Aeronautical Engineering • 8th SemesterCore / Standard CurriculumChange Track

Aeronautical Engineering — 8th Semester Syllabus

Aeronautical Engineering

Credits Allocation Table (L-T-P Structure)

Course TitleCodeLTPCredits
Aviation Logistics and Supply Chain Management1168013003
Aircraft Maintenance, Repair and Overhaul1168022002
Flight Dynamics1168033003
Open Elective-III1008XX3003
Aircraft Maintenance, Repair and Overhaul Lab116802P0021
Project-II116804P0006
TOTAL----18

Aviation Logistics and Supply Chain Management

116801
Theory Course • 6 Units
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Unit 1.0: Introduction to Aviation Logistics

  • Aviation logistics overview
  • Airline and MRO supply chain structure
  • Global aviation supply networks
  • Demand forecasting techniques
  • Logistics performance metrics

Unit 2.0: Procurement and Inventory Management

  • Aviation procurement systems
  • Inventory classification methods
  • Inventory control models
  • Rotables and expendables management
  • Supplier evaluation systems

Unit 3.0: Airline & MRO Logistics Operations

  • Aircraft spare warehousing systems
  • Aircraft on Ground (AOG) logistics management
  • Transportation and freight management systems
  • Reverse logistics in aviation
  • Integration of maintenance planning with logistics

Unit 4.0: Digitalization in Aviation SCM

  • ERP systems in aviation supply chain
  • RFID
  • IoT and blockchain applications
  • Digital twin applications in aviation SCM

Unit 5.0: Analytics in Aviation SCM

  • Predictive analytics for spare parts demand forecasting
  • KPI dashboards and performance monitoring

Unit 6.0: Sustainability, Risk and Regulatory Compliance

  • Aviation safety and regulatory compliance
  • Risk management in aviation supply chain
  • Green logistics and carbon footprint reduction
  • Quality audits and compliance monitoring systems
  • Resilience strategies for global disruptions

Aircraft Maintenance, Repair and Overhaul

116802
Theory Course • 6 Units
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Unit 1.0: Introduction to Aircraft Maintenance & Regulatory Framework

  • Maintenance philosophy: preventive, corrective, predictive
  • Maintenance schedules (A, B, C, D checks)
  • Airworthiness requirements (DGCA, FAA, EASA)
  • Aircraft documentation: logbooks, Minimum Equipment List (MEL), and Aircraft Maintenance Manual (AMM)
  • Human factors in maintenance
  • Continuing Airworthiness Management Organization (CAMO)

Unit 2.0: Inspection & Non-Destructive Testing (NDT)

  • Inspection methods: visual, detailed, special NDT techniques
  • Ultrasonic testing
  • Radiography
  • Magnetic particle inspection
  • Dye penetrant testing and Eddy current testing
  • Corrosion detection and prevention
  • Structural health monitoring
  • Aircraft structural damage assessment

Unit 3.0: Aircraft Systems & Engine Overhaul

  • Hydraulic system maintenance
  • Landing gear maintenance
  • Electrical and avionics troubleshooting
  • Fuel system maintenance
  • Gas turbine engine maintenance and overhaul
  • Engine performance trend monitoring

Unit 4.0: Structural Repair Techniques

  • Metallic structure repairs (riveting, patching)
  • Composite repair procedures
  • Repair design approval process
  • Fatigue and crack growth management
  • Aircraft aging and life extension programs
  • Repair documentation and certification

Unit 5.0: MRO Management & Quality Assurance

  • MRO organizational structure
  • Maintenance planning & logistics
  • Safety Management Systems (SMS)
  • Digital MRO & predictive maintenance technologies

Unit 6.0: MRO Management & Quality Assurance

  • Quality control and audits
  • Reliability centered maintenance (RCM)

Flight Dynamics

116803
Theory Course • 6 Units
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Unit 1.0: Principles of Flight

  • Physical properties and structure of the atmosphere
  • International Standard Atmosphere (ISA)
  • Temperature-pressure-altitude relationships
  • Forces and moments on a flight vehicle
  • Equilibrium conditions
  • Equations of motion of a rigid flight vehicle
  • Measurement of airspeed: true, indicated, calibrated, and equivalent
  • Streamlined and bluff bodies
  • Types of drag in airplanes
  • Drag polar
  • Methods of drag reduction

Unit 2.0: Aircraft Performance in Level, Climbing, and Gliding Flight

  • Straight and level flight: thrust required vs. available
  • Power required vs. available
  • Effect of altitude on thrust and power
  • Conditions for minimum drag and minimum power
  • Climbing flight: maximum rate of climb
  • Steepest angle of climb
  • Gliding flight: minimum rate of sink
  • Shallowest angle of glide
  • Range and endurance for propeller- and jet-powered aircraft

