BSc in Aviation Syllabus: Semester-wise Breakdown

ARTICLE

Ankit Krishnan

2026-05-10T22:21:39.970+05:30

The BSc Aviation course offers training in flight operations, safety procedures, and the latest developments in drone technology and sustainable fuels. Students gain ICAO-compliant skills for in-demand employment in the Indian aviation sector.

Overview

The BSc in Aviation offers students the opportunity to acquire skills in aviation management, safety, and new technology, including drones and sustainable aviation fuels. This is a dynamic course designed in accordance with international standards, including ICAO and the DGCA in India. This is a semester-based program that provides students with aviation skills, including flight planning, air traffic control, and maintenance. The students prefer new developments in aviation, such as AI in aviation navigation and cybersecurity. This is a semester-based program that provides students with the necessary skills in aviation, including airport management, which is in high demand in India.

BSc in Aviation Syllabus 2026: Semester-wise Breakdown

BSc in Aviation Syllabus: Semester 5

BSc in Aviation Syllabus 2026: Semester-wise Breakdown

The BSc course in Aviation provides intensive training in flight operations, aircraft, and aviation management. The BSc in Aviation degree program provides comprehensive training in various areas of study, including flight operations, aircraft, and aviation management. The BSc in Aviation degree program provides appropriate training in various areas of study, which include flight operations, aircraft, and aviation management. The tables below detail the BSc in Aviation syllabus by semester. Though the subjects can be changed depending on the college or university.

BSc in Aviation Syllabus: Semester 1

The BSc in Aviation Semester 1 course focuses on knowledge. The course includes core courses that provide the basis of essential knowledge. Learners will be able to develop knowledge of physics, mathematical skills, and communication skills as required by industry.

Subject	Topics Covered
Introduction to Aviation	History of aviation, global industry trends, roles of airlines and airports, ICAO and DGCA frameworks, and career pathways
Engineering Mathematics	Calculus applications, differential equations, vector algebra, matrices for navigation, and probability in flight planning
Physics for Aviation	Mechanics of flight, thermodynamics, fluid dynamics, optics in instrumentation, and Newton's laws applied to aerodynamics
Computer Applications	Programming basics, aviation software tools, data analysis, simulation software introduction, and database management
Aviation English	Technical aviation vocabulary, report writing, radio telephony phraseology, aviation grammar, and presentation skills
Environmental Science	Sustainable aviation practices, climate change impacts, noise pollution control, and carbon footprint reduction

BSc in Aviation Syllabus: Semester 2

BSc in Aviation Semester 2 advances technical foundations in aviation operations. The programme strengthens core concepts through specialised subjects aligned with DGCA standards.

Subject	Topics Covered
Aerodynamics	Lift and drag forces, airfoil theory, boundary layer effects, high-speed aerodynamics, and stability and control principles
Aviation Meteorology	Atmospheric structure, weather phenomena, turbulence forecasting, icing conditions, and METAR and TAF interpretation
Air Navigation	Dead reckoning, pilotage techniques, chart reading, great circle navigation, and flight planning procedures
Aircraft Systems	Electrical systems, hydraulic systems, fuel systems, landing gear operations, and environmental control systems
Aviation Regulations	DGCA rules, ICAO annexes, airworthiness directives, flight duty time limitations, and accident investigation protocols
Principles of Management	Organisational behaviour, leadership in aviation, resource allocation, decision-making models, and aviation business ethics

BSc in Aviation Syllabus: Semester 3

BSc in Aviation Semester 3 enhances operational knowledge. The course is based on aircraft systems and management. Students understand maintenance procedures and air traffic coordination required in aviation.

Subject	Topics Covered
Aircraft Maintenance	Routine inspections, component overhauls, troubleshooting techniques, maintenance scheduling, and safety compliance checks
Air Traffic Management	Radar systems, separation standards, airspace classification, communication protocols, and emergency procedures
Aviation Regulations	Licensing requirements, operational approvals, international standards, compliance audits, and regulatory updates
Economics of Aviation	Cost structures, revenue models, market analysis, fuel pricing impacts, and airline profitability factors
Human Factors in Aviation	Crew resource management, fatigue mitigation, error prevention, psychological aspects, and decision-making under stress
Aviation Security	Threat assessment, screening procedures, baggage handling security, hijack response, and cybersecurity basics

BSc in Aviation Syllabus: Semester 4

BSc in Aviation, semester 4, improves management and planning skills. The programme focuses on strategies and legal aspects of operations. The learners gain knowledge of airport operations and flight optimisation, which are essential skills in the industry.

