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Poojan P. - Django Developer, React Native, nextjs

My name is Poojan P. and I have over 3 years years of experience in the tech industry. I specialize in the following technologies: Python, React, Django, node.js, CSS, etc.. I hold a degree in High school degree, Bachelor of Computer Science (BCompSc). Some of the notable projects I’ve worked on include: ODAS - Online Doctor Appointment System React Design Template, RFID Library Management System - Grantha, Tours And Travels Demo, Personal Portfolio, Local - A Ride Sharing Application, etc.. I am based in Kitchener, Canada. I've successfully completed 7 projects while developing at Softaims.

I value a collaborative environment where shared knowledge leads to superior outcomes. I actively mentor junior team members, conduct thorough quality reviews, and champion engineering best practices across the team. I believe that the quality of the final product is a direct reflection of the team's cohesion and skill.

My experience at Softaims has refined my ability to effectively communicate complex technical concepts to non-technical stakeholders, ensuring project alignment from the outset. I am a strong believer in transparent processes and iterative delivery.

My main objective is to foster a culture of quality and accountability. I am motivated to contribute my expertise to projects that require not just technical skill, but also strong organizational and leadership abilities to succeed.

Main technologies

  • Django Developer

    3 years

  • Python

    1 Year

  • React

    2 Years

  • Django

    1 Year

Additional skills

Direct hire

Potentially possible

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Experience Highlights

ODAS - Online Doctor Appointment System React Design Template

Online Doctor Appointment System (ODAS) template is a seamless and user-friendly solution designed to revolutionize the way users schedule and manage their medical appointments. Built with the latest technologies, including React for dynamic user interfaces, Tailwind CSS for sleek styling, Shadcn UI for a visually appealing design, and Clerk for secure authentication, our ODAS template ensures a smooth and secure experience for both patients and healthcare providers. Key Features: Intuitive User Interface: The Shadcn UI provides a clean and intuitive interface, making it easy for users to navigate and schedule appointments effortlessly. The use of Tailwind CSS ensures a responsive design that adapts to various screen sizes, providing a consistent experience across devices. Authentication with Clerk: Security is a top priority, and Clerk integration adds an extra layer of protection to your ODAS. Users can securely log in, ensuring that only authorized individuals can access sensitive medical information and appointment details. Appointment Scheduling: The heart of ODAS is its robust appointment scheduling system. Patients can easily browse available time slots, select their preferred healthcare provider, and book appointments at their convenience. The system sends confirmations and reminders to both patients and doctors, reducing the risk of missed appointments. Profile Management: Users have personalized profiles where they can manage their personal information, view appointment history, and update their preferences. This feature enhances the overall user experience and allows for easy tracking of health-related activities. Responsive Design: Whether accessing ODAS from a desktop, tablet, or smartphone, the responsive design ensures a seamless experience. Tailwind CSS guarantees that the interface looks and functions flawlessly across various devices and screen sizes. Real-time Updates: The use of React enables real-time updates, ensuring that users receive the latest information regarding appointment availability, changes, and cancellations. This dynamic feature enhances the overall efficiency of the system. User-friendly Dashboard: Healthcare providers have access to a user-friendly dashboard where they can manage their schedules, view patient details, and efficiently organize their appointments. The dashboard provides a comprehensive overview of daily, weekly, and monthly activities.

RFID Library Management System - Grantha

Grantha-Backend is a cutting-edge RFID Library Management System that combines the power of Django Rest Framework (DRF) and Spring Boot in a Java project. This collaborative effort creates a robust and efficient backend solution for managing library resources using Radio Frequency Identification (RFID) technology. The integration of DRF and Spring Boot brings together the strengths of both frameworks to provide a comprehensive and seamless experience. Features RFID Integration: Leverage RFID technology to enable accurate and streamlined tracking of library items, reducing manual input and enhancing operational efficiency. Inventory Management: Effectively manage all library resources, such as books, magazines, CDs, and more. Easily add, update, or remove items from the library's collection. User Authentication: Implement secure user authentication and access control mechanisms. Issue unique RFID cards or use alternative authentication methods for library patrons. Check-in and Check-out: Simplify the borrowing process through RFID-enabled self-service kiosks or staff-assisted check-in/check-out stations. Search and Cataloging: Provide patrons with a user-friendly catalog search, offering comprehensive details about available items, including author, title, and availability status. Reservations and Holds: Enable users to reserve items in advance and manage holds efficiently. Automatic notifications are sent to users when their reserved items become available. Fines and Notifications: Automate the calculation of fines and overdue notifications, ensuring timely returns and minimizing late returns. Reports and Analytics: Generate insightful reports on library activities, circulation trends, popular items, and more. These reports aid in data-driven decision-making. Integration with Library Management Systems: Seamlessly integrate the Grantha-Backend with existing library management software for a unified and complete solution.

