Advanced Robotics Course

Advanced robotics refers to the cutting-edge field that focuses on developing and implementing sophisticated robotic systems capable of performing complex tasks autonomously or semi-autonomously.

These systems often incorporate advanced technologies and methodologies from various disciplines such as artificial intelligence (AI), machine learning, computer vision, sensor integration, and human-robot interaction.

Here are key aspects of advanced robotics:

• Programming language
• Basics of ‘C’
• Statements and loops
• Functions
• Array and String
• Pointers
• Interrupt driven programming
• ADC interfacing
• Embedded system
• Physical component detailing
• Resistor, capacitor, transistor, diode, inductor, op-amp, switches and relay, motor, breadboard, IC, PCB, soldering kit, oscillator, etc.
• Automation design and implementation Basics of Embedded System Microprocessor & Microcontroller Classification
• AVR (ATMEGA 8 and 32)
• Introduction to ATMEL series IDE
• AVR STUDIO
• PROTEUS
• Output device interfacing-LED
• Output device interfacing -LCD
• Switches and keypad interfacing
• Output device interfacing -Motors
• Serial communication programming
• Robotic arm
• Introduction to a robotic arm
• Degree of freedom
• Design of robotic arm
• Robotics
• Introduction to robotics
• Classification of robotics
• Peripheral detail of robotics
• Actuator part in a robot
• Actuator part driver and details
• Sensor interfacing in robotics
• Robot controlling
• Wired Controlling
• Wireless Controlling
• Infrared Control
• RF control
• Bluetooth Control
• Computer Controlled
• DTMF (Mobile Phone Contol)
• GPS, GSM Control, etc
• PCB design introduction and design of single layer PCB