Unit 3.0: Accelerating Flight

  • Take-off performance: ground roll, lift-off, climb-out
  • Landing performance: approach, flare, and ground roll
  • Turning performance: horizontal and vertical turns
  • Pull-up and pull-down maneuvers
  • Maximum turn rate and minimum turn radius
  • V-n diagram: maneuvering and gust load factors

Unit 4.0: Longitudinal Stability and Control

  • Degrees of freedom of an aircraft
  • Static and dynamic stability concepts
  • Static longitudinal stability: contributions of components
  • Neutral point, static margin
  • Hinge moment and elevator control effectiveness
  • Power effects
  • Elevator angle to trim
  • Stick force gradient
  • Aerodynamic balancing
  • Aircraft equations of motion
  • Stability derivatives
  • Stability quartic
  • Phugoid motion and short-period oscillations

Unit 5.0: Lateral and Directional Stability and Control I

  • Yaw and side-slip relationships
  • Dihedral effect and component contributions
  • Lateral control: aileron control power
  • Strip theory
  • Aileron reversal
  • Weathercock stability and directional control

Unit 6.0: Lateral and Directional Stability and Control II

  • Rudder requirements and dorsal fin effects
  • One-engine inoperative condition
  • Dynamic stability: Dutch roll, spiral divergence, directional divergence
  • Autorotation and spin

Open Elective-III

1008XX
Theory Course • Course Details
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Available Elective Tracks & Options (5):

Open Elective-III: Basic Practice of Liberal Arts

100825

Unit 1.0: Introduction to liberal Arts

Definition and significance of liberal arts • Historical development and evolution of liberal arts • Overview of interdisciplinary approaches in liberal arts • Modern interdisciplinary innovators

Unit 2.0: Liberal arts education and its benefits

Liberal arts education and its benefits: STEM to STEAM • Utilitarianism • Deontology • Virtue Ethics in engineering context

Unit 3.0: Critical Thinking I

The Role of Critical Thinking in Liberal Arts Education • Arguments in Liberal Arts Disciplines • Information Assumptions • And biases • Formal logic principles and applications

Unit 4.0: Critical Thinking II

Critical Thinking and Interpretation • Logical conclusions from the evidence • Fallacies in engineering decision-making • Media Literacy and Critical Thinking in the Digital Age

Unit 5.0: Creativity I

Creative Thinking Skills in Education • Ideation Techniques • Whole Brain Approach • Technology lifecycle and adoption curves

Unit 6.0: Creativity II

Characteristics of creative and innovative individuals • Lifecycle and adoption curves

Open Elective-III: Digital Marketing

100826

Unit 1.0: Search Engine Marketing

Search Engine Marketing (SEM): Introduction to SEM • Pay-Per-Click (PPC) Advertising

Unit 2.0: Social Media Advertising

Social Media Advertising: Advertising on Facebook • Instagram • LinkedIn • And Twitter • Creating Effective Social Media Ads • Budgeting for Social Media Campaigns

Unit 3.0: Content and Influencer Marketing

Content and Influencer Marketing: Creating Engaging Content • Working with Influencers • Measuring Content Performance

Unit 4.0: Email and Mobile Marketing

Email and Mobile Marketing: Fundamentals of Email Marketing • Building Email Lists • Mobile Marketing Strategies

Open Elective-III: Holistic Personality Development

100827

Unit 1.0: Self-Discovery

Discovering personality types and traits • Emotional intelligence and empathy • Goal-setting and visioning

Unit 2.0: Confidence, Resilience and Adaptability I

Self-reflection: Identify strengths and accomplishments • Positive self-talk: Encourage yourself with positive affirmations • Set achievable goals: Celebrate small wins • Practice mindfulness: Focus on the present moment • Seek feedback: Learn from constructive criticism • Take calculated risks: Step out of your comfort zone

Unit 3.0: Confidence, Resilience and Adaptability II

Develop a growth mindset: Believe abilities can be developed • Develop problem-solving skills: Approach challenges with a solution-focused mindset • Practice self-care: Take care of physical • Emotional • And mental well-being • Build a support network: Surround yourself with positive relationships • Learn from failures: Extract lessons and move forward • Focus on the present: Manage stress and anxiety • Develop emotional regulation: Recognize and manage emotions

Unit 4.0: Confidence, Resilience and Adaptability II

Practice gratitude: Focus on the positive aspects of life • Stay curious: Embrace lifelong learning • Be open-minded: Consider different perspectives • Develop flexibility: Adjust to changing circumstances • Practice self-awareness: Recognize your emotions and thoughts • Take calculated risks: Step out of your comfort zone • Learn from others: Seek diverse experiences and knowledge • Stay positive: Focus on opportunities and solutions

