Rahul Mhaskar

Led a team of four to design and implement an Arduino-based traffic management system. The system uses four infrared (IR) sensors to detect traffic density and dynamically control LED traffic signals.

Sensor data is processed using an Arduino Uno microcontroller. The embedded code was developed using Arduino IDE, and circuit schematics were designed using Proteus software.

A physical working model was constructed to demonstrate real-world functionality and intelligent traffic control.

Designed the complete architecture of a Hospital ERP System using Java and Spring Boot principles. The system follows a layered architecture consisting of Controller, Service, Repository, and Database layers.

Key modules include Patient Management, Doctor & Staff Management, Appointment Scheduling, Pharmacy, Laboratory, Billing & Finance, Inventory Management, and User Security using role-based access control and JWT authentication.

The project emphasizes object-oriented design, RESTful APIs, database relationships using MySQL, and industry-standard design patterns such as MVC and Repository Pattern.

Developed a comprehensive web application designed for traders to log, track, and analyze their foreign exchange market performance. This tool helps in identifying trading patterns and improving emotional discipline.

The application features a clean, intuitive dashboard built with HTML, CSS, and JavaScript. It allows users to record entry/exit points, risk-to-reward ratios, and trade outcomes to calculate win rates and profitability over time.

By leveraging local storage or database integration, the journal ensures that historical trade data is preserved for long-term strategy backtesting and performance auditing.