info@educhautari.com 98133711716

Aerospace Engineering

Overview

Bachelor of Aerospace Engineering (BAE) under Tribhuvan University is a 4-year undergraduate program that focuses on aircraft and spacecraft design, aerodynamics, propulsion systems, and avionics. It prepares students for careers in aviation, aerospace manufacturing, and research sectors.

  • Course Info

    Affilation Tribhuwan University (TU)
    Duration 4 Years
    Institute Type College
    Average Fees Incurred Government: 3–5 lakhs Private: 6–12 lakhs
    Average Salary Offered 30k – 60k/month
    Employment Roles
    • Aerospace Engineer
    • Aircraft Design Engineer
    • Propulsion / Avionics Engineer
    • Flight Test Engineer
    • UAV / Drone Specialist
    • Aerospace Consultant
    • Government Aviation Officer

  • Admission Criteria

    • Must pass IOE Entrance Exam
    • Admission based on merit rank under Institute of Engineering

  • Salient Features

    • Focus on aircraft design, aerodynamics, propulsion, and avionics
    • Practical labs, wind tunnel testing, and simulation projects
    • Final year capstone project
    • Recognized by Nepal Engineering Council
    • Opportunities in aviation, defense, and aerospace industries

  • Eligibility

    • +2 Science (Physics, Chemistry, Math)
    • Minimum 45% or C grade
    • Must pass IOE entrance

     

  • Job Prospectus

    • Aircraft and aerospace companies
    • Aviation industry and airports
    • Defense and space research organizations
    • Government aviation departments
    • Aerospace consultancy and simulation firms

  • Curricular Structure

    Year 1 (Semester 1 & 2) – Foundation Courses

    • Mathematics I & II
    • Physics I & II
    • Chemistry
    • Engineering Drawing & Graphics
    • Engineering Mechanics
    • Basic Computer Programming
    • Workshop Practice

    Year 2 (Semester 3 & 4) – Core Aerospace Fundamentals

    • Aerodynamics I & II
    • Material Science & Metallurgy
    • Fluid Mechanics
    • Thermodynamics
    • Mechanics of Solids / Strength of Materials
    • Electrical Technology
    • Aircraft Structures Basics

    Year 3 (Semester 5 & 6) – Advanced Aerospace Engineering

    • Propulsion Systems
    • Aircraft Systems & Avionics
    • Flight Mechanics & Stability
    • Aircraft Design Principles
    • Control Systems & Instrumentation
    • Aerodynamic Testing & Simulation

    Year 4 (Semester 7 & 8) – Specialization & Project

    • Spacecraft Design & Orbital Mechanics
    • Advanced Propulsion / Jet Engines
    • Aerodynamic Optimization & CFD
    • Industrial Training / Field Work
    • Final Year Project / Capstone Project
    • Electives (e.g., UAV Design, Aerospace Materials, Advanced Avionics)

Interested in this course?

Apply Now