BSc in Aeronautical Engineering 48 months Undergraduate Programme By Military Institute of Science and Technology |TopUniversities

BSc in Aeronautical Engineering

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Programme Duration

48 monthsProgramme duration

Tuitionfee

10,752 USDTuition Fee/year

Application Deadline

29 Nov, 2025Application Deadline

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Programme overview

Main Subject

Engineering - Aeronautical

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

The Bachelor of Science (B.Sc.) in Aeronautical Engineering at the Military Institute of Science and Technology (MIST) is a flagship undergraduate program established in 2009 to meet the growing national and global demand for high-caliber aerospace professionals. As a pioneer in Bangladesh, the program offers two distinct specializations: Aerospace, focusing on aircraft structures, aerodynamics, and propulsion; and Avionics, which concentrates on flight control systems, radar, and satellite communication. The curriculum is a rigorous four-year journey comprising approximately 160 credits, meticulously designed to align with international standards and outcome-based education (OBE). Students benefit from a disciplined academic environment on a secure cantonment campus, supported by world-class infrastructure including state-of-the-art laboratories like the Applied Aerodynamics Lab (housing wind tunnel facilities), the Jet Propulsion Lab, and the Radar Engineering Lab.

Under the mentorship of a distinguished faculty body—comprising both military and civilian experts with advanced degrees from globally renowned institutions—students engage in high-impact research and innovative projects, such as the development of surveillance UAVs and aircraft fuel sequencing systems. Beyond technical mastery, the program emphasizes leadership, ethics, and professional soft skills through industrial visits, seminars, and active participation in prestigious international competitions like the University Rover Challenge. Graduates are uniquely prepared for leadership roles in the Bangladesh Air Force, commercial airlines, civil aviation authorities, and global aerospace research organizations. By merging cutting-edge engineering principles with military discipline, the AE department at MIST ensures its scholars are equipped to drive the future of aviation and space-based research in the 21st century.

Programme overview

Main Subject

Engineering - Aeronautical

Degree

BSc

Study Level

Undergraduate

Study Mode

On Campus

The Bachelor of Science (B.Sc.) in Aeronautical Engineering at the Military Institute of Science and Technology (MIST) is a flagship undergraduate program established in 2009 to meet the growing national and global demand for high-caliber aerospace professionals. As a pioneer in Bangladesh, the program offers two distinct specializations: Aerospace, focusing on aircraft structures, aerodynamics, and propulsion; and Avionics, which concentrates on flight control systems, radar, and satellite communication. The curriculum is a rigorous four-year journey comprising approximately 160 credits, meticulously designed to align with international standards and outcome-based education (OBE). Students benefit from a disciplined academic environment on a secure cantonment campus, supported by world-class infrastructure including state-of-the-art laboratories like the Applied Aerodynamics Lab (housing wind tunnel facilities), the Jet Propulsion Lab, and the Radar Engineering Lab.

Under the mentorship of a distinguished faculty body—comprising both military and civilian experts with advanced degrees from globally renowned institutions—students engage in high-impact research and innovative projects, such as the development of surveillance UAVs and aircraft fuel sequencing systems. Beyond technical mastery, the program emphasizes leadership, ethics, and professional soft skills through industrial visits, seminars, and active participation in prestigious international competitions like the University Rover Challenge. Graduates are uniquely prepared for leadership roles in the Bangladesh Air Force, commercial airlines, civil aviation authorities, and global aerospace research organizations. By merging cutting-edge engineering principles with military discipline, the AE department at MIST ensures its scholars are equipped to drive the future of aviation and space-based research in the 21st century.

Admission Requirements

80+

  • SSC/Equivalent: Applicants must have passed in 2022 or 2023 with a minimum GPA of 4.00 (excluding the fourth subject) .

    • HSC/Equivalent: Applicants must have passed in 2024 or 2025 with a minimum total grade point of 18 across four core subjects: Mathematics, Physics, Chemistry, and English .

    • Subject Minimums: A minimum grade point of 4.0 is strictly required in each of the three core science subjects: Mathematics, Physics, and Chemistry .

  • GCE (O and A Level) Standards: * O Level: Minimum 'B' grade in at least five subjects, including Mathematics, Physics, Chemistry, and English.

    • A Level: Minimum of three 'B' grades in Mathematics, Physics, and Chemistry .

    • Shortlisting Prerequisite: Only a limited number of applicants from two separate shortlists (current year and last year) will be selected to sit for the written admission test .

    • Merit List Weighting: Admission is not based solely on the test; the final merit list is a composite score of the Written Test ( 60% ), HSC results ( 20% ), and SSC results ( 20% ) .

    • Penalty for Second-Time Applicants: Candidates who passed their HSC in 2024 will face a 5% mark deduction from their written test score during merit list preparation .

    • Disqualification Clause: Any incomplete or false information provided at any stage will result in immediate disqualification .

    • 29 Nov 2025
    4 Years

    Tuition fees

    Domestic
    2,833 USD
    International
    10,752 USD

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    Frequently Asked Questions

    While both streams share a common foundation in mathematics and basic engineering, the Aerospace discipline focuses on the "physical and mechanical" aspects of flight—such as Aerodynamics, Propulsion (Jet Engines), and Aero-structures. In contrast, the Avionics discipline is the "electronic and digital" brain of the aircraft, specializing in Flight Control Systems, Radar Engineering, Satellite Communication, and Navigation (GPS/ILS). Students typically branch into these specializations to tailor their expertise toward either mechanical design or electronic systems.
    MIST provides a "hangar-to-classroom" experience. You won't just study theory; you will work in the Applied Aerodynamics Lab using wind tunnels to study lift and drag, and the Jet Propulsion Lab to examine actual gas turbine and radial piston engines. For Avionics, the Avionics and Ground Electronics Lab features "Glass Cockpit" trainers and autopilot systems, allowing students to simulate and test real-world flight electronics in a controlled environment.
    Yes, UAV technology is a core research area at MIST. The department is actively involved in projects like the Design and Fabrication of Surveillance UAVs. Students learn about flight stability, telemetry, and autonomous navigation, which are critical for the modern drone industry. The curriculum is constantly updated to include these "emerging technologies" to ensure graduates are ready for the 4th Industrial Revolution.
    Graduates have a diverse career trajectory. Many join commercial airlines (like Biman, US-Bangla, or Novoair) as Licensed Aircraft Maintenance Engineers (LAME). Others pursue careers in government bodies like the Civil Aviation Authority of Bangladesh (CAAB). Internationally, MIST alumni have successfully secured positions in global giants like Boeing or moved into high-impact research (Master's/PhD) in aerospace hubs like the USA, Germany, and the UK.
    Yes. The program follows an Outcome-Based Education (OBE) curriculum, which is the global standard for engineering accreditation. This ensures that the credits earned at MIST are easily transferable and recognized by top-tier universities worldwide. The rigorous math and physics foundation, combined with specialized aero-courses, makes MIST graduates highly competitive candidates for aerospace research programs globally.
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