Details
Smart energy systems are technologies designed to optimize storage, distribution and efficient usage of energy. These energy systems make life easier and enable the technologies to be more energy-efficient. You will be provided with the kits and our Engineer will give you the knowledge to develop a smart lighting sytem using PIR. The majority of your time in the course will be spent on hands-on activities.
In this training program, you will learn to build a Smart Lighting System, which conserves energy by switching lights on only when there is activity in the premises. You will design a project that will switch on a light only when there are occupants in a
room and switches off automatically when there are none.
Course Outcomes
- Design and Build a Smart Lighting System using PIR
- Hands-on experience with PIR sensors, Relay Driver Modules, Microcontroller and its programming
- Concepts & application of Smart Energy Systems
- Get hands-on experience on embedded systems
Course Structure
- Lecture Session - 4 hrs
- Design Session - 1 hr
- Fabrication Session - 2 hrs
- Programming Session - 5 hrs
- Testing & Competition Session - 3.5 hrs
- Certificate Distribution - 0.5 hr
Topics Covered
- Smart Energy Systems: Concepts & Applications
- Description of PIR Sensor and Testing
- Program for Smart Lighting System
- Interfacing Sensors, Development Board and Relay Driver
- Control Devices and Electrical Loads
- Microcontroller Programming
Kit Content
- Skyfi Labs Development Board
- PIR Sensors
- Relay Driver Module
- IC 7404
- Lamp Holders
- Connecting Wires
All the above components would be provided during the program to participants in groups of 5 but would be taken back at the end.
Participants registering in groups of 5 will get take-home kit for free. Take-home kit consists of all the above items excluding the items marked with *.
Through our Innovative learning methodology of Learn-Do-Review and hardware kits being shipped to doorstep, learning and building projects through our online project-based courses would never be hard.