1. CAN BASE AUTOMOTIVE APPLICATIONS.
2. CAN NETWORKING FOR CARS (CONTROLLER AREA NETWORK OF BOSCH)
3. CAN PROTOCOL IMPLEMENTATION TO ENABLE ROBUST SERIAL COMMUNICATION FOR AUTOMOTIVE APPLICATIONS.
4. CAN TO RS232 CONVERTER (ANALYZING THE CAN TRAFFIC OVER THE CAN BUS)
5. IMPLEMENTATION OF A CAN-BASED MULTI CONTROLLER DIGITAL DRIVING SYSTEM FOR A VEHICLE
6. INDUSTRIAL AUTOMATION USING CAN PROTOCOL (MOTOR SPEED CONTROL BASED ON TEMPERATURE)
7. MULTIVARIABLE PARAMETER INTERFACING WITH CAN BUS
8. ROBOT CONTROLLING USING CAN PROTOCOL.
9. TEMPERATURE BASED D.C MOTOR SPEED CONTROL USING CAN PROTOCOL.
10. WIFER CONTROL USING CAN BUS (HUMIDITY BASED)

Students will be provided with following:

• Total Hardware, Software Kit & CD.
• Selected Project Abstract, Schematic Diagrams and project Data.
• Project working procedure.
• Documents/Data Sheets related to the project.