B.E - Aerospace Engineering

Overview:

A B.E in Aerospace Engineering is a four-year undergraduate program that teaches students about Aircraft and Spacecraft development. The course include theoretical and practical training and covers topics such as Aerodynamics, Aerospace Propulsion, Space Mechanics, and Aircraft Design. Students learn about the design, manufacturing, testing, and maintenance of flying machines.

B.E Aerospace Engineering is a Specialized Field of Engineering, its syllabus involves the Science & Engineering of Aircrafts and Spacecrafts including Airplanes, Space-shuttles, and many more such flying vehicles operating within and outside the earth’s atmosphere. In this course, the students learn about the different aspects of the domain.

The syllabus is updated to meet the needs of the Aviation, Space Exploration, and Defense Sectors. The syllabus entails various subjects that teach the students about the working of the flying objects inside and outside the atmosphere of Earth.

Aerospace Engineers are among the highest paid professionals in the Engineering sector. They can work in a challenging career that may take them around the world.

Some colleges that offer B.Tech in Aerospace Engineering include Hindustan University, RUAS, SRMIST, and GD Goenka University. Some entrance exams for B.Tech in Aerospace Engineering include JEE Main, JEE Advanced, VITEEE, and SRMJEEE.

Some Highlights of B.E. Aerospace Engineering:

Top Colleges Offering  B.E. Aerospace engineering In India:

• Amity University Noida
  
• IIT Bombay
  
• IIT Kanpur
  
• IIT Madras
  
• Lovely Professional University
  
• IIT Kharagpur
  
• Manipal Institute of Technology
  
• Hindustan Institute of Technology and Science
  

Why Choose B.E  Aerospace Engineering?

There are indeed very many reasons for choosing B.E Awrospace Engineering.  Let us looks at some of the compelling ones:

• Diverse Specializations: B.E programs offer a wide range of specializations such as Aerospace, Mechanical, Civil, Electrical, Computer Science, and more. This allows you to pursue an area that aligns with your interests and career goals.
  
• Strong Career Prospects: Engineering graduates are in high demand across various industries. A B.E degree can lead to career opportunities in sectors such as technology, manufacturing, construction, energy, and telecommunications.
  
• Problem-Solving Skills: Engineering education emphasizes analytical thinking and problem-solving skills. These skills are valuable not only in engineering roles but also in many other professional contexts.
  
• Technological Innovation: Engineers are at the forefront of technological advancements. A B.E degree gives you the knowledge and skills to contribute to innovations that can improve lives and solve global challenges.
  
• High Earning Potential: Engineering is one of the highest-paying fields. Graduates with a B.E degree often enjoy competitive salaries and benefits, reflecting the demand for their expertise.
  
• Global Opportunities: The skills and knowledge gained from a B.E program are universally recognized, providing opportunities to work internationally. Many engineering roles require collaboration with global teams and projects.
  
• Personal and Professional Growth: Engineering programs are rigorous and challenging, fostering personal growth and resilience. You’ll develop strong time management, communication, and teamwork skills.
  
• Contribution to Society: Engineers play a crucial role in addressing societal needs and improving quality of life. Whether it’s designing sustainable buildings, developing renewable energy sources, or creating innovative technology, your work can make a significant impact. 
  
• Interdisciplinary Learning: Engineering programs often integrate knowledge from various fields such as mathematics, physics, and computer science, providing a well-rounded education that enhances your versatility and adaptability.
  
• Lifelong Learning: The field of engineering is constantly evolving, offering continuous learning opportunities. Whether through advanced degrees, certifications, or professional development, you can keep enhancing your skills and knowledge.
  
• Entrepreneurial Opportunities: With a B.E degree, you have the potential to start your own tech company or develop innovative products, paving the way for entrepreneurial ventures.
  
• Networking: Engineering programs often provide strong networking opportunities with professors, industry professionals, and fellow students, helping you build connections that can benefit your career.
  

Admission Procedure For B.E Aerospace Engineering:

Admission procedure for B.E Aerospace Engineering in India typically involves the following steps:

• The Joint Entrance Examination (JEE) is held in the months of January and May and is conducted by the Joint Seat Allocation Authority.
  
• Students who have appeared in the JEE main examination and have qualified with an AIR must apply for counseling at JOSAA and other colleges.
  
