EXCLUSIVE CONTENT

1. Aerodynamics & Aircraft Design
Understanding Airflow and Fluid Dynamics
Fundamentals of Airflow
Fluid Properties and Behavior
Continuity Equation
Bernoulli’s Principle
Newton’s Laws in Flight
Aerodynamic Design and Analysis
Lift, Weight, Thrust and Drag
Flight Control and Stability
Historical Development of Aerodynamics
Aircraft Performance
Airfoil and Wing Design
Flight Dynamics
Aircraft Stability
Supersonic and Modern Aerodynamics

2. Automobile Engineering
Introduction to Engine Design
Engine Parts and Terminology
Four-Stroke Petrol Engines
Two-Stroke Petrol Engines
Diesel Engines
Engine Performance
Engine Testing
Dynamometers
Engine Emissions
Catalytic Converters
Diesel Emission Control
Digital Engine Control Systems
Fuel Control
EGR Control
Variable Valve Timing

3. Bioengineering
Definition and Fundamentals of Bioengineering
Historical Evolution
Interdisciplinary Engineering
Healthcare Applications
Bioengineering vs Biotechnology
Biomedical Revolution
Precision Medicine
Medical Devices and Prosthetics
Robotics in Healthcare
Biomechanics
Biomimicry
Statics and Dynamics
Materials Science
Biocompatibility
Fluid Mechanics in Biological Systems
Heat Transfer in Biological Systems
Sensors and Instrumentation
Neural Interfaces

4. Computational Fluid Dynamics (CFD)
Introduction to CFD
Fluid Dynamics Fundamentals
Fluid Properties
Fluid Classification
Laminar Flow
Turbulent Flow
Transitional Flow
Steady and Unsteady Flow
Navier-Stokes Equations
Continuity Equation
Euler Equations
Boundary Conditions
Discretization Techniques
Numerical Solution Methods
CFD Workflow
Preprocessing
Post-Processing and Analysis
CFD Applications
Advanced Modeling and Accuracy

5. Fluid Mechanics
Basic Equations and Steady Flows
Definitions and Basic Equations
Hydrostatics
Isentropic Motion
Conservation Laws
Potential Flows
Kinematics
Energy and Momentum Fluxes
Flow Past a Body
Viscosity
Navier-Stokes Equation
Boundary Layers
Flow Separation
Drag and Lift
Unsteady Flows
Flow Instabilities
Turbulence
Acoustics
Mach Number
Dispersive Waves
Surface Gravity Waves
Capillary Waves

6. Heat Transfer
Introduction to Heat Transfer
Fundamentals of Heat Transfer
Modes of Heat Transfer
Conduction
Convection
Radiation
Temperature Gradient
Thermal Conductivity
Energy Conservation
Newton’s Law of Cooling
Thermal Resistance
Fourier’s Law
Heat Transfer Analysis
Heating and Cooling Systems
Refrigeration
Power Generation
Industrial Applications
Thermal Management
Environmental Impact
Sustainable Heat Transfer

7. HVAC Systems
Introduction to HVAC Systems
HVAC Background
Heating Systems
Fireplaces
Wood Stoves
Furnaces
Boilers
Portable Heaters
Electric Baseboard Radiation
Solar Thermal Collectors
Heat Pumps
Vapor Compression Refrigeration
Absorption Refrigeration
Evaporative Cooling
DX Systems
Chillers
Cooling Towers
Energy Efficiency Measures
Distribution Components
Delivery Components
Diffusers
Registers and Grilles
Radiators and Convectors
Radiant Panels
Personal Climate Control

8. Machine Design
Introduction to Machine Design
Machine Design Procedures
Machine Elements
Design Methods
Design Standards
Engineering Materials
Stress-Strain Diagrams
Mechanical Properties
Steels and Alloys
Heat Treatment
Plastics and Ceramics
Material Selection
Manufacturing Considerations
Design of Castings and Forgings
Machined Parts
Welded Assemblies
DFMA
Tolerances and Fits
Design Against Static Load
Factor of Safety
↔️ Shear Stress and Strain
Bending Stresses
Fluctuating Loads
Stress Concentration
Fatigue Failure
Endurance Limit

