National Power Training Institute An ISO 9001 : 2000 & ISO : 2004 Organization (Ministry of Power, Govt. of India) Sector-33, Faridabad , Haryana (website: Salient Features of AICTE approved Courses Offered by NPTI Institutes B. Tech. (Power Engineering ) Badarpur, New Delhi

ABOUT NPTI National Power Training Institute (NPTI), an ISO 9001 & ISO organization, under Ministry of Power, Govt. of India is a National Apex body for Training and Human Resources Development in Power Sector with its Corporate Office at Faridabad. NPTI had been providing its dedicated service for more than four decades. NPTI operates on an all India basis through its nine Institutes in different zones of the country as per details below:- Northern Region: 1. NPTI Corporate Office, Faridabad 2. NPTI (Northern Region), Badarpur, New Delhi 3. NPTI (Hydro Power Training Centre), Nangal

Southern Region: 4. NPTI (Power System Training Institute), Bengaluru 5. NPTI (Hot Line Training Centre), Bengaluru 6. NPTI (Southern Region), Neyveli Eastern & North Eastern Region: 7. NPTI (Eastern Region), Durgapur 8. NPTI (North Eastern Region), Guwahati Western Region: 9. NPTI (Western Region), Nagpur NPTI conducts following industry-interfaced academic programs with the objective to create a pool of committed and competent professionals equipped with appropriate technical skills to steer the Indian Power Sector.

NPTI cherishes a vision of value orientation and value addition to national and transnational power and energy sectors through training and human resources development endeavouring to energize people who energize the nations

Emerge as global leaders in enhancing human and organizational excellence in Power and Energy Sectors by blending frontier Technologies with Management to facilitate HRD interventions that are instrumental in providing reliable, safe, economic and clean power

OBJECTIVES Primary objectives: To function as a National Organization for training in the field of - (a) Operation and Maintenance of Power Stations; and (b) All other aspects of Electrical Energy Systems including Transmission, Sub-Transmission and Distribution. To act as an apex body for initiating and coordinating training programs in the Power Sector of the country. To establish and run Training Institutes for Engineers, Operators, Technicians and other personnel of the Power Sector. Subsidiary objectives: To identify and assess the training needs of the Power Sector in the country. To coordinate the training activities of the various Utilities with those of other Technical Training Institutions and supplement it with the training programs of its own Institutes.

To establish standard norms regarding qualifications and training for personnel of various levels. To serve as a National Certification Authority for the purpose of Certification of Competence and/or participation to ensure availability of properly trained personnel to man the Electricity Supply Industry. To initiate, conduct and coordinate the research and development studies in the field of Operation, Maintenance and Management of Power Generation and Transmission Systems and to prepare and conduct specialized training programs thereof. To establish, maintain and manage laboratories, workshops, experimental transmission lines, sub-stations and other facilities required in pursuance of its objectives. To collect information and maintain documentation in the field of electricity generation and distribution. To collect, prepare, edit, print and publish material, papers, periodicals or reports in furtherance of the objectives of the Society. To organize seminars and workshops. To enter into agreement with any enterprise or institution or person and provide funds to them for specific training programs, demonstrations, assignments, preparation of training material or technical guidance. OBJECTIVES

AICTE APPROVED COURSES COURSENPTI REGIONDURA TION YEAR OF ESTAB LISH MENT NUMBER OF BATHCES GRADU ATED MBA (Power Management ) Corporate Office, Faridabad 2 Years2002Nine (9) B.Tech. (Power Engineering ) Northern Region - Badarpur, New Delhi 4 Years2001Eight (8) B.Tech. (Power Engineering ) Eastern Region - Durgapur 4 Years2002Seven (7) B.E. (Power Engineering ) Western Region – Nagpur 4 Years2001Eight (8)

9 Eligibility & Intake Qualification:  10+2 pass from any Board / CBSE with minimum of 60% marks is eligible for Common Entrance Test conducted by GGSIPU, New Delhi  Total Seats - 73 (General, OBC, SC,ST & J&K Migrants) & 6 lateral entry seats (Admission in the second year with Polytechnic / B.Sc. Degree )  No Sponsored / Management Category seats Selection Criteria:  Admission to NPTI (NR), Badarpur-New Delhi is based on the ranking obtained from CET. (Normally upto 3500 rank for General Category)

