Aeronautical Engg Syllabus

Aeronautical Engineering is considered to be one of the most exciting and high-profile fields in engineering. If you have ever dreamed of designing airplanes, aerodynamics, or working with advanced aviation technology, then this course will be just right for your needs. The syllabus of Aeronautical Engineering is structured to impart a just blend of theoretical and practical knowledge to enable them to fit into the aerospace field, both in India as well as abroad. Here is the Aeronautical Engg Syllabus.

In this blog, let’s discuss the Aeronautical Engineering syllabus, semester-wise courses, practical training, career prospects, and also mention one of the well-known colleges that provide this course.

What is Aeronautical Engineering?

This is a specific area of engineering that focuses on the design, development, testing, and up-keep of aircrafts and their components. Students study topics which include but are not limited to aerodynamics, propulsion systems, materials, avionics, and structures. It not only concentrates on aircraft operating within Earth’s atmosphere but also lays the groundwork for space technology.

It has been approved by the Directorate General of Civil Aviation (DGCA) and AICTE in numerous colleges in India.

Aeronautical Engineering Syllabus – Semester-wise

The Aeronautical Engineering program typically takes 4 years (8 semesters) under B.Tech(bachelor of technology)/B.E. courses. The curriculum is set up to cover fundamental engineering principles, basic sciences, specialized aeronautical subjects, and project work.

Here’s the semester-wise allocation:

In the first year, the fundamentals of engineering and science are taught to lay a solid foundation.

Semester first:

• ENGLISH LANGUAGE SKILL
• MATHEMATICS – I
• PHYSICS
• BASIC ELECTRICAL ENGINEERING
• ENGINEERING GRAPHICS & DESIGN

PRACTICAL

• ENGLISH LANGUAGE LAB
• PHYSICS LAB
• BASIC ELECTRICAL ENGINEERING LAB
• INDUCTION PROGRAM

Second Semester

• MATHEMATICS-II
• CHEMISTRY
• PROGRAMMING FOR PROBLEM SOLVING
• WORKSHOP/ MANUFACTURING PRACTICES

PRACTICAL

• CHEMISTRYLAB
• PROGRAMMING FOR PROBLEM SOLVING LAB
• IN-HOUSE PRACTICALTRAINING

Third Semester

• Engineering Economics
• Mathematics – III (PDE, Probability & Statistics)
• BIOLOGY FOR ENGINEERS
• Basic Electronics Engineering
• Elements of Aerodynamics
• THERMODYNAMICS
• Constitution of India

PRACTICAL

• Elements of Aerodynamics Lab

Fourth Semester

• Aircraft Material & Processes
• Aircraft Performance
• Aircraft System & Instrumentation
• Aircraft Propulsion
• Aircraft structure
• Environmental Studies

PRACTICAL

• Aircraft Propulsion lab
• Aircraft Structure Lab

Fifth Semester

• Aero Engine Design
• Aircraft Structure Analysis & Design
• Aircraft Stability & Control
• Compressible & Finite Wing Aerodynamics
• Theory of Machines

PRACTICAL

• Aircraft Structure Analysis & Design Lab
• Compressible & Finite Wing Aerodynamics Lab
• Professional Training (Level II)

Sixth Semester

• Vibration & Aero Elasticity
• Computational fluid Dynamics
• (PROFESSIONAL ELECTIVE)
• Space Dynamics
• Helicopter Dynamics
• Wind Turbines
• Experimental Aerodynamics
• Robotics and Automation
• (OPEN-ELECTIVE)
• Professional Communication for Engineers
• Soft Skills and Inter-personal Communication
• Human Resource Management
• Values, Ethics and IPR
• Introduction to German Language
• Introduction to French language

PRACTICAL

• Computational fluid Dynamics Lab
• In-house Project

Seven Semester

• Airplane Design
• Avionics
• (PROFESSIONAL ELECTIVE)
• Viscous Flow Theory
• Wind Tunnel Techniques
• Missile Technology
• Gas Dynamics
• Advanced Aerodynamics
• (OPEN-ELECTIVE)
• Computer Network
• Cyber Security
• Industrial Safety
• Disaster Management
• Consumer Electronics

