Ralph F. Tate Associate Professor Automotive Technology

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Presentation transcript:

Ralph F. Tate Associate Professor Automotive Technology Teaching advanced automotive electronics with open-source microcontrollers Ralph F. Tate Associate Professor Automotive Technology

Motivation and Objectives Many automotive technology students struggle with understanding electronics Vehicles rely heavily on microcontrollers Play and learn! Objectives: Increase skills and knowledge through hands-on exercises Introduce students to coding Motivate students to continue to explore!

What is a Microcontroller? A small computer on a single integrated circuit (chip) Typically "embedded" inside a device that they are programmed to control A microcontroller is often small and low cost www.mikroe.com/chapters/view/1

What is the Arduino? todbot.com/blog/bionicarduino

High-value, Low-cost Kits Includes numerous sensors, actuators, indicators, motors, etc. Easily adaptable to many automotive technology applications. Students can work independently (online)

Progressive Exercises Wiring an electronic circuit from schematic Evaluating/testing an electronic circuit Controlling an electronic circuit Troubleshooting an electronic circuit Current utilization Instructor-guided introduction to HW and SW Instructor-guided, student demo of basic sensor signal acquisition and display Student demo of solution to assigned problems (synthesis)

Example: CAN bus data comm

Future Direction Train faculty Increase student involvement in Arduino Development Group Develop exercises to demonstrate autonomous technology