Subject	Topics Covered
Airport Management	Terminal operations, runway configurations, passenger handling, ground services, and capacity planning
Airline Operations	Fleet management, scheduling algorithms, crew rostering, revenue management, and disruption handling
Flight Planning	Route optimisation, fuel calculations, weight and balance, contingency planning, and performance charts
Aviation Law	International conventions, liability issues, contract law, insurance principles, and dispute resolution
Aircraft Performance	Takeoff and landing data, climb gradients, cruise efficiency, environmental factors, and limitation speeds
Research Methodology	Data collection techniques, statistical analysis, aviation case studies, report writing, and ethical research

BSc in Aviation Syllabus: Semester 5

The BSC in Aviation in Semester 5 focuses on special operations. The course is centred around safety systems and transport dynamics. Performance analysis and communication skills in business are taught to students and are very important in aviation management.

Subject	Topics Covered
Safety Management Systems	Hazard identification, risk assessment, safety audits, incident reporting, and continuous improvement processes
Air Transport Management	Regulatory compliance, operational efficiency, stakeholder coordination, crisis management, and policy development
Aircraft Performance	Aerodynamic limits, engine performance, weight effects, altitude considerations, and advanced flight envelopes
Business Communication	Negotiation techniques, stakeholder reports, presentation delivery, cross-cultural aviation etiquette, and media handling
Aviation electives	Drone operations, sustainable fuels, AI in ATC, airport logistics, and cargo management strategies
Practical Training	Simulator sessions, maintenance workshops, field visits, case study analysis, and skill proficiency tests

BSc in Aviation Syllabus: Semester 6

The BSC in Aviation, semester 6, comprises advanced applications. The course concludes with industry exposure and an emphasis on innovation. Students integrate their knowledge through projects and internships, which are critical for aviation professional preparedness.

Subject	Topics Covered
Emerging Aviation Technologies	Electric propulsion, AI navigation, sustainable aviation fuels, space tourism basics, and blockchain in logistics
Aviation Security Protocols	Cyber threat mitigation, biometric screening, insider threat detection, and international security standards
Maintenance Repair Overhaul	Engine disassembly, non-destructive testing, repair certifications, supply chain management, and quality assurance
Entrepreneurship in Aviation	Business plan development, funding strategies, market entry, innovation pitches, and regulatory hurdles
Internship	Real-world placements, operational shadowing, report submission, performance evaluation, and networking opportunities
Capstone Project	Research thesis, industry problem-solving, presentation defence, peer review, and portfolio development

Frequently Asked Questions

How is sustainable aviation fuel (SAF) considered in the BSc Aviation degree?

The production, blending, and emissions of SAF are covered in the Environmental Science and Emerging Technologies modules. There is an emphasis on a net-zero SAF-use-by-2050 approach.

How is AI air traffic control considered in the BSc Aviation degree?

The AI algorithms employed in collision avoidance and predictive routing are covered in the Aviation modules in Semester 5. Air Traffic Management examines the machine learning algorithms employed in airspace optimisation.

What drone technology modules are covered in the BSc Aviation degree?

The electives in Semester 5 include drone operations, BVLOS rules, and swarm control. Flight Planning examines the use of UAVs in navigation with manned aircraft systems.

How are aviation cybersecurity threats considered in the BSc Aviation degree?

The Aviation Security modules cover ransomware protection, avionics encryption, and cyber threat intelligence. Human Factors examines the use of phishing attacks on air traffic communications.

What electric propulsion technology is covered in the BSc Aviation degree?

The Emerging Technologies semester covers battery technology, hybrid-electric propulsion, and charging. Aircraft Performance examines the range and efficiency considerations in eVTOL.

BSc Aviation Syllabus: Semester-wise Subjects

BSc in Aviation Syllabus: Semester-wise Breakdown

Overview

BSc in Aviation Syllabus 2026: Semester-wise Breakdown

BSc in Aviation Syllabus: Semester 1

BSc in Aviation Syllabus: Semester 5

Frequently Asked Questions

How is sustainable aviation fuel (SAF) considered in the BSc Aviation degree?

How is AI air traffic control considered in the BSc Aviation degree?

What drone technology modules are covered in the BSc Aviation degree?

How are aviation cybersecurity threats considered in the BSc Aviation degree?

What electric propulsion technology is covered in the BSc Aviation degree?