26 Weeks Post Graduate Certificate Course In Smart Utility Technologies

Course

Initial Description

Objective

The overall course objective is to provide a well-rounded exposure to Graduate Engineers / Utility Personnel with various aspects of Smart Grid, Smart Water & Smart Gas Utility. This course is intended to be delivered through classroom session at NPTI, Faridabad with practical

Who may attend

The minimum qualification for admission is a B.E/B.Tech in any branch of Engineering with 60 Percent from 10th on wards. Those who have appeared in the final degree examination and result is awaited can also apply, however the final result has to be submitted by the candidate before completion of the course. This course can also be attended by the Junior and Middle Level Managers/Executives/officers.

Institute Information

Name of Institute

Faridabad

Duration

26 Weeks

Application Fees to be Submitted

500

The 26 Weeks Post Graduate Certificate Course in Smart Utility Technologies consists of Three Month class room training followed by three month practical training in ongoing smart grid projects in various location of India. Certificates shall be awarded to the participants on successful completion of the course followed by written examination. Syllabus for the program has been designed based on Global Standards on Smart Grid, Smart Water & Smart Gas Technologies. Participation in this 26 Weeks course will help the candidates in acquiring good knowledge and skills in Smart Utility Technologies thereby providing opportunities for getting better placement in the Energy Sector. Campus Placement shall be facilitated. Our past recruiters for the One Year PGDC Program on Smart Grid Technologies are Noida Power, Federal Synergies, Kamachi Power, CESC, BSES, Pragya Solar, Genius Power, Kalki Tech, etc.,

MODULE COVERED

This training program shall broadly cover the following modules:

S. No.	Name of Module
1	General Introduction: - Evolution of Indian Power sector & Indian Electricity Act & Regulation
2	Various types of Power Generation (Hydro, Thermal, Nuclear & RE Sources)
3	Basics of Power System, Traditional Grid and Micro Grid, Generation, Transmission & Distribution Challenges in India
4	Introduction to Smart Grids, Global Roadmaps, Regulatory Aspects, R-APDRP; Smart Grid Vision & Roadmap for India, National Smart Grid Mission, Smart Grid Maturity Models, Smart Grid Architecture, Market Mechanism & Grid Standards
5	Advanced Meter Interface (AMI) - Overview, Smart Meters, DCUs, HES, MDM, Inter-operability, Standards, Protocols,
6	ICT & Cyber Security and Smart Grid Security, IoT.
7	Load Forecasting, Demand Side Management (DSM), DER/DR/SCADA/EMS, WAMS
8	Power Electronics, Reactive Power Management & Outage Management, PMU, Project, Procurement, Contract & its Financial Management
9	GIS & Assets Management: Asset Mapping and Consumer Indexing on GIS maps; and business process reengineering for GIS
10	E-Mobility & Energy Storage and other New Technologies

Campus Life

Our Campus

Academics

Information