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Build a Driver Drowsiness Detection

Build a real-time drowsiness detection system using Python, OpenCV. Detect closed eyes and yawning to alert sleepy drivers with audio warnings and visual cues.
Beginner-friendly. Certificate included.

4.5/5 (1,000+ reviews)
2,000+ Students
8 Weeks
Zero to Pro Level
Certificate

Our Instructors Collaborate With Top Tech Leaders

Google Startups
AWS
Microsoft Microsoft
NVIDIA NVIDIA

What You'll Learn in this course

By the end of this course, you'll have the skills to land your first computer vision job or freelance clients.

Introduction to Drowsiness Detection Technology

Learn how AI identifies signs of driver fatigue through facial cues and eye movement analysis.

Python, OpenCV & Eye Aspect Ratio Techniques

Use Python with OpenCV and techniques like EAR (Eye Aspect Ratio) to monitor drowsiness.

Live Drowsiness Detection via Camera Feed

Develop a real-time system that detects closed eyes, yawning, and head tilts to alert drowsy drivers.

Database Integration & Alert Logs

Log drowsiness events with time stamps in a database for safety monitoring and analysis.

Graphical User Interface (GUI) with Tkinter

Build a user-friendly GUI to display driver status, real-time video, and issue warnings.

Earn Your Course Completion Certificate

Finish the course and receive a verified certificate of success.

Module 1 Video

Meet Your Instructor

Muhammad Yaqoob is the founder of Tentosoft Pvt Ltd and a seasoned Computer Vision expert. With 10+ years of experience and over 5,000+ students taught globally, he brings deep industry knowledge and a passion for practical, hands-on learning.

Course Curriculum

8 weeks of comprehensive training with 50+ lessons and 10+ hours of content

1
Introduction of the Driver Drowsiness Detection System
1min
Module 12 Video

Module 1

Introduction of the Driver Drowsiness Detection System

Driver Drowsiness Detection is a real-time computer vision solution designed to identify fatigue in drivers. It aims to prevent accidents by monitoring eye closure and yawning patterns using facial landmarks.

Introduction of the Driver Drowsiness Detection System

Monitor eye closure

Use facial landmarks

AI-based fatigue alert

2
Driver Drowsiness Detection Project Overview
1min
Module 16 Video

Module 2

Driver Drowsiness Detection Project Overview

This project is built to detect early signs of drowsiness using video analysis and facial geometry. It integrates AI-based methods like Eye Aspect Ratio (EAR) to determine if the driver is falling asleep while driving.

Driver Drowsiness Detection Project Overview

Monitor driver behavior

Apply EAR technique

Real-time AI solution

3
Understanding Key Packages for Driver Drowsiness Detection
1min
Module 17 Video

Module 3

Understanding Key Packages for Driver Drowsiness Detection

Essential Python packages such as OpenCV, dlib, and imutils are used for facial landmark detection, video processing, and real-time monitoring. These libraries form the technical backbone of the drowsiness detection system.

Understanding Key Packages for Driver Drowsiness Detection

Use OpenCV for video input

Support full pipeline

4
Implementing Drowsiness Detection Logic Using EAR and MAR
2min
Module 18 Video

Module 4

Calculating EAR and MAR for Driver Drowsiness Detection

The EAR (Eye Aspect Ratio) and MAR (Mouth Aspect Ratio) are calculated using facial landmarks to monitor blinking and yawning. Threshold-based logic is applied to detect prolonged eye closure and mouth openings.

Calculating EAR and MAR for Driver Drowsiness Detection

Analyzing feedback and identifying patterns

Iterating designs based on user insights

5
Integrating Drowsiness Detection with Tkinter GUI
1min
Module 19 Video

Module 5

Integrating Drowsiness Detection with Tkinter GUI

Tkinter is a Python GUI library used to build interactive user interfaces. It allows users to start video detection, view alerts, and access logs through a simple window-based application integrated with the detection logic.

