IOT for Electric Vehicles

Name: IOT for Electric Vehicles
Rating: 4.5 (3 reviews)

Master IoT Applications for Electric Vehicles – From Basics to Advanced Integration

Created byTanzeel Ur Rehman .

Last updated 4/2025

English

What you'll learn

Understand the Basics of IoT and Electric Vehicles
Explore How IoT Powers Modern EVs
Analyze Communication Protocols and Networks in EVs
Study Smart Charging and Energy Management Systems

Course content

8 sections • 40 lectures • 2h 32m total length

Lecture 1.1 What is IoT – Understanding the Basics of IoT Technology3:16
Learn the basics of the internet of things, including devices, connectivity, and cloud processing, and discover how IoT powers smart cars and EVs.
Lecture 1.2 Introduction to Electric Vehicles – How EVs Work and Their Key Compo3:21
Explore how electric vehicles work, from BEVs and PHEVs to battery, electric motor, inverter, and charging port, and learn about regenerative braking and efficiency benefits.
Lecture 1.3 How IoT Enhances EVs – Role of IoT in Smart Vehicle Systems2:59
Explore how IoT connects EVs to the internet to monitor battery health, improve navigation, and boost safety with real-time diagnostics and smart charging.
Lecture 1.4 IoT Communication Protocols Overview of Wi-Fi, Bluetooth, MQTT, and3:59
Explore how IoT communication protocols connect EVs and smart devices, detailing WiFi, Bluetooth, MQTT, and 5G for updates, charging, remote monitoring, navigation, and real-time data.
Lecture 1.5 Course Overview & What You Will Learn – Summary of Topics Covered4:10
Discover how IoT powers electric vehicles, from core components and sensors to cloud computing and real-time analytics. Learn IoT charging, V2V/V2I, 5G, cybersecurity, and autonomous systems in smart mobility.

Lecture 2.1 Types of Sensors in EVs – Understanding Temperature, Speed, and Batt3:15
Lecture 2.2 How IoT Collects Data in EVs – Data Acquisition and Transmission3:50
Discover how IoT collects data in EVs through data acquisition and transmission. Explore sensors tracking temperature, speed, battery, and location, plus edge and cloud processing that power safety and efficiency.
Lecture 2.3 Real-Time Monitoring with IoT – Tracking Battery Levels, Motor Healt3:55
Explore real-time IoT monitoring tracking battery health, motor performance, tyre pressure, and brakes, plus GPS tracking and anti-theft alerts for safer, more efficient EV operation.
Lecture 2.4 IoT Cloud Platforms for EVs – Overview of AWS, Google Cloud, and Azu3:59
Explore how IoT cloud platforms store, process, and analyze EV data using AWS IoT, Google Cloud, and Azure IoT, enabling remote monitoring, predictive maintenance, and OTA updates.
Lecture 2.5 Practical Demo – Simple IoT Sensor Setup for EVs2:44
Set up a simple IoT sensor on an ESP32 or Arduino to monitor battery temperature in an EV and send data to the cloud. Visualize real-time data on ThingsBoard dashboards.

Lecture 3.1 Introduction to Battery Management Systems (BMS) – How BMS Ensures B3:57
Learn how battery management systems monitor voltage, current, and temperature to prevent overheating, overcharging, and deep discharge, while balancing cells for safety and longevity.
Lecture 3.2 IoT-Based Battery Monitoring – Checking Voltage, Temperature, and Ch3:40
Explore how IoT enables smart charging for electric vehicles by optimizing charging times to the cheapest periods, adjusting speeds to protect battery health, and enabling remote monitoring.
Lecture 3.3 Smart Charging with IoT – Optimizing EV Charging Efficiency3:40
Discover how IoT powers smart charging to optimize EV charging efficiency, balancing load, lowering costs, protecting battery health, and enabling remote monitoring and renewable energy use.
Lecture 3.4 Predictive Maintenance Using IoT – Preventing Battery Failures with3:58
Explore how predictive maintenance using IoT monitors battery health in real time, analyzes data, and alerts drivers to schedule preventive checks, reducing failures and extending battery life.
Lecture 3.5 Case Study – Tesla’s Smart Battery System3:53
Explore how Tesla’s smart battery system uses IoT and AI to monitor battery health in real time, optimize charging, and push OTA updates that enhance battery life.

