🔴 Live Training
Internet
Of Things (IoT)
Live mentorship by experts | Course completion certificate | Internship opportunity
Choose Your Learning Plan
Build your skills with practical training and expert guidance at InfoHive Solution. Our courses help you gain real-world experience and grow your career with confidence.
Self-Paced Learning
₹2,500 + GST
✔ 100% Recorded Video Lessons
✔ Learn Anytime, Anywhere
✔ Lifetime Access to Content
✔ 2 Practical Projects
✔ Quizzes & Assignments
✔ Easy-to-Follow Curriculum
✔ Course Completion Certificate
✔ Learn at Your Own Pace
✔ Regular Content Updates
Mentor-Led Program
(Live Training)
₹3,000 + GST
✔ Lifetime LMS Access
✔ 40+ Hours Live Training
✔ Live + Recorded Sessions
✔ 2 Projects with Mentor Review
✔ Doubt Clearing & Career Support
✔ Direct Mentor Interaction
✔ Certificate of Excellence
✔ Internship Opportunity
✔ Resume Building + Mock Interviews
✔ Industry-Focused Curriculum
✔ Structured Learning Schedule
Our Students Placed In
Course Overview
The Internet of Things (IoT) course at InfoHive Solution is designed to equip learners with the skills to design, develop, and implement smart IoT solutions. This course covers microcontrollers such as Arduino and NodeMCU, along with wireless communication protocols and Python programming.
With a strong focus on real-world applications, including Industrial IoT, you will gain hands-on experience through practical projects and live training sessions. The program also includes expert mentorship and personalized guidance to ensure a complete learning experience.
This course is ideal for students and professionals who want to build a career in IoT, embedded systems, and smart automation technologies.
Course Structure
At InfoHive Solution, start with the fundamentals of IoT:
- Overview of IoT and its global impact
- IoT innovations by Indian companies
- Machine-to-Machine (M2M) communication
- Introduction to Industrial IoT (IIoT)
- Applications of IoT across industries
- Getting started with Arduino Uno R3
- Switch interfacing and pin configuration
- Arduino functionalities and programming basics
- Introduction to open-source hardware platforms
- Local network UI access using Arduino
- Introduction to sensors and their applications
- IR proximity sensor (working & interfacing)
- DHT11 sensor (temperature & humidity)
- Sensor integration with NodeMCU
- Controlling actuators using sensor data
- Overview and features of NodeMCU
- Physical layer protocols (Bluetooth, Wi-Fi, LoRaWAN, NFC)
- Application layer protocols (HTTP, MQTT, XMPP)
- MQTT communication and broker setup
- Device-to-device communication and control
- IPv4 vs IPv6 in IoT networks
- Introduction to 6LoWPAN
- MQTT and CoAP protocols
- Wireless sensor networks (hands-on)
- Multi-device communication using MQTT
- Basics of Python programming
- Variables and data structures
- MQTT concepts using Python
- Building MQTT communication systems
- Developing wireless sensor networks with NodeMCU and Python
- Setting up a web server using ESP8266
- Real-time data transfer with WebSockets
- Command-line interface (CLI) tools for IoT
- MQTT communication using CLI and Anaconda
- Real-time IoT communication systems
- Introduction to LPWAN technologies
- Industrial applications of LPWAN
- Wireless communication technologies in IoT
- Smart factory concepts
- Automation and digital transformation using LPWAN
- Introduction to IIoT systems
- Smart factories and industrial automation
- Role of IoT in digital transformation
- Case studies in manufacturing and automation
- Real-world industrial IoT applications
🎯 Learning Objectives
At InfoHive Solution, you will:
Understand the fundamentals of IoT systems, components, and architecture
Learn to interface sensors and actuators using Arduino and NodeMCU
Gain hands-on experience with MQTT for real-time device communication
Explore wireless communication protocols like LPWAN, Bluetooth, and Wi-Fi
Use Python programming to build and automate IoT applications
📚 Learning Methods
Interactive presentations and expert-led lectures
Hands-on, project-based learning approach
Live mentorship sessions with industry experts
Self-paced learning with recorded video content
🚀 Learning Outcome
By completing this course at InfoHive Solution, you will be able to design, develop, and manage IoT systems using Arduino and NodeMCU. You will gain practical experience in integrating sensors, implementing communication protocols like MQTT, and building real-world IoT applications using Python. This course prepares you for careers in IoT, automation, and smart technology development.
How to Get Started
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Our Mentors Come from
Leading Companies
Get trained by professionals with real-world experience from leading global companies.
Want to Learn More?
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Get Certified for Your Skills
Receive an official certificate from InfoHive Solution
⭐ Validate your expertise and showcase your skills
⭐ Add your certificate to LinkedIn and boost your profile
Frequently Asked Questions
Live Training:
- Real-time interaction with expert mentors
- Scheduled live sessions with instant doubt clarification
- Personalized guidance and direct support
Self-Paced Learning:
- Access recorded video lessons anytime
- Learn at your own speed without fixed schedule
- Mentor support through scheduled guidance sessions
Yes, upon successful completion of the course at InfoHive Solution, you will receive an official Certificate of Completion to showcase your skills.
You will work on 5+ real-time projects designed to provide hands-on experience and practical knowledge in real-world scenarios.
The Self-Paced course includes 15+ hours of mentor support, helping you understand concepts and complete projects effectively.
You can easily enroll by clicking the “Enroll Now” button and completing the registration process on the InfoHive Solution website.