Preparing Future Specialists in Electronic Technology at TUSUR Radioelectronic Institute
If you're considering studying at the Institute of Radioelectronics (IRET) at TUSUR, here's a step-by-step guide to help you through the application process.
Choose Your Program
First, identify the specific undergraduate or postgraduate program at IRET that you're interested in. Visit TUSUR's official website (https://en.tusur.ru/) for detailed information on courses, specializations, and admission requirements.
Check Admission Requirements
Next, review the admission criteria for your chosen program. Typically, this includes educational qualifications, language proficiency (usually Russian or English depending on the program), entrance exams, and other documents.
Prepare Documents
Commonly required documents include a completed application form, passport or ID copy, previous education certificates/diplomas with transcripts, passport-sized photos, language proficiency certificates (if applicable), a medical certificate (if required), and other supporting documents such as a motivation letter or recommendation letters (if required).
Entrance Exams or Tests
Some programs require entrance exams either at TUSUR or as centralized exams in Russia. Check if you need to take exams and prepare accordingly.
Apply Online or Through the Admission Office
Submit your application through TUSUR's online application portal or directly via their admissions office. International applicants often use an online system.
Pay Application Fee
Some programs require an application fee. Make sure to pay it on time if applicable.
Wait for Admission Results
After submitting all documents and completing exams, wait for the university’s decision.
Apply for Visa (for International Students)
Once admitted, you will receive an official invitation letter to apply for a student visa to Russia.
Enroll and Begin Studies
Upon arrival in Tomsk, complete enrollment procedures and start your classes.
Useful Links
- TUSUR official website: https://en.tusur.ru/
- Admission page (may vary by year): Check for “Admissions” or “Applicants” section on the TUSUR website.
For more specific program details or admission deadlines, feel free to ask! You can find the contact information for enrollment on TUSUR's website or through the following channels:
- Tomsk, Lenin Prospekt, 46
- abiturient.tusur.ru
- 8-800-775-9025
- Telegram: VK: vk.com/abiturient_tusur
The passing score for enrollment in 2024 is from 142 based on the results of three exams: Russian language, profile mathematics, and physics, informatics, or chemistry by choice. TUSUR's license for educational activities is series 90L01 No 0009309, issued by the Federal Service for Supervision in Education and Science on 12.07.2016.
TUSUR operates centres for nanoelectronics, quantum cryptography, unmanned technologies, and others, providing students with access to advanced equipment. The development of the space industry, microelectronics, telecommunications, and artificial intelligence are key areas of focus for these programs.
Students at IRET undergo internships in leading companies like PJSC "RUSELEM", ROSATOM, Yandex, MIKRON. All IRET students can take courses for free at TUSUR's IT Academy to acquire skills in programming, data analysis, and cybersecurity.
The programs offered at IRET focus on fields such as "Engineering of Radioelectronic Devices and Systems", "Design of Electronic Means for Spacecraft", "Micro-sensorics of Intelligent Systems", and others. Students can choose a specialization after two years of study based on their personal interests.
Budget places are available on all specialties at IRET. Students at IRET are given opportunities to develop devices, launch startups, and obtain double qualifications.
What is the passing score for enrollment in 2024 at IRET, considering the results of three exams: Russian language, profile mathematics, and physics, informatics, or chemistry by choice? The Institute of Radioelectronics (IRET) provides students with access to advanced technology in various fields, such as nanoelectronics, quantum cryptography, unmanned technologies, and others, contributing to the development of the space industry, microelectronics, telecommunications, and artificial intelligence.
