Introduction

Overview.

Hello! I’m Vivek Lakhani, a software developer with over three years of experience creating dynamic web applications in areas like finance, education, and healthcare. I specialize in both front-end and back-end development, with expertise in frameworks and tools like Django REST Framework, Chart.js, and NestJS. My work has a strong emphasis on UI/UX, aiming to create intuitive and user-friendly applications. Feel free to explore my projects and get in touch at viveklakhani1010@gmail.com I'm always open to new opportunities and collaborations!

jeff
web-development

AI/ML Developer

web-development

Frontend Developer

web-development

Backend Developer

web-development

Fullstack Developer

 

What I have done so far

Experience.

 

My tools

Technologies.

 

My work

Projects.

Following projects showcases my skills and experience through real-world examples of my work. Each project is briefly described with links to code repositories and live demos in it. It reflects my ability to solve complex problems, work with different technologies, and manage projects effectively.

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Blockchain Based Land Registration System

The Land Registration System is a decentralized application (DApp) built on blockchain technology with integrated NFT minting capabilities. It aims to provide a secure, transparent, and immutable platform for registering land parcels and converting them into Non-Fungible Tokens (NFTs).These NFTs represent unique digital assets with verifiable ownership records, ensuring trust and efficiency in land transactions. The system incorporates features such as Metamask integration for secure signing, precise land registration using longitude and latitude coordinates, different administrative levels for governance, and displaying amenities around registered land parcels.

#Django

#Solana

#Web3

#React.js

#SQLite

#Twilio

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OCR Engine

OCR-based system for automated text extraction and processing of scanned documents, images, and forms. Using Tesseract and OpenCV, the system preprocesses images by applying techniques like noise reduction, deskewing, and contrast enhancement to ensure optimal recognition accuracy. The solution integrates AWS Textract for multi-language support and handles structured data extraction from invoices, receipts, and tables, converting them into machine-readable formats like JSON or XML. Real-time OCR capabilities are implemented with EasyOCR and PyTorch for applications requiring on-the-go text recognition, such as mobile or web platforms. The project aims to streamline document digitization and automation workflows across industries.

#Django

#Tesseract OCR

#NLTK

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Talkface AI

Accurately Lip-syncing Videos In The Wild is an innovative project focused on creating realistic, context-aware lip-syncing for videos. The goal is to develop a system that can accurately synchronize a person's speech to video footage in real-time, even when the footage is shot in uncontrolled or wild environments, such as outdoor settings or when there are dynamic camera angles. This can be applied to various fields, including entertainment (e.g., dubbing or animation), accessibility (e.g., subtitling and sign language interpretation), and social media applications.

#GAN

#opencv

#Pytorch

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Ayurvedic Chatbot

This is a medical chatbot that has been developed to help users provide with ayurvedic formulations and recipes

#React.js

#Django

#Tailwind

#RAG

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RAG(Retrieval Augmented Generation)

The Retrieval-Augmented Generation (RAG) system combines the power of retrieval-based systems and generative language models to generate highly accurate and contextually relevant content by augmenting the generative process with external knowledge. This project aims to develop a sophisticated RAG-based system for dynamic question answering, content creation, and summarization tasks, allowing the model to fetch real-time information from large knowledge bases or external resources before generating responses.

#LLM

#NLP

#GPT

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Assignment Writing Services

Assignment Writing Service platform with React.js as the frontend and Flask as the backend, you can follow the steps below. The goal is to create a platform where students can order assignments, track progress, and communicate with writers or tutors.

#React.js

#Flask

#Tailwind

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Emotion Detection System

Emotion Detection System is a software application designed to analyze and identify human emotions from various sources of data such as text, voice, or facial expressions. The system uses machine learning (ML) and deep learning (DL) techniques to classify emotions into categories like happiness, sadness, anger, surprise, disgust, fear, and others.

#Open CV

#Tensorflow

#Pytorch

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Hospital Management System

Hospital Management System (HMS) is a software application designed to streamline and automate hospital operations, improving efficiency and service delivery. It manages various aspects such as patient records, appointments, billing, inventory management, staff management, and more. Below is a comprehensive guide on how to build a Hospital Management System with React.js as the frontend and Django as the backend.

#React.JS

#Django

#SQLite

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Music Streaming Systems

The Music Streaming System project involves designing and implementing a platform using React.js for the frontend and Django for the backend, enabling user authentication, playlist management, and real-time song streaming. The system integrates third-party APIs to retrieve music data, providing features such as song search, personalized recommendations, and user-generated playlists, enhanced by machine learning algorithms. To ensure scalability, the project leverages cloud infrastructure (AWS) for high availability and performance, offering high-quality audio streaming with additional features like offline playback and user interaction with content.

#React.js

#Django

#Google O-Auth

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Hotel Recommendation System

Recommend Hotel to user based on Location.

#Django

#Geocoder

#Geopy

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House Price Prediction

The House Price Prediction project aims to develop a machine learning model that predicts house prices based on various factors such as location, size, number of rooms, and other relevant features. Using a dataset of historical house prices, the model is trained using algorithms like linear regression, decision trees, or random forests to identify patterns and relationships between the features and the target price. The system will be implemented with a Python-based backend, utilizing libraries like Scikit-learn for model training, and a simple frontend to allow users to input property details and receive price predictions in real-time.

#Scikit Learn

#Flask

 

Get in touch

Contact.

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