Introduction to IoT using Arduino Nano, NodeMCU, Ultrasonic sensor, PIR sensor and Embedded C.
Practical Application of IoT, Design, Innovation, Creativity and adaptability to Industrial practices, Industry 4.0.
Home automation, Motion detection, Smart display, Touch-responsive Automatic Night Lights.
IoT Based Projects
Professional vocational laboratory equipment developed for PM SHRI Schools, ITIs, Polytechnic Institutes, Engineering Colleges and Skill Development Centres.
Why Institutions Prefer IoT Based Projects
IoT Based Projects enables educators to bridge classroom theory with practical laboratory learning. Introduction to IoT using Arduino Nano, NodeMCU, Ultrasonic sensor, PIR sensor and Embedded C. It improves concept clarity through demonstrations, observation and structured practical sessions. This equipment is suitable for competency-based education and supports modern STEM and vocational training programs.
Core Learning Features
- Introduction to IoT using Arduino Nano, NodeMCU, Ultrasonic sensor, PIR sensor and Embedded C.
- Supports practical demonstrations and project-based learning.
- Encourages industry-oriented technical education.
- Designed for daily institutional laboratory use.
Student Learning Outcomes
Practical Application of IoT, Design, Innovation, Creativity and adaptability to Industrial practices, Industry 4.0.
Students gain stronger analytical ability, troubleshooting confidence, communication skills and practical experience while working in laboratory environments.
Practical Activities
Home automation, Motion detection, Smart display, Touch-responsive Automatic Night Lights.
Benefits for Educational Institutions
- Supports PM SHRI and vocational education initiatives.
- Improves practical learning outcomes.
- Suitable for schools, ITIs, polytechnics and engineering colleges.
- Encourages innovation, STEM learning and employability skills.
Need Bulk Supply or Laboratory Setup?
Contact us for quotations, institutional pricing and customized laboratory solutions.