Lecture 4.1 GPS & IoT in EVs – How IoT Improves Navigation and Route Planning4:12
Explore how GPS and IoT work together in electric vehicles to improve navigation and route planning, with real-time traffic, smart charging station detection, and weather-aware routing.
Lecture 4.2 V2V and V2I Communication – Vehicle-to-Vehicle and Vehicle-to-Infras3:26
Explore vehicle-to-vehicle and vehicle-to-infrastructure communication using IoT in electric vehicles, and see how real-time data from sensors and 5G, WiFi, and Bluetooth reduces accidents, traffic jams, and optimizes charging.
Lecture 4.3 Traffic Management Using IoT – How Smart Cities Optimize EV Traffic3:29
Explore how IoT enables smart cities to optimize ev traffic with real-time data from evs, sensors, lights, and gps, enabling dynamic signals and route planning for safer, faster travel.
Lecture 4.4 Connected EVs & Cloud Integration – Enabling Remote Monitoring3:02
Explore how connected EVs use IoT and cloud integration for remote monitoring. Monitor real-time data from sensors, battery health, location, and performance via mobile apps and ai-informed cloud platforms.
Lecture 4.5 Hands-On – Using a GPS Module with IoT for EV Tracking (Basic Setup)3:27
Set up a GPS module with IoT to track an electric vehicle's real-time location, connect to WiFi or mobile networks, and visualize data on a dashboard.

Lecture 5.1 Cybersecurity Challenges in IoT-Enabled EVs – Protecting Against Hac4:50
Explore cyber security risks and common hacking threats in IoT enabled EVs. Protect EVs with OTA updates, encrypted communications, strong passwords, and AI-powered threat detection.
Lecture 5.2 IoT-Based Anti-Theft Systems – How IoT Helps Track and Recover Stole4:32
Explore how IoT-based anti-theft systems track and recover stolen electric vehicles using GPS real-time tracking, remote locking, engine shutdown, geofencing, AI driver recognition, motion sensors, and police assistance.
Lecture 5.3 Remote Diagnostics and Alerts – Real-Time Safety Notifications for D4:22
Explore how IoT enables real-time remote diagnostics and safety alerts in electric vehicles, including battery health, motor efficiency, tyre pressure, cooling, charging, and emergency remote fixes.
Lecture 5.4 IoT for Accident Detection and Emergency Response – Saving Lives wit4:09
IoT enables real-time accident detection through smart sensors, GPS location, and automatic SOS, accelerating emergency response and saving lives. It speeds ambulance dispatch and shares patient data with hospitals.
Lecture 5.5 Case Study – How Tesla Ensures Cybersecurity in IoT EVs3:31
Learn how Tesla protects its IoT electric vehicles from cyber threats with OTA updates, end-to-end encryption, MFA, secure car-to-cloud communication, and a bug bounty program.

Lecture 6.1 Introduction to Smart Charging Stations – How IoT Transforms EV Char3:04
Explore how IoT transforms EV charging through smart charging stations that enable real-time communication, remote monitoring, dynamic pricing, and vehicle-to-grid capabilities for efficient, cost-effective power management.
Lecture 6.2 IoT-Enabled Charging Networks – Connecting EVs to Grid Systems3:29
Connect EVs to the grid with IoT enabled charging networks that enable real-time monitoring, dynamic load balancing, cloud-based data management, and vehicle-to-grid power flows for smarter, cost-efficient charging.
Lecture 6.3 Smart Grid and IoT – Optimizing Power Distribution for EVs3:26
Discover how the smart grid uses IoT to balance electricity, enable real-time monitoring, and optimize EV charging with renewable integration and vehicle-to-grid capabilities.
Lecture 6.4 Billing and Payment Systems in IoT-Based Charging Stations – Making3:36
Explore how IoT enables fast, secure, automated, real-time billing for EV charging, offering mobile apps, RFID, QR codes, and subscription plans.
Lecture 6.5 Hands-On – Setting Up a Basic IoT-Enabled Charging System2:52
Set up a basic IoT enabled EV charging system with a microcontroller, current sensor, and relay to monitor charging data remotely via ThingSpeak or Blink for simple smart billing.

Lecture 7.1 What is Fleet Management – Basics of Tracking and Managing Multiple3:49
Learn how fleet management for electric vehicles uses IoT for real-time tracking, battery monitoring, smart charging, and optimized routing to reduce costs and downtime.
Lecture 7.2 IoT for EV Fleet Monitoring – Tracking Vehicle Usage and Performance4:01
Explore how IoT enables real-time fleet monitoring of electric vehicles, tracking location, battery health, charging status, route optimization, and driver behavior to boost efficiency and reduce downtime.
Lecture 7.3 Route Optimization Using IoT – Improving Efficiency for EV Fleets4:32
Learn how IoT-powered route optimization improves electric vehicle fleets by using real-time data, GPS, traffic insights, and smart charging to save time, energy, and costs.
Lecture 7.4 Predictive Maintenance for Fleet Vehicles – Reducing Downtime and Co4:27
Learn how IoT-enabled predictive maintenance for fleet electric vehicles detects battery, motor, brake, and tire issues early to reduce downtime, lower costs, and extend battery life.
Lecture 7.5 Case Study – How Uber Uses IoT for Fleet Management4:06
See how Uber uses IoT to track vehicle location in real time, monitor health, optimize routes and charging for EVs, and enhance fleet management, safety, and customer experience.