PRACTICAL

• Avionics Lab
• Professional Training (Level III)
• Minor Project

Eight Semester

• (Professional Elective-III)
• Aircraft Quality control, Quality Assurance and Certification
• Maintenance of airframe and systems
• Aircraft Maintenance and Air worthiness
• (Professional Elective -IV)
• Ergonomics in Aerospace
• Introduction to Automatic Flight Control
• Air Transportation and Operations
• Aircraft Modeling and Simulation
• (Professional Elective – V)
• Fuels and Propellant Technology
• Maintenance of Power plant and systems
• Rocket Propulsion
• (Open Elective-III)
• Artificial Intelligence & Expert Systems
• Electrical and Hybrid Vehicles
• Entrepreneurship
• Fundamentals of Sustainable Manufacturing
• Nano Science and Nano-Technology
• Smart Grid

PRACTICAL

• Major Project OR Internship
• General Fitness for the Profession

Practical Training & Laboratory Work

Aeronautical engineering includes practical training, in addition to theoretical instruction. Students get hands-on experience in the following areas:

• Aerodynamics Laboratory: Wind Tunnel Testing
• Propulsion Laboratory: Jet and Rocket-Engine Models
• Avionics Laboratory: Aircraft Electronics and Communication
• Structure Lab: Testing Material Properties and Strength
• Simulation and CAD Labs: Using leading edge software tools such as CATIA, ANSYS, and MATLAB.

Hands-on training in the lab will prepare students to solve real aerospace problems.

Career Prospects After Aeronautical Engineering

Aeronautical Engineers can make their careers in:

• Aircraft manufacturing companies

• Research organizations like ISRO, DRDO, NAL

• Airlines-and-maintenance companies

• Defense sector (IAF, Navy, HAL)

• Space Agencies & UAV Companies

Job Profiles include:

• Aeronautical Design Engineer

• Propulsion Engineer

• Flight Testing Engineer

• Avionics Engineer

• Aircraft Maintenance Engineer

• Spacecraft Systems Engineer

Average Starting Salary: ₹4 – ₹8 LPA (subject to skills & recruiter).

A Note on Colleges Providing Aeronautical Engineering

India has numerous renowned colleges providing Aeronautical Engineering. An excellent reputable name is:

Puran Murti Campus (Delhi-NCR, Sonipat, Haryana)

Puran Murti Campus is a reputed college that offers B. Tech in Aeronautical Engineering, great infrastructure, experienced faculty, and industry linkages.

Why Puran Murti For Aeronautical Engineering:

• Accredited courses from AICTE

• Modern equipment in Wind Tunnels and Propulsion laboratory

• Airway company linkages

• Internship and placement at companies

• The integration of the theory and the practical side theory + practice examples

Eligibility creteria:

• 12th PCM (50% and above)

• Admission through entrance exams (JEE Main/College Test like puran murti(PMCET))

Fees criteria:

• Approx. fees ₹80,000 – ₹1,20,000 per year (based on scholarships).

Placement Highlights:
Students get opportunities with companies such as HAL, DRDO, ISRO, Indigo, Airbus, Boeing suppliers, and private aerospace companies.

Why Aeronautical Engineering?

• High demand course in India’s growing aerospace and defense sector.
• many Opportunities in research, defense, air transport, and space research.
• A chance to contribute to unique technologies such as UAV’s, rockets and satellites.
• An exciting and challenging profession for students who love flying.

Conclusion

Aeronautical engineering is a dream course of study for students that want to soar into the sky and reach their dreams. The program is designed to give you a background in engineering fundamentals, the basics of aeronautical and related disciplines, and hands-on education. Aeronautical engineering has all of the fundamentals that an aspiring aerospace engineer will need– avionics, aerodynamics, space mechanics, propulsion, etc.

If you envision your contribution to the growth of India’s aerospace industry or your role as a pioneer in global aviation, then Aeronautical Engineering is the degree for you. A campus like Puran Murti offers the educational setting, industry connections, and academic expertise to help realize and cultivate your dreams.

So take flight – your Aeronautical Engineering program may take you to your success and lead you to your contributions to new ideas!