9. Manufacturing Process
Introduction to Manufacturing Processes
Importance of Manufacturing
Historical Evolution
Manufacturing Principles
Machining Processes
Casting Processes
Forming and Shaping
Joining and Assembly
Additive Manufacturing
Finishing Processes
Primary Manufacturing Processes
Secondary Manufacturing Processes
Cutting Tools and Forces
Machining Operations
CNC Machining
High-Speed Machining
Precision Machining
Multi-Axis Machining
Heat Treatment
Quality Control
Sustainable Manufacturing

10. Mechanical Vibration
Introduction to Mechanical Vibrations
Vibration Modeling
Kinematics and Coordinate Systems
Energy and Force Equations
Equations of Motion
Newton’s Law
Euler’s Equation
Conservation of Energy
Lagrange’s Equations
Multiple Degree of Freedom Systems
Linearization of Equations
Continuous Systems
Free Vibrations
Damped Vibrations
Undamped Vibrations
Single Degree of Freedom Systems
Multi-Degree of Freedom Systems
Free Vibration Analysis

11. Mechatronics
Introduction to Mechatronics
Evolution of Mechatronics
Mechanical Engineering Fundamentals
Electronics Fundamentals
Computer Science Essentials
Mechatronic System Design
Sensors and Actuators
Control Systems
Computational Intelligence
Control Theory and Algorithms
Robotics and Automation
Automotive Applications
Biomechatronics
Medical Applications
Consumer Electronics
IoT Integration
Emerging Technologies
Ethical Considerations
Future Trends

12. Operations Management
Functional Systems of an Organization
Operations Management
Production Systems
Forecasting
Location and Layout Techniques
Product Design and Analysis
Production Control
Aggregate Planning
Master Production Schedule
Material Requirement Planning
Capacity Planning
Scheduling and Control
Line Balancing
Maintenance Management
Quality Control
Inventory Control
Types of Production Systems
Flow Shop
Job Shop
Batch Manufacturing
Strategic Management
Corporate Strategies
Competitive Strategies

13. Operational Management
Introduction to Operations Management
Production Functions
Production Management Responsibilities
Production System Design
Production Analysis and Control
Automation
Services vs Manufacturing
Competitiveness Strategy
Productivity
Factor Productivity
Productivity Improvement
Productivity Measurement
Productivity Indices
Wastivity
Classical Management
Behavioural Management
Management Modelling
Production Systems
Strategic Operations Management

14. Robotics and Automation
Introduction to Robotics
History and Evolution of Robotics
Robot Fundamentals
Robot Anatomy and Structure
Sensors and Actuators
Control Systems and Intelligence
Industrial Robotics
Healthcare Robotics
Space Robotics
Service Robotics
Artificial Intelligence and Machine Learning
Collaborative Robots
Sensing and Perception
Soft Robotics
Bio-Inspired Robotics
Swarm Robotics
Human-Robot Interaction
Automation Principles
Automation Components
Types of Automation
Fixed Automation
Programmable Automation
Flexible Automation
Intelligent Automation
Industrial Automation
IoT and Connectivity
Kinematics and Dynamics
Mechanical Design in Automation

15. Strength of Materials
Introduction to Strength of Materials
Mechanical Properties of Materials
↔️ Stress and Strain
Material Classification
Metals
Polymers
Ceramics
Composites
Semiconductors
↔️ Elasticity
Plasticity
Ductility and Brittleness
Toughness and Hardness
↔️ Shear Stress and Shear Strain
Shear Modulus
Bending Stress
Flexural Modulus
Fracture Mechanics
Stress Concentration
Material Selection
Failure Analysis
Design and Structural Analysis

16. Vibration and Noise Control
Introduction to Vibration and Noise Control
Fundamentals of Mechanical Vibrations
Sources of Mechanical Vibrations
External Forces and Disturbances
Unbalanced Mass and Rotational Forces
Free Vibrations
Forced Vibrations
Damped and Undamped Vibrations
Amplitude, Frequency and Phase
Noise Generation Mechanisms
Mechanical Noise Sources
Frictional Noise
Impact and Vibration
Turbulence Noise
Electrical and Electronic Noise
Electromagnetic Interference
Airborne Noise
Structure-Borne Noise
Vibration Control
Structural Integrity
Fatigue and Wear
Precision Machinery
Workplace Safety
Environmental Noise
Regulatory Standards
Frequency Analysis
FFT and Spectral Analysis
Modal Analysis