Overview
About Me
Python Developer & IoT Enthusiast
I'm an enthusiastic Backend Python Developer with a strong focus on designing scalable and efficient backend systems. I specialize in building secure, high performance APIs and services using Django, Flask, and other Python frameworks. Let’s collaborate and create innovative solutions together!
Capabilities
Skills
01
Front-End
02
Back-End
03
Miscellaneous
04
SBC-Boards
Selected Work
Projects
01
Smart Parking System
IoT-based parking management with cloud integration.
- Developed a smart parking solution utilizing Raspberry Pi to control entry and exit points.
- Integrated RFID/NFC readers for access control and Flask for backend management.
- The system includes a cloud server on AWS and a local server that communicates with Raspberry Pi devices to manage parking spaces and handle Fastag payments.
- Controlled boom barriers and employed MQTT protocol for real-time communication between parking hardware and backend systems.
- Ensured fast and reliable updates on parking availability using MQTT.
- Key technologies: Django, Flask, MySQL, Redis, Raspberry Pi, RFID Reader, NFC Reader, LCD Display, LED Display, AWS Cloud, Local Server, MQTT, Tkinter.
02
Tmate Server
Secure remote access solution using Django and REST API.
- Built a Tmate server that enables remote SSH access to devices over the internet without the need for static IP or port forwarding.
- Developed using Django and REST API to manage SSH sessions, providing a secure and efficient way to access devices remotely.
- Utilized SQLite3 for database management to store session data and user configurations.
- Designed the front-end with HTML, CSS, and JavaScript for a user-friendly interface to initiate and manage SSH connections.
- The system allows users to seamlessly connect to remote devices and control them as if they were on the same local network.
- Key technologies: Django, REST API, SQLite3, HTML, CSS, JavaScript.
03
Smart Home Automation
Smart home automation using Raspberry Pi and Flask.
- Developed and sold a smart home automation system that allows users to monitor temperature and humidity levels and control appliances like fans and lights through a web interface.
- The system was built using Raspberry Pi for hardware integration, along with relays to control the appliances and temperature & humidity sensors for environmental monitoring.
- Used Python and Flask to build the backend, managing appliance control and data monitoring.
- Implemented SQLite3 for local data storage and Redis for real-time data caching and communication.
Contact
Get In Touch
Let’s collaborate and create innovative solutions together!