This report and codes encapsulates the development and implementation of a temperature control system leveraging the TM4C123G microcontroller. The project's core aim involves integrating diverse hardware components, including the BMP280 sensor, Nokia 5110 LCD, resistive heating pad, and peltier, to create a functional temperature control mechanism. The primary objectives revolve around continuous temperature monitoring within a specified environment, maintaining it within adjusted limits, and presenting real-time data through various output interfaces. Maintaining the environment’s temperature within adjusted limits will be provided with peltier and resistive heating pad. Achieving this necessitates adeptness in hardware-software coordination, adhering to specific restrictions in both hardware utilization and programming languages. This project serves as an exercise in fusing theoretical knowledge with hands-on application, emphasizing the significance of careful design and seamless integration of different hardware elements to craft a cohesive temperature control system. The next sections elucidate the methodologies, challenges, and outcomes encountered during development, highlighting the strategies employed to fulfill project requisites within stipulated constraints. Furthermore, it explores the use of Serial Peripheral Interface (SPI) and I2C for efficient device communication, underscoring the proficiency in microcontroller-based system implementation Components • Nokia 5110 LCD Screen • BMP280 Temperature Sensor • TM4C123G Board • Potentiometer • DC Supply • 2 x BD237 Power Transistor • 2 x 100 Ω resistor
