Module 1: Smart Home Fundamentals; Overview of Smart Home Automation, IoT concepts and communication protocols, Key components: sensors, actuators, controllers.
Module 2: Site Assessment & System Design; Load calculation and wiring considerations, Device compatibility and selection.
Module 3: Sourcing & Installation; Choosing reliable brands and platforms, Electrical wiring for smart switches and sockets, Installing smart lighting, thermostats and security systems
Module 4: Configuration & Integration; Setting up smart hubs and mobile apps, Voice assistant integration (Alexa, Google Home), Creating automation routines.
Module 5: Hands-On Project; Design and implement a complete smart home system, Configure lighting and energy management, Test and demonstrate automation features.

1. Smart sensors & Transmitters; installation, wiring, configuration & maintenance
2. Understanding Industrial communication protocols; HART, Fieldbus & TCP/IP
3. Advanced calibration techniques for transmitters, control valves & PSV
4. PLC & SCADA integration; Interfacing with instruments & actuators
5. Advanced control strategies (PID tuning, cascade control)
6. Safety Instrumented Systems, Redundancy and fail-safe design
7. Advanced Troubleshooting & Diagnostics; Predictive maintenance using data trends
8. Emerging Technologies; IIOT & Edge computing for instrumentation
9. Understanding & Interpreting Instrumentation diagrams
10. Intensive practical sessions on a compact flow station; Operation, troubleshooting & maintenance

Section 1: Basic Fundamentals; Basic Industrial Control: Understanding Switches, Relays and Contactors, Introduction to PLC and PLC wiring, How PLC programming works, Concept of NO and NC in PLC etc

Section 2: Delta PLC: DVP 14SS; Introduction to Delta PLC trainer, Fundamental Commands; LD, LDI, OUT, SET, RESET, Timers and Counters, Data Registers, Arithmetic Commands; ADD, SUB, MUL, DIV.

Section 3: Allen Bradley: MicroLogix 1000; Introduction to AB Wiring diagram, Fundamental Commands: NO, NC, OUT, Latch, Unlatch, Jump and Label Commands, Use of Subroutines etc

Section 4: Siemens PLC: S7-200 CN; Introduction to Siemens PLC and programming Software, Set and Reset Introduction, Subroutines, Understanding Analog Input and Output etc

Section 5: PLC project design and actualization / Conclusion

Module 1: Smart Home Fundamentals; Overview of Smart Home Automation, IoT concepts and communication protocols, Key components: sensors, actuators, controllers.

Module 2: Site Assessment & System Design; Load calculation and wiring considerations, Device compatibility and selection.

Module 3: Sourcing & Installation; Choosing reliable brands and platforms, Electrical wiring for smart switches and sockets, Installing smart lighting, thermostats and security systems

Module 4: Configuration & Integration; Setting up smart hubs and mobile apps, Voice assistant integration (Alexa, Google Home), Creating automation routines.

Module 5: Hands-On Project; Design and implement a complete smart home system, Configure lighting and energy management, Test and demonstrate automation features.

This practical training is designed to equip participants with comprehensive, step-by-step knowledge in three critical areas of solar power systems:

✅ LiFePO₄ Battery Assembly, Configuration, Installation & Maintenance – Understand the assembly techniques for Lithium Iron Phosphate batteries, Learn cell balancing, BMS (Battery Management System) integration, wiring for optimal performance and maintenance.

✅ Solar Panel Sizing and Installation – Gain deep insight into solar panel selection, sizing calculations based on load requirements, and proper installation techniques to maximize energy capture and system reliability.

✅ Inverter Sizing and Installation – Learn how to calculate inverter capacity, configure settings, and integrate with batteries and panels for seamless energy conversion and distribution.