B.Sc. in Aviation course syllabus

List for B.Sc. Aviation course syllabus

The B.Sc. Aviation course syllabus contains approximately 5-6 in a semester. The course duration is 3 years and it’s further divided into 6 semesters. The B.Sc. aviation course syllabus consists of 6 subjects. After qualifying the degree, the candidates will be able to bag a great job with a great salary package. One can find all the topics that are included in the subject, below:-

• English:- In English grammar, the subject is part of a sentence or clause that usually specifies (a) what it is about or (b) who performs the verb (or, agent). In the imperative sentence, the subject is usually called "you understood" ("Bark!"). It is derived from Latin.
• Indian Heritage and Culture (IHC):- Indian culture is a legacy of social norms, moral values, traditional customs, belief systems, political systems, artifacts, and technologies that are related to the Indian subcontinent.
• Aviation Mathematics:- An aviation mechanic working on aircraft fuel systems also uses mathematical principles to calculate the volume and capacity of the fuel tank. To repair sheet metal on aircraft structures the use of fractions and surface area calculations is necessary.
• Aviation Physics:- Physics allows us to explain how engines work, both pistons and gas turbines; how airplanes and helicopters fly; and countless other things related to the field of aviation and aerospace. In addition to allowing us to explain the operation of things around us, it also allows us to quantify them.
• Aviation Science:- Aviation science refers to aircraft operations and support systems. In addition to flight operations, this includes aircraft maintenance, air traffic control, and airport and airline management.
• Communication Skill Practical:- The act of transferring information from one person to another for some desired effect. Aristotle is believed to have developed the first model of communication.
• Aircraft Awareness and Basics of Simulator:- A flight simulator is a device that for pilot training, design, or other purposes recreates the flight of the aircraft and the environment in which it flies.
• Environmental Science:- Environmental science encompasses the study of physical, chemical, and biological processes occurring on Earth as well as the social, political, and cultural processes that affect the planet.
• Computer Application in Aviation:- Computers have become important to the airline industry. They are used to book tickets, fly flights, schedule aircraft, and crew, maintain and set fares. From ticket reservation to aircraft design and construction, computers have helped make airline operations more efficient and flexible.
• Air Navigation and Regulation:- This regulation sets out the arrangements for matters contained in the Air Navigation Act 1920 and sets out a framework to ensure compliance with bilateral air services arrangements tailored to the Chicago Convention.
• Aircraft Ground Handling and Safety:- In aviation, the term "ground handling" refers to a wide range of services provided to facilitate an aircraft flight or aircraft ground repositioning, at the conclusion of a flight and for which customer service and ramp service functions are included.

B.Sc. in Aviation Course Syllabus (Semester-wise)

Here’s a typical breakdown of the B.Sc. in Aviation course syllabus semester-wise. While specific subjects may vary by institution, the core areas of study generally remain consistent.

Semester 1

• Fundamentals of Aviation
• Engineering Mathematics I
• Physics for Aviation
• Introduction to Computer Applications
• Aviation Safety and Security
• Communication Skills

Semester 2

• Aerodynamics
• Engineering Mathematics II
• Aviation Meteorology
• Air Navigation
• Aircraft Systems
• Introduction to Management in Aviation

Semester 3

• Aircraft Operations and Flight Planning
• Aircraft Maintenance and Engineering
• Air Traffic Management
• Aviation Regulations and Policies
• Economics of Aviation
• Human Factors in Aviation

Semester 4

• Airport Management
• Airline Management
• Flight Operations Management
• Aviation Law
• Environmental Impact of Aviation
• Research Methodology

Semester 5

• Advanced Flight Operations
• Air Transport Management
• Aviation Safety Management Systems
• Aircraft Performance and Weight Balance
• Business Communication in Aviation
• Practical Training in Aviation

Semester 6

• Current Trends in Aviation
• Aviation Project Management
• Capstone Project or Internship
• Final Project Report
• Electives (specific topics based on student interests)

This semester-wise syllabus aims to provide students with a well-rounded education in aviation, blending theoretical knowledge with practical skills essential for various roles within the aviation industry. Graduates will be equipped to tackle the challenges of a dynamic and rapidly evolving sector.