Lecture 8.1 AI and IoT in EVs – How Artificial Intelligence Improves EV Performa4:04
Explore how AI and IoT collaborate to boost electric vehicle performance, battery management, driving efficiency, predictive maintenance, and AI-powered self-driving features.
Lecture 8.2 Autonomous EVs and IoT – The Role of IoT in Self-Driving Cars4:42
Explore how IoT powers autonomous electric vehicles, using sensors, AI, and cloud computing to see, decide, and communicate via V2V and V2I for safe self-driving.
Lecture 8.3 Blockchain and IoT for EV Security – Securing Data and Transactions4:19
Explore how blockchain and IoT work together to secure electric vehicle data and payments, using tamper-proof blocks and cryptographic verification to prevent fraud and theft.
Lecture 8.4 Sustainable EV Solutions Using IoT – Reducing Energy Waste4:02
IoT reduces energy waste in electric vehicles by enabling smart charging and eco-friendly driving. It tracks battery health, enables V2G, and supports battery reuse and recycling.
Lecture 8.5 Final Thoughts & Next Steps – Summary, Career Opportunities, and Fut4:05
Discover how IoT makes electric vehicles smarter, safer, and more efficient, covering battery management, remote monitoring, smart charging, cybersecurity, and future trends and career opportunities.

Requirements

Basic Knowledge of Electric Vehicles
Basic Understanding of IoT Concepts
General Knowledge of Electronics and Sensors
Interest in Electric Vehicles, IoT Applications, and Future Technologies

Description

Are you ready to explore how the Internet of Things (IoT) is revolutionizing the world of electric vehicles (EVs)?
This course, "IoT for Electric Vehicles," is your complete guide to understanding and applying IoT technologies in the fast-growing EV industry.

In this course, you will start by learning the basics of IoT and electric vehicles. We will then dive deep into how these two powerful technologies are coming together to create smarter, safer, and more efficient transportation systems. From real-time vehicle monitoring to smart charging stations and predictive maintenance, you will gain a comprehensive understanding of IoT applications in the EV ecosystem.

You’ll explore how EVs communicate with each other and with the grid through protocols like CAN Bus, MQTT, and V2X. You’ll also discover how data from sensors is used for remote diagnostics, vehicle tracking, battery management, and energy optimization.
Throughout the course, we’ll cover important topics like EV telemetry, vehicle-to-grid (V2G) technology, cybersecurity challenges, and future trends such as autonomous electric vehicles powered by AI and IoT.

No advanced technical background is required! If you have a basic understanding of EVs, IoT concepts, and electronics, you’ll find this course easy to follow.
We’ll also include practical examples and real-world use cases to make learning interactive and meaningful.

By the end of the course, you will be able to:

Understand the core principles of IoT and electric vehicle technology.
Explain how IoT enhances EV performance, safety, and energy efficiency.
Analyze the key communication networks used in EVs.
Design simple IoT applications for monitoring and managing EVs.
Understand the future of connected electric vehicles and emerging business opportunities.

Whether you are an engineering student, industry professional, entrepreneur, or technology enthusiast, this course will equip you with the knowledge and skills you need to thrive in the electric mobility revolution.
If you are interested in the future of transportation, smart cities, clean energy, or automotive innovation, this course is for you!

Join us today and take your first step into the future of mobility with "IoT for Electric Vehicles."
Learn at your own pace, access lifetime content, and gain valuable insights that can help advance your career or business in this exciting industry.

Let’s drive into the future together — enroll now!

Who this course is for:

Engineering Students
Professionals Working in the EV or IoT Industry
EV Enthusiasts and Hobbyists
IoT Developers and Engineers
Automotive Industry Professionals
Entrepreneurs and Startups
Researchers and Academics
Technology Enthusiasts

IOT for Electric Vehicles

What you'll learn

Explore related topics

Course content

Section 1 Introduction to IoT and Electric Vehicles5 lectures • 18min

Section 2 IoT Sensors and Data Collection in EVs5 lectures • 18min

Section 3 IoT in EV Battery Management5 lectures • 19min

Section 4 IoT for Smart Navigation and Connectivity5 lectures • 18min

Section 5 IoT Security and Safety in EVs5 lectures • 21min

Section 6 IoT in EV Charging Infrastructure5 lectures • 16min

Section 7 IoT-Based Fleet Management for EVs5 lectures • 21min

Section 8 Future of IoT in Electric Vehicles5 lectures • 21min

Requirements

Description

Who this course is for: