Bachelor of Science in Aerospace Engineering

The Bachelor of Science in Aerospace Engineering at Amity University Dubai provides a broad education in the science and technology of aircraft, spacecraft, propulsion, structures and flight systems. It suits students with strong interests in physics, mathematics and engineering who want hands-on and theoretical training to pursue careers in aviation, aerospace manufacturing, defence, drones, or space exploration. 

Curriculum structure

Year 1:
In the first year, students build essential foundations in science and engineering through modules such as Mathematics I & II, General Physics, Engineering Chemistry, Introduction to Computers and Programming, and Engineering Graphics and Workshop Practices. These courses develop numerical reasoning, scientific understanding, and basic engineering design skills that are crucial stepping stones for aerospace study. 

Year 2:
The second year introduces core engineering and aerospace fundamentals with modules like Engineering Thermodynamics, Engineering Mechanics, Strength of Materials, Engineering Fluid Mechanics, and Elements of Aerospace Engineering. Here students begin to apply physics and mathematics to real engineering systems, understanding forces, motion, fluid behaviour and the introductory concepts behind aerospace design. 

Year 3:
In the third year, students take specialised aerospace subjects such as Aerodynamics I & II, Aircraft Structures, Aerospace Materials, Aircraft Propulsion, Space Mechanics and Control, and Spacecraft Propulsion, along with analytical tools like Probability and Statistics and Numerical Methods & Optimisation. These modules deepen their ability to analyse aerodynamic behaviour, structural performance, propulsion systems, and control issues for both atmospheric and space flight. 

Year 4:
The final year focuses on integration and application of advanced aerospace knowledge, with opportunities to engage in Fundamentals of Engineering Economics, further systems work, and capstone or design-oriented projects that synthesise learning across aerodynamics, structures, and propulsion. Students prepare for professional practice by solving multidisciplinary aerospace problems and completing complex design or research coursework. 

Focus areas (in a string):
Aerodynamics; aircraft and spacecraft structures; propulsion systems; space mechanics and control; engineering mechanics and thermodynamics; numerical optimisation.

Learning outcomes (in a string):
Ability to apply engineering, science and mathematics to aerospace challenges; design and analyse flight and propulsion systems; conduct experimentation and data interpretation; integrate multidisciplinary principles in engineered solutions; communicate technical results effectively.

Professional alignment (accreditation):
Aligned with national engineering academic standards, preparing graduates for aerospace industry roles in aircraft and spacecraft design, propulsion and systems engineering, research, defence, drone technology and related technical careers.

Reputation (employability rankings):
Amity University Dubai programmes benefit from accreditation and industry links in the UAE aerospace and engineering sectors, supporting employability in technology, defence, aviation and space-related fields; Amity’s global network and engineering focus contribute to strong regional relevance.