GD Goenka University, Sohna, Haryana

M.Tech in Aerospace Engineering at GD Goenka University

• The Master of Technology (M.Tech) in Aerospace Engineering at GD Goenka University is an advanced postgraduate program designed for students who aspire to build careers in aerospace design, aircraft systems, propulsion, space technology, and advanced engineering research.
  
  
• The program combines strong theoretical foundations with simulation-based learning, computational tools, and research-oriented training, preparing graduates for high-end roles in the aerospace and aviation sectors.

M.Tech Aerospace Engineering – Course Details

• Course Fee: ₹2,00,000 per year

• One-Time Enrollment Fee: ₹30,000

• Duration: 2 Years (4 Semesters)

• Eligibility: Bachelor’s degree (B.Tech / B.E) in Aerospace / Mechanical / Aeronautical or related engineering discipline with minimum 50% aggregate

M.Tech Aerospace Engineering – Course Structure

The curriculum focuses on advanced aerospace systems, analysis, and design, supported by labs, simulations, and research projects.

Career Scope after M.Tech Aerospace Engineering

Graduates are prepared for technical, research, and leadership roles in aerospace, aviation, and defense sectors.

Job Profiles & Key Responsibilities

• Aerospace Engineer: Design and analyze aircraft and spacecraft systems

• Aircraft Design Engineer: Develop airframe structures and components

• Propulsion Engineer: Work on jet engines, rockets, and propulsion systems

• Flight Test Engineer: Analyze aircraft performance and safety

• Avionics Engineer: Design and integrate navigation and control systems

• Research Engineer: Conduct advanced aerospace research and simulations

Career Sectors

• Aerospace & Aviation Industry

• Aircraft Manufacturing Companies

• Space Research Organizations

• Defense & Government Agencies

• Airlines & MRO Companies

• R&D Labs & Engineering Consultancies

• Higher Education & Doctoral Research (Ph.D.)

Why Choose M.Tech in Aerospace Engineering at GD Goenka University?

• Advanced, research-driven aerospace curriculum

• Exposure to CFD, simulation tools, and structural analysis software

• Focus on aircraft, propulsion, and space technologies

• Strong foundation for defense, space agencies, and R&D careers

• Excellent pathway for Ph.D. and international opportunities