• Basic electronic components.
• Fundamental electrical concepts.
• Detailed session on Transistors.
• Motor Drivers
• Sensors
• OpAmp
• Bread boarding techniques.
• Interfacing of sensors

• What is Microcontroller?
• Difference between microcontroller and microprocessor?
• Microcontroller Architecture and interfacing
• How can we use a microcontroller in our own circuits?
• Microcontroller Programming in 'C'
• Writing your First ‘C’ Program in  AVR Studio
• Compilation and debugging
• Loading Compiled ‘C’ Program on a Microcontroller using Robosapiens 'AVR Loader v1.0 Beta'
• Line following Robot Algorithms
• Edge Avoiding Robot Algorithm
• Obstacle avoider Robot Algorithm

It's a bot which never falls off the edge of a table. It has protruding sensors, which can detect beforehand, what lies ahead, whether it is the table surface or it's end. When it detects an end, it turns taking into consideration the distance between it's wheels and the protruding distance of sensors from the main body of the bot. This results in a mechanism, which turns the robot in the appropriate direction whenever the limit of the table (or any elevated surface for that matter) ends and thus never lets the bot fall off the table.

As the name suggests, it follows a line whose color is in contrast with the rest of the surface. A simple fuzzy logic will do the job of maneuvering the bot through the line in whatever direction it goes (obviously keeping in mind the dimensions and turning limitations of the bot)

As the name suggests, it follows light beam. A simple fuzzy logic will do the job of maneuvering the bot through a Light searching Sensors in whatever direction it goes (obviously keeping in mind the dimensions and turning limitations of the bot).