Unit 5.0: Personal Growth

Mindfulness and stress management • Time management and productivity

Unit 6.0: Well-being

Physical and mental well-being

Open Elective-III: Professional Ethics

100828

Unit 1.0: Values and Ethics in Day to Day Life I

Introduction to values and ethics • Definition • Examples • Concept of attitude and development of attitude • Importance of values and ethics in day to day activities and at workplace

Unit 2.0: Values and Ethics in Day to Day Life II

Ethical ways of communication • Ethical ways to demonstrate environmental considerations in engineering processes in the context of carbon • Ethics at workplace • Examples of situations depicting values-based decisions and ethical behaviour in day to Day life

Unit 3.0: Values and Ethics in Profession II

Relevance of profession to society • Ethical principles such as Respecting others and ourselves • Respecting the rights of others • Keeping promises • Avoiding unnecessary problems to others • Avoiding cheating and dishonesty • Expressing gratitude towards others and encouraging them to work

Unit 4.0: Values and Ethics in Profession II

Identification of activities in one's own area of work and related ethical and unethical behavior • Identification of ethical and unethical behavior in profession related to one's own discipline • Examples / cases of situations depicting values-based decisions and ethical behavior

Unit 5.0: Introduction to sustainability and 5R Approach I

Sustainable Development: Concept and Environmental Ethics • Impact of Development on Ecosystem: Panch-tatva - (पंच-तत्व)'

Unit 6.0: Introduction to sustainability and 5R Approach II

Role of 5Rs for Sustainable Development • National Guidelines on the Economic, Social and Environmental Responsibilities of Business

Open Elective-III: Universal Human Values

100829

Unit 1.0: Introduction to Value Education

Right Understanding • Relationship and Physical Facility (Holistic Development and the Role of Education) • Understanding Value Education Sharing about Oneself • Self-exploration as the Process for Value Education • Continuous Happiness and Prosperity the Basic Human Aspirations • Exploring Human Consciousness • Happiness and Prosperity - Current Scenario • Method to Fulfill the Basic Human Aspirations

Unit 2.0: Harmony in the Human Being

Understanding Human being as the Co-existence of the Self and the Body • Distinguishing between the Needs of the Self and the Body • The Body as an Instrument of the Self • Understanding Harmony in the Self • Harmony of the Self with the Body • Programme to ensure self-regulation and Health

Unit 3.0: Harmony in the Family and Society

Harmony in the Family the Basic Unit of Human Interaction • 'Trust' the Foundational Value in Relationship • 'Respect' - as the Right Evaluation • Other Feelings • Justice in Human-to-Human Relationship • Understanding Harmony in the Society • Vision for the Universal Human Order

Unit 4.0: Harmony in the Nature/Existence

Understanding Harmony in the Nature • Interconnectedness • Self-regulation and Mutual Fulfilment among the Four Orders of Nature • Realizing Existence as Co-existence at All Levels • The Holistic Perception of Harmony in Existence

Unit 5.0: Implications of the Holistic Understanding - a Look at Professional

Natural Acceptance of Human Values • Definitiveness of (Ethical) Human Conduct • A Basis for Humanistic Education • Humanistic Constitution and Universal Human Order

Unit 6.0: Implications of the Holistic Understanding

Competence in Professional Ethics • Holistic Technologies • Production Systems and Management Models-Typical Case Studies • Strategies for Transition towards Value-based Life and Profession

Aircraft Maintenance, Repair and Overhaul Lab

116802P
Laboratory Subject • 1 Units
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Topics Part 1

  • Aircraft maintenance documentation study
  • Visual inspection of aircraft components
  • Perform dye penetrant inspection
  • Eddy current crack detection experiment
  • Hydraulic system troubleshooting simulation
  • Engine-Identification of components and defects
  • Composite repair demonstration
  • Corrosion identification and treatment methods
  • Propeller pitch setting and balancing
  • Piston Engine and Jet Engine starting procedure

Prescribed Experiments

  1. Aircraft maintenance documentation study
  2. Visual inspection of aircraft components
  3. Perform dye penetrant inspection
  4. Eddy current crack detection experiment
  5. Hydraulic system troubleshooting simulation
  6. Engine-Identification of components and defects
  7. Composite repair demonstration
  8. Corrosion identification and treatment methods
  9. Propeller pitch setting and balancing
  10. Piston Engine and Jet Engine starting procedure

Project-II

116804P
Laboratory Subject • Course Details
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