Soar to New Heights with a B.Tech in Aerospace Engineering
The field of aerospace engineering is anticipated to experience a 6% expansion from 2021 to 2031, which closely mirrors the average growth rate of all other professions combined. This growth is primarily attributed to the increasing demand for new aircraft. Over the next decade, an estimated 3,800 positions for aerospace engineers are expected to open annually.
The aerospace industry has a longstanding history of making substantial contributions to the global economy and serving as a reliable generator of well-compensated employment opportunities. This captivating field offers a unique blend of cutting-edge technology and innovation that propels you beyond the boundaries of ordinary engineering. As a student of B.Tech in Aerospace Engineering, you’ll delve into the complexities of designing, building, and operating aircraft and spacecraft.
You’ll learn the principles that make rockets reach the stars and aircraft gracefully soar through the skies. This program not only equips you with the knowledge and skills to shape the future of aerospace but also opens doors to a realm where imagination knows no limits. With endless opportunities for research, development, and a career that’s truly out of this world, your journey in aerospace engineering promises to be a thrilling one.
Take Off to a Bright Future with a B.Tech. in Aerospace Engineering at M. S. Ramaiah University of Applied Sciences
The Faculty of Engineering and Technology at RUAS offers B.Tech. in Aerospace Engineering for students looking for a career in aviation. The aerospace industry in India has experienced significant expansion, attracting major OEMs and service sector leaders. India hosts government institutions such as the Defence Research and Development Organisation (DRDO), Aeronautical Development Agency (ADA), Council for Scientific and Industrial Research (CSIR), Hindustan Aeronautics Limited (HAL), as well as private enterprises like Boeing, Airbus, General Electric, Pratt and Whitney, SNECMA, Honeywell, and Goodrich Aerospace. These entities are engaged in a wide spectrum of activities, including aerospace research and development as well as engineering services.
In this scenario, the university provides an excellent opportunity for students to explore various disciplines, expanding their knowledge in the field of aeronautics. The Department of Aerospace Engineering at RUAS is well-equipped with professors who possess extensive experience in national aerospace projects, top-notch infrastructure, and a strong reputation among students, parents, industry professionals, and research sponsors. The faculty is committed to nurturing aerospace engineers who can stand shoulder-to-shoulder with students from the world’s leading universities.
Objectives of B.Tech in Aerospace Engineering Programme at RUAS:
To instil knowledge of aerospace systems and their integral components.
To facilitate a comprehensive understanding of the fundamental engineering principles governing aerospace systems, elucidating their construction and operational intricacies.
To conceive and create prototypes of aerospace sub-systems tailored to specific requirements.
To employ modelling, simulation, and analysis to forecast and enhance the performance of aerospace sub-systems.
To apply instrumentation and conduct validation testing for aerospace sub-systems.
To equip students with proficiency in utilising commercial software tools for aerospace sub-system design, modelling, and simulation.
To train students in the design and production of aerospace sub-systems.
To offer avenues for personal growth and the development of interpersonal skills while fostering a sense of societal engagement, all while nurturing enduring career prospects.
B.Tech in Aerospace Engineering Syllabus at RUAS
Here is the complete list of the Aerospace Engineering syllabus semester-wise:
Semester 1
Engineering Mathematics — 1
Engineering Physics
Introduction to Aerospace Engineering
Workshop Practice
English for Communication
Semester 2
Engineering Mathematics — 2
Engineering Chemistry
Applied Mechanics
Programming in Python
Engineering Graphics
Environmental Studies
Kannada Kali
Semester 3
Engineering Mathematics — 3
Engineering Materials
Strength of Materials
Fluid Mechanics and Machines
Thermodynamics
Essence of Indian Knowledge System
Internship – 1
Semester 4
Engineering Mathematics — 4
Manufacturing Processes
Computer-Aided Design
Incompressible Aerodynamics
Aircraft Propulsion
Indian Constitution, Human Rights and Law
Semester 5
Compressible Aerodynamics
Aerospace Structures
Computational Fluid Dynamics
Space Flight Mechanics
Control Systems Engineering
Systems Engineering
Innovation and Entrepreneurship
Internship – 2 (to be done after 4th semester)
Semester 6
Aircraft Performance, Stability and Control
Launch Vehicles and Missiles
UAV Technologies
Finite Element Analysis
Engineering Management and Economics
Professional Core Elective – 1
Open Elective – 1
Note: Semester 7 & Semester 8 include Core Electives, Open Electives, Internships, and Project Works.
Wrapping Up
Embark on an exciting journey in aerospace engineering at M. S. Ramaiah University of Applied Sciences and set your sights on the skies! Join the university to gain the knowledge, skills, and experience needed to thrive in this dynamic field. Shape your future, design the next generation of aircraft, and contribute to the future of aviation and space exploration. Don’t miss this opportunity to soar to new heights — apply now and make your mark in the world of aerospace engineering!