• There are several other examinations conducted by different colleges for granting admission to BTech Aerospace Engineering courses.
  
• Candidates after getting the eligible ranks are further called for the seat allocation and counseling process.
  

Eligibility For B.E Aerospace Engineering:

To be eligible for a B.E. in Aerospace Engineering in India, you typically need to:

• Pass 10+2 with Physics, Chemistry, and Mathematics (PCM) or Physics, Chemistry, and Biology (PCB)
• Have an aggregate of at least 45% marks
• Have passed or be appearing for a 3-year Engineering Diploma in any stream
• Some colleges may offer a 5% relaxation in the aggregate marks for reserved categories (SC/ST)
• You can also take the AME CET exam to get admission to top aerospace engineering institutes in India. Candidates who qualify for the AME CET exam may be eligible for up to 100% scholarship.

Career Opportunities for  B.E Aerospace Engineering:

The Aerospace Engineering field in India is well-positioned for rapid growth in the years to come. There are ample job opportunities available for B.E Aerospace Engineering graduates in this field in both the Government and Private sectors. Aerospace Engineering overseas is a highly paid job. The starting package can be $70,000-1,00,000 per annum.

Apart from aircraft manufacturers, opportunities for Aerospace Engineers exist with regulators such as the Civil Aviation Authority (CAA), the Armed Forces, government research agencies, the Ministry of Defence, Airline companies, Space programs and suppliers of raw materials and parts to manufacturers.

The future seems bright for India's aeronautical endeavours, as the country now holds the record for the most satellites launched in a single mission. ISRO currently ranks sixth in the world. Aerospace Engineers will be in demand in the future due to an allocated budget of over $1.5 billion.

Employment of B.E Aerospace Engineers is projected to grow 6 percent from 2023 to 2033, faster than the average for all occupations.

Jobs Opportunities After  B.E  Aerospace Engineering:

• Aircraft Engineer
  
• Aerodynamics Engineer
  
• Aeronautical Engineer
  
• Spacecraft Engineer
  
• Flight Control Engineer
  
• Flight Test Engineer
  
• Aerodynamicist
  

Top Recruiters of  B.E Aerospace Engineering:

• Indian Space Research Organization (ISRO)
  
• Hindustan Aeronautics Limited (HAL)
  
• Defense Research and Development Organization (DRDO)
  
• Civil Aviation Department
  
• Air India
  
• Tata Advanced Systems
  
• Mahindra Aerospace
  
• Taneja Aerospace
  
• L&T
  
• Samtel Avionics
  
• Pawan Hans Helicopters
  
• Aeronautical Development Agency (ADA)
  
• Aeronautical Development Establishment (ADE)
  
• National Aerospace Laboratories (NAL)
  

Syllabus For B.E  Aerospace Engineering:

Semester I

Communicative English
Engineering Mathematics I
Engineering Physics
Engineering Chemistry
Problem Solving and Python Programming
Engineering Graphics

Semester II

Engineering Mathematics II
Materials Science
Basic Electrical, Electronics, and Instrumentation Engineering
Engineering Mechanics
Engineering Practices
Basic Electrical, Electronics, and Instrumentation Engineering Laboratory

Semester III

Thermodynamics
Fluid Mechanics and Machinery
Strength of Materials
Elements of Aerospace Engineering
Interpersonal Skills / Listening and Speaking
Numerical Methods

Semester IV

Aerodynamics - I
Aircraft Systems and Instruments
Mechanics of Machines
Aircraft Structures - I
Propulsion - I
Computer Aided Machine Drawing

Semester V

Aerodynamics - II
Aircraft Structures - II
Propulsion - II
Control Engineering
Aircraft Structures Laboratory
Propulsion Laboratory

Semester VI

Finite Element Methods
Experimental Aerodynamics
Aircraft Design
Composite Materials and Structures
Experimental Stress Analysis
Open Elective - I

Semester VII

Professional Communication
Aircraft Design
Composite Materials and Structures
Experimental Stress Analysis
Aircraft Design Laboratory
Open Elective - II

Semester VIII

Capstone Project
Advanced Aerodynamics
Advanced Aircraft Structures
Advanced Propulsion Systems
Advanced Control Systems
Industrial Training