Tours And Travels Demo

Project Title: Demo Tours and Travels Website Project Description: The Demo Tours and Travels Website is a showcase of a modern, user-friendly platform designed to offer an immersive experience for travelers seeking their next adventure. The website seamlessly integrates the power of React and Django to provide a dynamic and responsive travel portal that caters to both travelers and travel agencies.

Personal Portfolio

Project Description: Personal Portfolio Overview: It showcases my skills and projects. It is built using a cutting-edge tech stack, with React as the frontend library, Django REST framework (DRF) as the backend, and PostgreSQL as the database. The entire application is fully Dockerized and Kubernetes-ready, ensuring seamless deployment and scalability. Key Technologies: React: React, a powerful and popular front-end JavaScript library, serves as the foundation for building the user interface. It allows for the creation of reusable UI components, enabling an efficient and interactive user experience. Tailwind CSS: The application incorporates Tailwind CSS, an open-source CSS framework that provides a unique approach to styling. Unlike traditional frameworks, Tailwind CSS focuses on utility classes, allowing developers to build custom styles with ease. Django REST framework (DRF): DRF, a flexible and feature-rich toolkit, empowers the backend by simplifying the creation of Web APIs. Leveraging Django's class-based views, DRF streamlines serialization and ensures seamless communication between the frontend and backend.

Local - A Ride Sharing Application

Project Description: Local - A Ride Sharing Application Overview: Local is a cutting-edge ride-sharing application that brings together a seamless platform for users to request and offer rides within their community. Utilizing microservices architecture, the application is built to provide a smooth and efficient experience for both drivers and passengers. With three core services working in harmony, Local revolutionizes the way people travel by creating a sustainable and user-friendly ride-sharing ecosystem. Key Services: API Gateway (FastAPI): As the entry point to the application, the API Gateway service efficiently handles incoming requests from users, directing them to the appropriate microservices. FastAPI's high-performance framework ensures swift responses and a reliable user experience. Auth Service (Django REST framework - DRF): The Auth service is responsible for user authentication and authorization. When users log in or register, the service generates secure JSON Web Tokens (JWTs) for subsequent requests, ensuring robust security and privacy. Trip Service (Node.js/Express.js and Socket.IO): The Trip service forms the heart of the ride-sharing experience. It facilitates ride requests and offers, allowing users to connect in real-time through Socket.IO for smooth communication and coordination. To further enhance the development and maintainability of the Trip Service, TypeScript is employed as the primary programming language. TypeScript is a superset of JavaScript, adding static typing and other features that make code more reliable and easier to manage in large-scale applications like Local's Trip Service. Architecture: Local adopts a microservices architecture to compartmentalize functionalities into independent services. This design offers numerous benefits, such as streamlined development, scalability, and ease of maintenance. The API Gateway orchestrates seamless communication between services, enabling efficient data flow and smooth interactions. Deployment: The application is efficiently deployed on a Virtual Private Server (VPS) using Docker containers. Dockerization provides a consistent environment across different stages of development and ensures effortless scaling. Nginx is utilized as a robust load balancer, exposing the API Gateway service while effectively routing requests to the other Dockerized services. Technologies Utilized: Local leverages state-of-the-art technologies to deliver a superior ride-sharing experience: FastAPI: A high-performance web framework for efficient API handling and response. Django REST framework (DRF): A powerful toolkit for building secure and feature-rich web APIs. Node.js/Express.js: A scalable and robust platform for developing the Trip service. Socket.IO: Facilitating real-time, bidirectional communication between users and drivers. Docker: For containerization, enabling consistent deployment across various environments. Nginx: A reliable load balancer and reverse proxy, enhancing application performance. In our relentless pursuit of excellence, we plan to introduce the following enhancements in future iterations of Local: Real-time tracking of rides, integrating mapping services like Google Maps for enhanced navigation. Implementation of robust error handling mechanisms to elevate user experience and application reliability. Enabling multi-language support to cater to a diverse user base, making Local more accessible and user-friendly. Local is the ride-sharing solution for the future, designed to foster a connected community while prioritizing efficiency, safety, and user satisfaction. Join us on this journey as we redefine the way people commute, one ride at a time.

Education

  • New Horizon College

    High school degree in High School Education

    2013-01-01-2015-01-01

  • Kathmandu Engineering College

    Bachelor of Computer Science (BCompSc) in Computer engineering

    2016-01-01-2019-01-01

Languages

  • English
  • Nepali

Personal Accounts