Spring 2021
Title: IoT Hub for Weather Data Storage
Designed an IoT-based system to collect, store, and manage real-time weather data.
Technologies: Python, Raspberry Pi 3B+, MQTT, Cloud Storage
Sensors: DHT11/DHT22 (Temperature & Humidity), BMP180/BMP280 (Pressure), Rain Sensor
Title: Marketplace Blockchain Application 2.0
Developed an advanced blockchain-based marketplace application enabling secure, transparent, and decentralized transactions.
Technologies: Python, Solidity, Ethereum, Smart Contracts, Web3.js
Platform: Raspberry Pi 3B+
Fall 2020
Title: Raspberry Pi-Based Personal Healthcare System
Developed an IoT-enabled healthcare monitoring system for real-time tracking of patient vital signs. Heart rate data was collected via sensors and transmitted from the Raspberry Pi to Microsoft Azure using Azure IoT Hub for secure storage and analysis.
Technologies: Python, Raspberry Pi 3B+, Microsoft Azure IoT Hub, Cloud Services
Sensors: Pulse Sensor (Heart Rate), LM35/DHT11 (Temperature), MAX30100/MAX30102 (SpO₂)
Title: Marketplace Blockchain Application 1.0
Designed and implemented a foundational blockchain-based marketplace for secure digital transactions.
Technologies: Python, Solidity, Ethereum Blockchain, Smart Contracts
Platform: Windows
Spring 2020
Title: Data Privacy using Encryption-as-a-Service in IoT Devices (Research Project)
Investigated secure data transmission in IoT systems using encryption-as-a-service models.
Technologies: Python, Raspberry Pi 3B+, AES/RSA Cryptography, Cloud Integration
Sensors: Simulated IoT data (Temperature, Motion Sensors)
Title: Blockchain Framework for Smart Home IoT Applications
Developed a blockchain-based framework using smart contracts to secure smart home IoT device interactions.
Technologies: Python, Solidity, Ethereum, Raspberry Pi 3B+
Sensors: PIR (Motion), DHT11 (Temperature), LDR (Light), MQ-2 (Gas)
A Service-Oriented Architecture (SOA) Approach for Remote Lab Services
Designed and developed a web-based application enabling users to reserve and schedule remote lab access. The system supports flexible booking and remote login, leveraging SOA principles with loosely coupled, interoperable services.
Technologies: HTML, CSS, JavaScript, Apache Tomcat, Java Servlets, Apache Axis, Oracle 10g
Result Announcement System (Interactive Voice Response - IVR)
Architected and developed an IVR system that enables users to access results through a touch-tone telephone interface. The system integrates with a backend database to retrieve and update information efficiently, improving resource utilization and operational productivity.
Technologies: C# (TAPI), Database Systems