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B.Sc. Aerospace Engineering

B.Sc. Aerospace Engineering

Our Department of Mechanical Engineering is excited to launch the B.Sc. Aerospace Engineering program for students who are curious about how things fly—and how we can push flight further, safer, and more sustainably. Built on strong engineering fundamentals and lots of practical, hands-on learning, the program helps students turn ideas into real designs, test them, improve them, and understand what it takes to build systems that must perform reliably in demanding conditions.

This program can lead to many exciting directions:

  • Aviation: work on aircraft and aircraft systems—designing, testing, and improving performance, safety, and efficiency, from traditional airplanes to next-generation air mobility.
  • Space and satellites: contribute to spacecraft and satellite technologies and the systems that support missions in communication, navigation, Earth observation, and exploration.
  • Propulsion and high-performance systems: focus on engines and energy systems—from turbines to rocket propulsion—while learning how to optimize performance and reduce emissions.
  • Emerging technologies: explore drones and autonomous flight, lightweight materials and composites, digital design and simulation, additive manufacturing, and other tools that are transforming the aerospace field.
  • Education and research are at the heart of our department. We want students to feel supported, challenged, and inspired—so they graduate with the skills and confidence to take on real aerospace problems and make a meaningful impact.

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Applications for Fall 2026 are now open!

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Course Structure

Learning takes place through a combination of face-to-face teaching and independent study, including lectures, practical tutorials, laboratory sessions, personal development sessions, real-life project briefs and case studies.

Students study 60 ECTS credits per year. The course structure is validated by the Technical University of Munich (26th in World University Rankings 2025), but the structure of the course is a subject to change by feedback received from a variety of sources.

First Year 
Semester  Course Code Course Course Type ECTS Credits
Semester 1 PHYS101 Physics 1 Core 8
HASS101 Academic and Communication Skills 1 Core 6
CS100 Information Systems and Digital Technologies Core 6
MATH111 Calculus 1 Core 6
HASS100 First Principles of NEwUU Core 6
Semester 2 CHEM101 General Chemistry Core 8
HASS111 Academic and Communication Skills 2 Core 6
DSG101 Creative Thinking and Design Core 6
MATH211 Calculus 2 Core 6
PHYS111 Physics 2 Core 8
Total Credits 66
Second Year 
Semester  Course Code Course Course Type ECTS Credits
Semester 3 MENG201 Engineering Mechanics 1 Core 6
EENG201 Electrical and Electronic Circuits Core 6
CS102 Computer Programming 1 Core 8
MENG 351 Basics of Machines Drawing and Computer-Aided Design Core 6
MATH201 Linear Algebra Core 6
Semester 4 MENG301 Engineering Mechanics 2 Core 6
MENG231 Introduction to Manufacturing technology Core 6
MENG211 Engineering Materials 1 Core 6
MATH241 Ordinary Differential Equations Core 6
PHYS221 Engineering Thermodynamics Core 6
HASS110 History of Uzbekistan Core 4
Total Credits 66
Third Year 
Semester  Course Code Course Course Type ECTS Credits
Semester 5 AERO301 Aerospace Materials Core 6
MENG241 Fluid Mechanics Core 6
MATH301 Numerical Methods for Engineers Core 6
MENG401 Engineering Mechanics 3 Core 6
AERO311 Aerospace Structures Core 6
Semester 6 AERO321 Flight Dynamics and Stability Core 6
MATH232 Probability and Statistics Core 6
MENG321 Production Engineering Core 6
MENG361 Heat Transfer Phenomena Core 6
MENG331 Automatic Control Core 6
Total Credits 60
Fourth Year 
Semester  Course Code Course Course Type ECTS Credits
Semester 7 AERO401 Aerospace propulsion Core 6
MENG310 Computational Solid & Fluid Mechanics Core 6
MGT101 Principles of Management Elective 6
MENG120 Engineering in Society Core 6
GRAD490 Graduation Project 1 / Internship 1 Core 8
Semester 8 HASS200 Communications Ethics Core 6
TBD Free elective Elective 6
AERO421 Space dynamics and Control Elective 6
PHYS431 Space Environment Core 6
GRAD491 Graduation Project 2 / Internship 2 Core 8
Total Credits 64
Program's Total Credits 256

Entry Requirements

Educational Background

Applicants must have completed secondary school, academic lyceum, or professional college and provide diploma with academic transcripts.

