Project Code :TEMBMA3594
Objective
To automate and optimize inventory management by integrating Raspberry Pi with RFID, GSM, and LCD technologies for real-time stock monitoring and alerts.
Abstract
The "Inventory Optimization System Using
Raspberry Pi and Python" is an innovative solution designed to streamline
inventory management processes by utilizing modern technology. The system
incorporates a Raspberry Pi as the central processing unit, interfacing with an
RFID EM18 reader, GSM module, and an LCD display to provide a comprehensive and
efficient approach to stock monitoring. When an RFID card is swiped over the
EM18 reader, the system records the transaction and updates the inventory count
in an Excel sheet, decreasing the quantity of the corresponding product. This
update ensures that inventory levels are accurately maintained without manual
intervention. The LCD display provides immediate feedback on the transaction,
enhancing user experience. In scenarios where stock levels reach critical low
points, the GSM module automatically sends alert messages to the stock manager,
facilitating proactive restocking and preventing potential out-of-stock
situations. This feature ensures that businesses can maintain optimal inventory
levels, reducing the risk of lost sales due to unavailable products. Additionally,
the system is capable of handling stock replenishment efficiently. Once
products are restocked, inventory levels are updated in the system, maintaining
a seamless flow of information. This automation not only optimizes inventory
management but also minimizes human errors, saves time, and enhances overall
operational efficiency
NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.
Block Diagram

Specifications
Hardware
requirements:
- Raspberry
pi
- RFID EM18
- LCD
- GSM
- Power
supply
Software
requirements:
Learning Outcomes
- Raspberry
pi Pin diagram and Architecture
- How
to install and setting up of Python IDE
- Basic
python coding
- EM
18 interface
with Raspberry pi
- GSM
interface
with Raspberry pi
- LCD
interface
with Raspberry pi
- About
Project Development Life Cycle:
- Planning and
Requirement Gathering( softwareβs, Tools, Hardware components, etc.,)
- Schematic
preparation
- Code
development and debugging
- Hardware
development and debugging
- Development
of the Project and Output testing
- Practical
exposure to:
- Hardware
and software tools. ,
- Solution
providing for real time problems,
- Working with team/
individual,
- Work on Creative
ideas.
- Project
development Skills
- Problem
analyzing skills
- Problem
solving skills
- Creativity
and imaginary skills
- Programming
skills
- Deployment
- Testing
skills
- Debugging
skills
- Project
presentation skills
- Thesis
writing skills