUB 465,000 per year for many international-facing programs.
• High-demand Programs: IT, cybersecurity, software, robotics, electronics and telecom programs may cost more.
• Preparatory Russian-language Study: Charged separately if required.
• Dormitory Fees: Charged separately and depend on room type and availability.
• Estimated Monthly Living Budget in Moscow: Around RUB 55,000 to RUB 90,000 or more depending on accommodation and lifestyle.
• Additional Costs: Housing, medical insurance, food, transport, books, visa extension, migration registration and personal expenses are separate.

PG Fees

• Master’s Programs: Tuition varies by specialization and academic year.
• Selected IT-related Master’s Program Examples: Around RUB 340,000 per year.
• Estimated Master’s Tuition Range: Around RUB 300,000 to RUB 500,000 per year for many programs.
• High-demand Programs: Cybersecurity, software, AI-related systems, robotics and electronics may cost more.
• Estimated Monthly Living Budget in Moscow: Around RUB 55,000 to RUB 90,000 or more.
• Additional Costs: Accommodation, insurance, food, transport, study materials, visa-related costs and personal expenses are separate.

PhD Fees

• PhD Programs: Tuition varies by research field and route.
• Estimated PhD Tuition Range: Around RUB 300,000 to RUB 550,000 per year depending on specialization.
• Funding: Some doctoral candidates may receive support through government quota routes, research projects or scholarships.
• Research Costs: May vary depending on laboratory, equipment, software or project needs.
• Additional Costs: Housing, insurance, research expenses, transport, visa extension, migration registration and personal costs are separate.

• Russian Government quota scholarships may support selected international students.
• MIREA scholarship opportunities may support selected applicants in limited cases.
• Open Doors scholarship routes may support selected master’s and PhD applicants.
• Research-based support may be available for some doctoral candidates.
• Industry-linked technology projects may support advanced study.
• Some scholarships may cover tuition but not all living costs.
• Dormitory access depends on availability.
• Scholarship places are competitive.
• Strong technical or mathematics preparation can improve competitiveness.
• Scholarship deadlines may differ from regular admission deadlines.
• Applicants should confirm scholarship rules before applying.

• Computer Science graduates can work in software, systems development, data platforms and digital products.
• Cybersecurity graduates can work in security engineering, infrastructure protection, risk analysis and digital forensics.
• Electronics graduates can work in embedded systems, hardware development, telecommunications and industrial electronics.
• Radio Engineering graduates can work in communication systems, signal processing, wireless technologies and electronics.
• Robotics graduates can work in automation, intelligent systems, manufacturing and industrial R&D.
• Biotechnology graduates can work in laboratories, biotech companies, research and applied life-science technology.
• Chemical Technology graduates can work in process industries, materials, product development and industrial laboratories.
• Design graduates can work in digital products, interface design and creative technology roles.
• Management graduates can work in technology management, product coordination and business operations.
• PhD graduates can pursue academic research, postdoctoral roles, laboratory leadership and specialist technology careers.