Minimum English Proficiency

  • IELTS 5.5 or;
  • CEFR B2 (51 - 55) or;
  • TOEFL iBT 46 (Only TOEFL iBT tests taken at approved test centers are accepted. The TOEFL iBT Home Edition is not accepted).

Note: If your English proficiency test certificate is not yet available, please upload it through your personal account by July 13, 2026.

Entrance Exam Requirement

Entrance Exam
Applicants are required to pass the Math & Logical Thinking entrance exam. To learn more about the exam structure and format, please refer to the exam specification page.

Exemption from Entrance Exam
Applicants with the following certificates have the opportunity to be exempted from the entrance exam and receive a 100% merit-based scholarship. To be considered for this opportunity, applicants must follow a three-step process.

Certificate

Required Score

Equivalent Entrance Exam Score

SAT Math

780 - 800

100%

International Baccalaureate (IB) Math

5 - 7

100%

International AS & A Levels Math

B - A*

100%
  • Applicants with scores below the required threshold are not eligible for exemption and must take the entrance exam.

Step 1: Meet Initial Academic Requirements

Applicants must meet both of the following requirements:

  • the required score on SAT / IB / AS & A Levels Math
  • the minimum required IELTS score
  • Note: If your certificates are not yet available, please upload them to your personal account by June 12, 2026 to be eligible for the interview. Applicants who do not upload both required certificates by the deadline will not be eligible for the interview. In this case, applicants may still take the entrance exam and compete for a scholarship based on their exam score.

Step 2: Attend an Interview

Candidates who fulfill the academic requirements in Step 1 will be invited to an offline interview. This is a mandatory step to be considered for the scholarship and exam exemption.
The interview is designed to assess:

  • The applicant’s commitment to the university as a scholarship holder
  • Enthusiasm for the chosen subject
  • Ability to clearly express future academic objectives

Interview Rules

  • Only applicants with the required scores in IELTS and SAT / IB / AS & A Levels are eligible for the interview.
  • The interview is conducted in English and must be attended in person at New Uzbekistan University
  • Each interview lasts 10 - 15 minutes.
  • Each applicant may attend the interview only once.
  • Applicants who pass the interview will receive an early conditional offer letter, which requires payment to secure their place.
  • Applicants who do not pass or are not eligible for the interview may take the entrance exam and still compete for a scholarship based on their exam score.

Interview Dates

Date

28 March

25 April

30 May

13 June

20 June
  • Please note that the Admissions Committee will schedule interview date and time on a rolling basis. The exact date and time of your interview will be communicated via email one week in advance.

Step 3: Secure Your Place

Applicants who pass the interview will receive a conditional offer for admission with a 100% merit-based scholarship. To accept the offer and secure your place, you must make the required payment by the deadline indicated in your offer letter.

Graduation Requirements

Students will be allowed to graduate upon completion of all requirements listed below:

  • - Students must have a minimum 2.00 GPA/CGPA at the end of their final semester;
  • - Student must have a minimum of 240 ECTS or as designated in Handbook;
  • - Students must successfully complete all University and Program requirements;
  • - Students cannot have any outstanding Incompletes or IP grades on their transcripts;
  • - Student must complete all degree requirements within 7 (seven) years including any leave periods, of the initial program registration date.

Career/Job opportunities

An aerospace engineer designs, builds, tests, and improves aircraft, spacecraft, and their systems (such as aerodynamics, structures, propulsion, and controls) to ensure they perform safely and efficiently.

Career Opportunities

  • Aircraft & airline industry: design, testing, certification, maintenance/operations engineering for commercial, private, and cargo aircraft.
  • Space & satellite sector: spacecraft/satellite development, launch systems, mission design, guidance-navigation-control, and ground operations.
  • Defense & advanced tech: drones/UAVs, missiles, radar/sensors, propulsion and hypersonics, plus R&D roles in government labs and contractors.

Admissions

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