- Online
- 19th October, 2024
- 6 months
$1.1 Trillion
Top 5
$100,000+
50 Billion
85%
Week 1 – Introduction to IoT
- Understanding the IoT Ecosystem
- Key IoT components: Sensors, Actuators, Connectivity, and Data Processing
- IoT Protocols: HTTP, MQTT, CoAP, etc.
- Overview of IoT Applications in Smart Homes, Healthcare, Industry, and Agriculture
Week 2-3 – IoT Architecture and Components
- Architecture of an IoT System
- Exploring IoT devices (Arduino, Raspberry Pi, and more)
- Understanding sensors and their role in IoT (Temperature, Humidity, Motion)
- Working with actuators and controlling devices remotely
Week 4-5 – Networking and Communication Protocols
- IoT Networking Fundamentals
- Wi-Fi, Bluetooth, Zigbee, LoRaWAN, and cellular networks
- MQTT Protocol for IoT communication
- Setting up communication between IoT devices and cloud platforms
Week 6-7 – IoT Programming (Python & Node-RED)
- Introduction to Python for IoT: Basics, Libraries, and Use Cases
- Programming IoT devices using Raspberry Pi
- Hands-on with Node-RED for workflow automation
- Creating simple IoT applications using Python and Node-RED
Week 8-9 – Cloud Platforms for IoT
- Introduction to IoT Cloud Platforms (AWS IoT, Microsoft Azure, Google Cloud IoT)
- Connecting IoT devices to the cloud
- Real-time data visualization using dashboards
- Implementing IoT Data Analytics for actionable insights
Week 10-11 – IoT Security Essentials
- Understanding IoT Security Risks and Challenges
- IoT Security Protocols (SSL/TLS, VPN, etc.)
- Implementing Authentication and Encryption in IoT Systems
- Securing IoT Communication and Devices
Week 12 – Mobile App Integration for IoT
- Introduction to Mobile App Development for IoT
- Using Firebase or similar platforms to connect IoT devices to mobile apps
- Designing an app interface to control IoT devices remotely
- Hands-on project: Building a mobile app for IoT devices
Week 13-14 – Building IoT Projects
- Building a Smart Home System with IoT
- Developing a Health Monitoring System using IoT
- Hands-on project: Building a Weather Station using Sensors
- Developing an Industrial IoT Application for remote monitoring
Week 15-16 – IoT in Industry (Industry 4.0)
- The Role of IoT in Manufacturing and Automation
- IoT Sensors for Predictive Maintenance and Asset Tracking
- Exploring Smart Cities, Connected Vehicles, and Agriculture
- Case Studies on Industrial IoT Applications
Week 17-20 – IoT Capstone Project & Job Preparation
- Work on your IoT Capstone Project integrating the concepts and tools learned
- Present your IoT solutions to mentors for feedback
- Building an impressive IoT portfolio
- Job Preparation: Resume building, interview tips, and industry insights
Bonus Modules for Advanced Learning!
What are the prerequisites for this course?
No prior experience in IoT or programming is needed. We start from the basics.When do the live group calls and guest sessions take place?
Live sessions are scheduled in the evenings on weekends for flexibility.What if I miss a live session?
All live sessions are recorded and available for replay, so you won’t miss anything.How involved is the mentor in this program?
Mentors offer personalized guidance, answer questions, and provide feedback on assignments.How much time should I expect to invest weekly?
Plan to spend about 8-10 hours per week working on lessons, assignments, and projects.What is included in this program?
The program includes recorded lessons, live sessions, hands-on projects, job preparation, and bonus advanced learning modules.What if I have questions between live sessions?
You can ask questions in the community forum or reach out to mentors for assistance.What equipment or software do I need?
A laptop or PC with internet access, basic programming software, and an IoT kit (Raspberry Pi/Arduino) for hands-on learning.
