Detailed Curriculum

5-Day Training Curriculum

DAY 01

Aerospace Engineering & Drone Fundamentals

MODULE 01 Aerospace Engineering Fundamentals

Aerospace Engineering Fundamentals

Explore the history and evolution of aerospace, the core principles of flight, different aircraft types, and an introduction to space technology with real-world applications.

MODULE 02 Drone Technology & Systems

Drone Technology & Systems

Understand drone types, anatomy, flight controller systems, FPV setups, and communication links that power modern unmanned aerial vehicles.

Practical Session
  • Drone Assembly & Component Identification
  • First-Person View (FPV) setup
  • Flight simulation exercises
  • Basic drone flight operations
DAY 02

Drone Electronics & UAV Regulations

MODULE 03 Drone Electronics & Payload Systems

Drone Electronics & Payload Systems

Dive into drone electronics including ESC calibration, sensor integration, payload systems, power management, and advanced communication protocols.

MODULE 04 UAV Regulations & Safety Protocols

UAV Regulations & Safety Protocols

Learn about DGCA regulations, airspace classifications, safety and emergency protocols, insurance frameworks, and pilot licensing requirements for UAV operations.

Practical Session
  • Advanced flight maneuvers
  • Payload integration exercise
  • Emergency protocol simulation
DAY 03

Robotics Fundamentals & RC Car Engineering

MODULE 05 Robotics Fundamentals

Robotics Fundamentals

Get introduced to robot classifications, sensor and actuator systems, microcontroller programming, kinematics, and human-robot interaction principles.

MODULE 06 RC Car Engineering & Design

RC Car Engineering & Design

Master RC car mechanics including chassis design, motor and drivetrain selection, speed controllers, radio systems, and suspension engineering.

Practical Session
  • Robot assembly workshop
  • RC car build & test drive
  • Sensor integration lab
DAY 04

Artificial Intelligence & Autonomous Systems

MODULE 07 AI & Machine Learning Foundations

AI & Machine Learning Foundations

Build a foundation in artificial intelligence covering machine learning, neural networks, computer vision, and natural language processing concepts.

MODULE 08 Autonomous Systems & Integration

Autonomous Systems & Integration

Explore autonomous navigation, sensor fusion, path planning algorithms, and the integration of AI into drone and robotics applications with ethical considerations.

Practical Session
  • AI model demonstration
  • Autonomous navigation exercise
  • Computer vision workshop
DAY 05

Amateur Radio & Capstone Project

MODULE 09 Amateur Radio Communication

Amateur Radio Communication

Learn radio wave fundamentals, antenna design and propagation, HAM radio licensing, emergency communication protocols, and hands-on equipment operation.

MODULE 10 RC Plane Design & Capstone Exhibition

RC Plane Design & Capstone Exhibition

Design and build RC planes covering aerodynamics, wing and fuselage construction, motor selection, flight testing, and culminating in the capstone project exhibition.

Practical Session
  • HAM radio operation demo
  • RC plane assembly
  • Capstone project exhibition & evaluation
College Partnerships
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