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Learn to build a comprehensive GPS tracking system from the ground up using the Raspberry Pi Pico W and Adafruit Ultimate GPS module in this hands-on course. Master the fundamentals of GPS technology, including how the Global Positioning System works and the principles behind latitude and longitude coordinates. Develop skills in reading and parsing NMEA sentences from GPS data streams, understanding the timing challenges of UART-based GPS modules, and implementing robust data handling using dual cores and threading. Explore practical electronics by learning basic soldering techniques and connecting hardware components. Create a functional GPS tracker with an OLED display that shows real-time location data, accurate time and date information, and altitude readings. Implement battery power solutions for portable operation and master data logging techniques on the Raspberry Pi Pico W. Calculate distances and headings between GPS points using the Haversine formula and develop Python programs for GPS data analysis. Learn to transfer data log files from your device to a PC and configure your GPS tracker for remote field operation. Complete the project by taking a real-world road trip to collect GPS data and create KML files for visualizing your tracking data on Google Earth, providing a complete end-to-end GPS tracking solution.
