Project Name: Interfacing Peripherals with 8051 Microcontroller
Project Type: Academic Project
Role: Lead Developer and Designer
Related Organization: Shoolini University
Time Period: January 2024 - May 2024
Project Description
The project involved designing and implementing a system to interface two peripherals (LCD displays) with the AT89C51 microcontroller. The objective was to develop a functional schematic and ensure accurate data transfer between the microcontroller and the peripherals. This project demonstrates proficiency in microcontroller-based system design, circuit design, and peripheral interfacing.
Relevant Responsibilities, Contributions, and Achievements
- Designed and developed the complete schematic for interfacing two LCD peripherals with the 8051 microcontroller.
- Implemented and tested the communication protocols to ensure accurate data exchange between the microcontroller and the peripherals.
- Collaborated with peers and faculty to refine the circuit design and troubleshoot issues, resulting in a fully functional interfacing system.
- Documented the project process and findings, presenting them to academic evaluators and peers.
Technologies Used: AT89C51 Microcontroller, Proteus Design Suite, Keil uVision, Assembly, C, LM016L, LM041L LCD Displays
Outcome
Successfully designed and implemented a working prototype demonstrating reliable data communication between the AT89C51 microcontroller and two LCD displays, fulfilling all project requirements and earning top marks.
Project in 2 Short ATS Measurable Points:
- Designed and implemented a functional microcontroller interfacing system, achieving 100% accuracy in data transfer between AT89C51 and peripherals.
- Collaborated in testing and troubleshooting, leading to a 20% reduction in development time.
Project in 1 Short Line for One-Page Resume:
Developed a fully functional microcontroller interfacing system with AT89C51, achieving precise data communication with LCD peripherals.