Bachelor of Aerospace Engineering

Overview

Strong emphasis on advanced engineering design, preparing graduates for various aspects of the aerospace industry.

  • Course Info

    Affilation Tribhuwan University (TU)
    Duration 4 Years
    Institute Type College
    Average Fees Incurred NPR 200,000 - 400,000
    Employment Roles

    Aerospace Engineer

    Aircraft Design Engineer

    Maintainance Engineer

    Materials and Manufacturing Engineering

    Propulsion Systems Engineer 

    Avionics Engineer

    Entrepreneur in Aviation/Aerospace Industries

    Placement Opportunities

    Aerospace Companies and Manufacturers

    Aviation Design Firms

    Maintenance and Repair Organizations 

    Aerospace Research Institutions

    Aerospace Entrepreneurship Ventures 

  • Admission Criteria

    Entrance examination conducted by the Tribhuvan University. The candidate must go through the same and get qualified. The short-listed candidates are then called for an interview and then the final decision is made for admission. Students for this program are only selected on a merit basis.

  • Salient Features

    Advanced Design Analysis Techniques: Graduates will be proficient in using advanced engineering design analysis techniques and software.
    Competitiveness in Aviation Design and Manufacturing: The program aims to make graduates competitive in the dynamic fields of aviation design and manufacturing.
    Confidence in Aviation/Aerospace Entrepreneur Industries: Graduates are expected to have the confidence and skills to contribute to and potentially lead ventures in the aviation and aerospace entrepreneurship sectors.

  • Eligibility

    The candidate must have passed higher secondary examinations in the science stream with some major subjects such as Math, Physics, and Chemistry.

  • Curricular Structure

    In the course of aerospace engineering, students are taught the foundation of math and aerospace engineering, including some other engineering competencies such as undercurrents, thermodynamics, statics, and microchip technology. Additionally, this course is prepared to teach cutting-edge aspects such as aero-elasticity, fluid dynamics, and other theoretical knowledge which allows students to learn many things. At the same time it also prepares them to be industry-ready in the near future.

Interested in this course?

Apply Now