To give learners, an overall understanding of the concepts behind. Extra low voltage systems and how to apply those concepts in real-world applications. Learners can know how the solution can be deployed in residential, commercial for the purpose of better control and security.
Today, the building infrastructure is becoming smarter by embracing digital technology. Modern day buildings like IT parks, Offices, Star Hotels, Hospitals, shopping complex and even the housing apartments demand the comfort level, reliability of power supply, high security & safety, and green building concept. To cope up with these different requirements, we need to design a robust electrical system.
A building design cannot be completed without including the safety and security. The modules on Extra Low Voltage Design for Infrastructure brings to you the selection and design of fire alarm system, CCTV system, Public Address system, Perimeter Protection system, Access control system. We also cover extensively about building management system which is essential for monitoring and control of power distribution, safety, and security systems to ensure reliability.
- Understand the various concepts of Extra Low Voltage systems and its applications in the Infrastructure Buildings
- Illustrate design CCTV System for building infrastructure
- Illustrate design about the Access Control System in a building
- Illustrate design Public Address System
- Assess Building Management System and its various components
- Explain the various network cabling system in building infrastructure
- Design the Perimeter protection system
- Principles of Extra Low Voltage (ELV) System
- Analogue and IP based CCTV Camera System
- Access Control System, its applications, design, installation, testing and commissioning
- Public Address System, its working philosophy, design aspect
- Building Management System
- Networking, Fiber Optics, its design, installation, testing and commissioning
- Screening & Protection System, its equipment, working and types
On completion of the course, the learner will be able to
- Design CCTV System for a given building infrastructure
- Design Access Control System in a building
- Design Public Address System
- Design Building Management System and its various components
- Formulate various network cabling system in any building
- Power transmission and distribution
- Industrial power system analysis
- Practitioner's approach to power system protection and switchgear
- Power system operation and control
- Renewable energy and power evacuation
- Smart grid technologies
- Electrical power distribution engineering and automation
- Integrated engineering of MV substation
- Microprocessors and applications – a practical approach
- Embedded system design
- FPGA design for industrial applications (VLSI)
- Digital image processing
- Micro electro mechanical systems
- Control system engineering
- SCADA and substation automation
- Electric vehicles and control
- Wireless sensor networks and 5G technology
- Pervasive computing for industry 4.0
- Advanced electrical system design for buildings
- Extra low voltage system design for buildings

Area of Expertise:
Control Systems, Reduced Order Modelling, Digital Control, Power Systems, Magnetic Levitation

Area of Expertise:
Embedded Systems Optical & Wireless Communication, Low Power VLSI Systems

Area of Expertise:
Electrical Substation & Power Distribution, Industrial & Building Electrification

Area of Expertise:
Thermal Power Projects

Area of Expertise:
Power Generation, Transmission & Distribution, EPC Contracts, Consultancy, PMC

Area of Expertise:
VLSI & Signal Processing, Power Electronics, Embedded systems

Area of Expertise:
Signal Processing, Wireless Sensors, RFID and Pervasive Computing