// the find
Sandeep-joshi123/Automatic-Medicine-Reminder-System-using-LPC2148-ARM7-
RTC-based Automatic Medicine Reminder System developed using LPC2148 ARM7 featuring LCD, UART, ADC, Keypad, Buzzer, LEDs, and Alarm Management.
An academic embedded systems project implementing a medicine reminder on the LPC2148 ARM7 microcontroller, using the onboard RTC to trigger buzzer/LED/LCD alerts when alarm times match. Targeted squarely at students learning LPC2148 peripheral integration — this is a coursework submission, not a deployable product.
Covers a reasonable spread of LPC2148 peripherals in one project (RTC, UART, I2C, ADC, GPIO), which makes it a decent reference for wiring them together. The Proteus simulation with a compiled .hex file means someone can run it without hardware. Includes a block diagram, circuit diagram, and flowchart in the Documentation folder — more than most student projects bother with. The alarm management uses an array of structs, which is the right approach for this constraint environment.
Alarms are stored in RAM only — power cycle wipes everything, and the README lists EEPROM storage as a future enhancement rather than a basic requirement. Zero stars and zero forks, single contributor, explicitly self-described as an academic mini project — there is no community and no evidence anyone has tested it on real hardware beyond Proteus. The ADC integration reads a voltage divider and calls it 'temperature monitoring' — that is misleading and not a real temperature sensor circuit. Single 214-line source file with no modular structure makes it hard to adapt or extend.