Course Details

Engineers from any engineering stream, Students from any branch of science are eligible for this course.  Working professionals or any graduates who have keen interest in drone/quad, must pursue this course.

In particular one can chose from major career options in quadcopter as a programmer for the Quadcopter Flight Stablization Board & in the Fliming Videography, Photography using quadcopter. Research, Military and Law enforcements fields are also in need of people with knowledge of Quad.

Quadcopters evaluate new ideas in a number of different fields, including flight control theory, navigation, real time systems, and robotics. And according to the industry standards it is a strong part of Drones. So we can say there is a wide scope and good market demand of Quadcopter.

CURRICULUM


  • Elaborated Idea
  • History of Quadcopter
  • Commercial uses
  • Introduction to Embedded System
  • Different Models of copter
  • Materials used
  • Designing Concepts in terms of measurements
  • Different types of frames
  • Feasibility and Sustainability of frame materials
  • Idea about torque and thrust
  • Flying concept of helicopter and aaro planes
  • Relation with quadcopter flying concept
  • Flying axis of quadcopter
  • Concepts of Stability
  • Brief idea about control System
  • Idea about Controllers
  • P, PI PID Concept
  • Gain Adjustment
  • Idea about microcontroller and microprocessor
  • Operations of Gyroscope and accelerometer
  • Explanation of layout of board
  • What id Embedded C
  • Embedded C-Programming for AVR Microcontroller
  • Introduction to C Statement Function
  • Programmer Strategy
  • Code structures and debugging
  • Code flashing and execution
  • What is 16X2 LCD
  • How to print data on LCD
  • Interfacing of LCD
  • Coding for LCD
  • Practing use of LCD
  • Coding
  • Development
  • Testing
  • Cell phone Controlled Robot
  • Number of channels
  • Channels dependency on axis
  • Frequency setup
  • Consequences of receiver beyond coverage area
  • Mode setup
  • Circuit Connection
  • Ampere Rating Section
  • Working of ESC
  • PWM technique
  • Duty Cycle
  • Mosfet
  • Cmos technology
  • Data Signaling ESC
  • Introduction of Embedded System
  • Present use Embedded System
  • Use of Embedded System in Robotics technology
  • Practically Concept understanding of all major electronic Components
  • Use of Electronics Components
  • How to measure Electronic Component
  • Practical Application of Electronics
  • Working with Resistance Diode Capacitor LED Zener Basic IC'S
  • Introduction to micro controller
  • What is a micro controller
  • Microprocessor vs microcontrollers
  • RISC vs CISc
  • Why AVR is the most widely used micro controller family
  • Introduction to Atmega8 Microcontoller
  • Introduction to ATMega8/AtMega 16/Atmega32 features
  • Data register of Atmega8 contoller
  • Working Principle of Motors
  • Different types of motors
  • Applications
  • Idea about BLDC Motors
  • Commutation
  • Rating Selection of Motor
  • Types of propellers
  • Forces acting on propellers
  • Dimensions of propellers
  • Choosing propeller according to quadcopter

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