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Major Project · Web Development

Stress Detection and Employee Well-Being Monitoring System Project

A smart stress monitoring platform that analyzes employee behavioral data such as keyboard activity, screen time, application usage, voice patterns, and wearable device information to assess stress levels, detect anomalies, and provide personalized recommendations for …

Difficulty Level
Advanced
Core Modules
10 Modules
Laptop frame

Project Overview

The Stress Detection and Employee Well-Being Monitoring System is an AI-powered platform designed to identify and manage stress among IT professionals and employees. The system continuously collects behavioral and physiological data from multiple sources including keyboard activity, screen time tracking, application usage, voice analysis, and wearable devices. Using machine learning algorithms, the collected data is cleaned, processed, normalized, and analyzed to identify stress patterns and anomalies.
The platform also includes an interactive mental health assessment chatbot powered by Rasa, which evaluates the user's emotional state through questionnaires and generates stress scores and risk levels. Based on the assessment results and behavioral analytics, personalized recommendations, alerts, wellness resources, and intervention strategies are provided.
The system offers separate dashboards for users and administrators, enabling real-time monitoring of stress trends, behavioral metrics, feedback analysis, and overall employee well-being. The solution aims to promote a healthier work environment by enabling early stress detection and timely intervention.

Module Breakdown 10 Modules

User Management Module
Handles user registration, login, profile management, password recovery, account settings, and authentication.
Stress Assessment Module
Conducts mental health assessments through an AI chatbot and calculates stress scores and risk levels.
Behavioral Data Collection Module
Collects user behavioral data including keyboard activity, screen time, application usage, voice patterns, and wearable device information.
Data Processing & Normalization Module
Cleans, validates, and normalizes collected data before analysis to ensure accuracy and consistency.
Feature Extraction Module
Extracts meaningful behavioral and physiological features such as typing speed, productivity ratio, heart-rate variability, and stress indicators.
Stress Pattern Recognition Module
Identifies stress-related behavioral patterns using extracted features and rule-based or machine learning techniques.
Machine Learning Prediction Module
Predicts user stress levels and overall wellness using trained machine learning models.
Anomaly Detection Module
Detects unusual behavioral patterns using Isolation Forest, LOF, DBSCAN, Statistical Analysis, and other anomaly detection algorithms.
Recommendation & Alert Module
Generates personalized recommendations, wellness suggestions, and stress alerts when high-risk conditions are detected.
Dashboard & Reporting Module
Provides user and admin dashboards with visual analytics, stress trends, behavioral reports, and performance monitoring.

Technology Stack

Python HTML Java Script Django SQLite

Project Screenshots 3 Screenshots

Screenshot 1 of Stress Detection and Employee Well-Being Monitoring System
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Screenshot 2 of Stress Detection and Employee Well-Being Monitoring System
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Screenshot 3 of Stress Detection and Employee Well-Being Monitoring System
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Project Abstract

The Stress Detection and Employee Well-Being Monitoring System is an AI-powered platform designed to identify and manage stress among IT professionals and employees. The system continuously collects behavioral and physiological data from multiple sources including keyboard activity, screen time tracking, application usage, voice analysis, and wearable devices. Using machine learning algorithms, the collected data is cleaned, processed, normalized, and analyzed to identify stress patterns and anomalies. The platform also includes an interactive mental health assessment chatbot powered by Rasa, which evaluates the user's emotional state through questionnaires and generates stress scores and risk levels. Based on the assessment results and behavioral analytics, personalized recommendations, alerts, wellness resources, and intervention strategies are provided. The system offers separate dashboards for users and administrators, enabling real-time monitoring of stress trends, behavioral metrics, feedback analysis, and overall employee well-being. The solution aims to promote a healthier work environment by enabling early stress detection and timely intervention.

Project Kit Includes

Complete Source Code
Database Schema & Setup Guide
Project Report Template
Completion Certificate
Installation & Deployment Guide

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