Building a Tkinter GUI for Real-Time Drowsiness Detection

Build GUI with Tkinter

Control system easily

6
Real-Time Driver Drowsiness Detection with Live Video Streaming
2min
Module 20 Video

Module 6

Real-Time Driver Drowsiness Detection with Live Video Streaming

Live video streaming enables real-time monitoring of driver behavior through a webcam. The system continuously analyzes frames, processes facial features, and triggers alerts if drowsiness indicators exceed predefined thresholds.

Implementing Real-Time Drowsiness Detection with Live Video Streaming

Use webcam for input

Trigger instant alerts

7
Real-Time Model Inference for Driver Drowsiness Detection
2min
Module 21 Video

Module 7

Real-Time Model Inference for Driver Drowsiness Detection

Real-time inference uses the trained model or detection logic to process input from the video feed on-the-fly. It ensures immediate response to any signs of fatigue by issuing audible or visual warnings.

Implementing Model Inference for Drowsiness Detection

Run detection on live video

Enhance road safety

8
Wrapping Up
1min
Module 1 Video

Module 8

Wrapping Up

Summarizes what you’ve built, discusses potential improvements, and provides guidance on how to deploy or extend the system in real-world use cases.

Course Wrap-Up

Analyzing feedback and identifying patterns

Iterating designs based on user insights

Who This Course Is For

Is This Course Right for You?

AI Enthusiasts

Kickstart your AI journey with structured, hands-on learning.

Students & Freshers

Build a portfolio that recruiters can't ignore.

Developers

Add powerful AI/CV features to your apps and software.

Working Professionals

Upskill for higher-paying, future-ready tech roles.

Freelancers & Founders

Build Smarter, more intelligent applications.

Career Switchers

Transition into AI even with zero background.

Simple, Transparent Pricing

One-time payment for lifetime access to all course materials and updates

Learn With Our best mentors

Get hands-on experience with real-world projects designed to sharpen your technical skills and build your confidence. Each project is crafted to help you apply concepts practically, write cleaner code, and prepare for real developer challenges.

Key Values

Build Job-Ready Project Portfolios
Improve Debugging and Code Clarity
Experience Project-Based Learning
Boost Resume with Real Implementations

Pro Courses

₹499 Originally priced ₹999
Upgrade your learning with advanced content and mentor access

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PREMIUM DOWNLOADABLE RESOURCES
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Our Mentors

Muhammad Yaqoob

MUHAMMAD YAQOOB

Product Head
Pandian

PANDIAN

Senior AI Developer
Gowtham

GOWTHAM

Senior Edge AI Developer

Get Official Certified & Showcase Your Achievement 🔥

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Perfect for LinkedIn profile and resume enhancement
Certificate

Exclusive Free Bonuses Included With Your Course

Downloadable Source Code

Get full project code for 20+ real-world applications – build, customize, and learn hands-on with working solutions.

Live Doubt-Clearing Sessions

Join weekly live Q&As to resolve queries and deepen your understanding with real-time support

Soft Skills & Career Growth Kit

Enhance your confidence with communication tips, resume builder templates, and personal branding guides tailored for tech careers.

Private Learners Community

Get feedback, share wins, and grow with other learners in a safe and supportive environment.

Total Bonus Value: ₹20,000

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FAQ Section

What is the goal of the Driver Drowsiness Detection project?
The project trains you to develop a real-time system that detects signs of fatigue or sleep in drivers using computer vision and facial analysis techniques.
Is this project useful for automotive and transport safety applications?
+
Yes, this project is ideal for students or professionals looking to apply AI in transportation, autonomous vehicles, and driver safety tech.
What tools and technologies are used in this AI project?
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You’ll use Python, OpenCV, dlib, and AI-based facial landmark detection to create alert systems when the driver shows drowsy behavior.
Can this system be deployed on embedded devices like Raspberry Pi?
+
Yes, the solution is lightweight and can be adapted for embedded systems or smart vehicle dashboards for real-time monitoring.
Will I get the complete training material along with the source code?
+
Absolutely. You’ll receive downloadable project code, video lectures, and documentation when you buy this AI-powered project.
How does this project strengthen my computer vision resume?
+
Driver monitoring is a trending area in AI. Completing this project will demonstrate your ability to solve real-world safety challenges with computer vision.