Study abroad·Russia & CIS· 9 min read

Aviation, Aeronautical and Aerospace Engineering Studies in Russia and the CIS

A guide to aviation, aeronautical and aerospace engineering degrees in Russia and the CIS — fields, language options and admission basics — plus why an engineering degree is not a pilot's licence.

Last updated 3 July 2026

Key facts

Main fields: Aircraft, spacecraft/rocket, propulsion, control systems
Typical length: Bachelor's about 4 years; master's about 2 years
Language: English-medium or Russian (often a preparatory year) — verify per university
Pilot licence note: An engineering degree is NOT a pilot licence — pilots are licensed by the DGCA in India
Verify on: University site + dgca.gov.in for the pilot route

Aerospace engineering as a study destination

Russia has a long-standing tradition of dedicated aviation and aerospace engineering education, including specialist institutes built around the field rather than treating it as one branch inside a general engineering school. That focus is a genuine, subject-specific reason some international students look at Russia and the wider CIS for this discipline.

This guide covers the study route: what these degrees involve, the main fields, language options, and admission basics. It is written for international students weighing the option. It does not promote a particular university or agent, and it makes no promises about jobs, salaries, or career outcomes.

Aerospace engineering here means the engineering discipline — designing and building aircraft, spacecraft, engines and control systems. It is important not to confuse an aerospace-engineering degree with pilot training, which is a separate path discussed at the end of this guide.

Russia/CIS has dedicated aviation and aerospace engineering institutes.
This is a study guide, not a promotion or a career guarantee.
Aerospace engineering (design/build) is not the same as pilot training.

Main fields you can study

Aerospace and aviation engineering is not one single course — it spans several specialisations. At a leading aviation institute, English-medium bachelor's programmes are listed in areas such as Aircraft Engineering, Spacecraft (rocket/space) Engineering, Propulsion (jet-engine) Engineering, and Control Systems and Computer Science in Engineering.

Undergraduate programmes are commonly four years, with two-year master's programmes available in related aerospace fields. Curricula combine core engineering with subject-specific topics — for aircraft, structures and manufacturing; for spacecraft, flight dynamics, control and thermal systems; for propulsion, engine design.

Because the specialisations differ a lot, decide which sub-field fits your interest before comparing universities. The exact programme names, structure and entry tests vary by institution, so confirm the current offering on each university's official pages.

Common fields: aircraft, spacecraft/rocket, propulsion, control systems.
Bachelor's is typically 4 years; master's about 2 years.
Programme names and structure vary — verify per university.

Language of instruction and admission basics

Some aviation institutes offer English-medium bachelor's programmes; others teach in Russian, and many students take a preparatory year to build Russian and strengthen maths and physics first. Where an English-medium track is offered, universities usually expect evidence of English proficiency, and the accepted level and certificate vary by institution — so confirm the exact language requirement directly with the university.

Admission for engineering typically involves entrance assessments in mathematics and physics (or IT), which some universities offer online or on campus. You will also need your school qualification with transcript, translated and certified, and — depending on the route — a recognition/legalisation step for your documents.

Every figure here — required scores, fees, exact tests and deadlines — varies by university and year. Do not assume any specific number. Confirm the current entrance requirements and language rules on the official university source, and verify document/legalisation steps for your country before applying.

English-medium options exist; many students still take a Russian preparatory year.
Entrance assessment is usually in maths and physics/IT.
Confirm scores, fees, tests, the exact English level and document rules on official sources — never assume.

An engineering degree is NOT a pilot's licence

This is the single most important thing to understand before choosing this path. An aerospace, aeronautical or aviation ENGINEERING degree trains you to design, build and analyse aircraft and spacecraft — it does not make you a licensed pilot. Flying an aircraft commercially requires a pilot licence from the relevant aviation regulator, which is an entirely separate qualification.

In India, a commercial pilot's licence is issued by the Directorate General of Civil Aviation (DGCA). The DGCA route centres on flight training and DGCA examinations and medicals — and notably, an engineering degree is not the academic requirement; the academic minimum is 10+2 with physics and mathematics. In other words, you can become a pilot without an engineering degree, and an engineering degree does not, by itself, let you fly.

So be clear about your goal. If you want to design aircraft and engines, an aerospace engineering degree is the study route. If you want to fly, you need pilot training and a licence from the aviation regulator — a different pathway with its own rules, which you must confirm on the official DGCA source. This is general information, not professional or licensing advice.

Aerospace ENGINEERING = designing/building aircraft — not flying them.
A commercial pilot licence in India comes from the DGCA, via flight training + exams.
The DGCA academic minimum is 10+2 with physics and maths — not an engineering degree.
Decide your goal (engineer vs pilot) and verify the pilot route on dgca.gov.in.

Using the degree afterwards

An aerospace engineering degree can open doors in aircraft, spacecraft, propulsion, avionics and related industries, as well as research and higher study. Where and how you can use it depends on the employer, the country, and — where relevant — professional-recognition requirements.

If you plan to work or study further in India, you may need your foreign qualification recognised or evaluated for that purpose. For non-medical degrees, the India-side academic recognition route runs through the Association of Indian Universities (AIU) — covered in a separate guide — while employers and licensing bodies may have their own checks.

There are no guaranteed outcomes, salaries or placements attached to any degree. Treat the study choice and the later recognition/employment steps as separate questions, and confirm each on the appropriate official source.

The degree spans aircraft, spacecraft, propulsion, avionics and research.
For India, non-medical recognition runs via the AIU (see the linked guide).
No degree guarantees a job, salary or placement.

Frequently asked questions

What aerospace fields can I study in Russia and the CIS?

Common specialisations include aircraft engineering, spacecraft/rocket engineering, propulsion (jet-engine) engineering, and control systems. Choose your sub-field first, then compare universities, and confirm the exact programmes on each university's official pages.

Are aerospace engineering programmes taught in English?

Some institutes offer English-medium bachelor's programmes, while others teach in Russian and expect a preparatory year. English-medium tracks usually require evidence of English proficiency, but the accepted level and certificate vary by institution — verify the language of instruction and entry requirements for the specific programme.

Does an aerospace engineering degree make me a pilot?

No. An engineering degree trains you to design and build aircraft, not to fly them. Becoming a pilot requires flight training and a licence from the aviation regulator — in India, the DGCA — which is a separate pathway.

Do I need an engineering degree to become a pilot in India?

No. The DGCA academic minimum for a commercial pilot's licence is 10+2 with physics and mathematics, plus flight training, DGCA exams and medicals. An engineering degree is neither required for, nor a substitute for, a pilot licence. Confirm current rules on dgca.gov.in.

How long is an aerospace engineering degree there?

Bachelor's programmes are typically four years, with two-year master's options in related fields. Exact durations vary by university and specialisation — confirm on the official source.

Official sources

This guide explains the process and is for guidance only. Eligibility, dates, fees and rules change every year — always confirm the current details on the official site before you act.

Verified against: Moscow Aviation Institute — English-medium bachelor's programmes; Moscow Aviation Institute — international admission; DGCA — Commercial Pilot's Licence (Aeroplanes) requirements.

Last verified: 3 July 2026.