10 Course Fee Annual Fees- Rs. 35,000/- Security Deposit - Rs. 5,000/- (refundable) Hostel Room rent- Rs. 30,000/- per year Alumni association*- Rs. 1000/-(Life membership) Boarding charges- As per Actuals (Presently Rs 2,100/- per month) *- one time fee

11 Program Structure: 4 year program spread over Eight (8) Semesters. The Curriculum is designed for Power Engineering-Electrical / Mechanical specialization in addition to Power Sector specific subjects with 217 credits. Subjects like Power Plant Operation, Maintenance, Load Despatch, Rotational On-Job Training, Power Plant Maintenance are included as a part of the curriculum. In the first year, students take courses in Basic Sciences / Engineering, Computers / IT and Mathematics. These are common subjects for all other B.Tech. programs in GGSIP University. In the second year, the students take common courses in the area of Thermodynamics, Fluid Mechanics, Energy Conversion, Electrical Engineering, Heat & Mass Transfer and Control Engineering. Credit weightage is also given for the summer training appraisal at the end of the 2 nd year.

B.Tech (PE) Program Structure Contd. In the third year, the power engineering subjects like Power Generation, Steam Generator / Turbine, Plant Operation Power System are imparted in addition to the core Electrical / Mechanical subjects like Refrigeration & A/C, Machine Design, Field Theory (EM) & Instrumentation. Summer internship is compulsory at the end of the 3 rd year also. The fourth year has subjects of Power System Distribution, Load Despatch and other Mechanical subjects such as Theory of Machines, Manufacturing Engineering, Energy Audit and Electrical Subjects such as Communication Engineering, Power System Analysis & Stability, HVDC etc. In addition a Project has to be carried out (8 credits) by the student.

13 Semester 1: PaperLectureTutorialCredits THEORY PAPERS Hour of Engagement Applied Mathematics – I314 Applied Physics – I213 Applied Chemistry – I213 Manufacturing Process202 Introduction to Computers and Auto CAD213 Communication Skills – I213 Impact of Science & Technology on Society * Non university Exam 101 PRACTICAL/VIVA VOCE Applied Physics Lab. – I-21 Applied Chemistry Lab. – I-21 Introduction to Auto CAD Office Automation and Web Design -32 Workshop Practice-32 Engineering Graphics Lab.-21

14 Semester 2: PaperLectureTutorialCredits THEORY PAPERS Applied Mathematics – II314 Applied Physics – II213 Applied Chemistry – II213 Introduction to Programming213 Engineering Mechanics213 Electrical Science213 Communication Skills – II213 PRACTICAL/VIVA VOCE Applied Physics Lab. – II-21 Applied Chemistry Lab. – II-21 C Programming Lab.-21 Engineering Mechanics Lab.-32 Electrical Science Lab.-21

15 Semester 3: PaperLectureTutorialCredits THEORY PAPERS Material Science & Metallurgy303 Thermodynamics314 Strength of Materials & Theory of Machines 314 Circuit Theory314 Analog Electronics313 Electrical Machines314 PRACTICAL/VIVA VOCE Thermodynamics Lab.-21 Strength of Materials & Theory of Machines Lab. -42 Analog Electronics Lab.-21 Electrical Machines Lab –I-21

16 Semester 4: PaperLectureTutorialCredits THEORY PAPERS Engineering Economics303 Energy Conversion314 Heat & Mass Transfer314 Fluid Mechanics & Machines314 Digital Electronics314 Control Engineering314 PRACTICAL/VIVA VOCE Heat & Mass Transfer Lab.-31 Fluid Mechanics & Machines Lab.-31 Digital Electronics Lab.-21 Control Engineering Lab.-21

17 Semester 5: PaperLectureTutorialCredits THEORY PAPERS Power Generation Engineering 314 Steam Generator & Its Auxiliaries 314 Steam Turbine and Its Auxiliaries 314 Power Plant Electrical Machines & Systems 314 Power System 213 a) Refrigeration and Air Conditioning (For Mechanical specialization) b) Electrical & Electronic Measurements and Instrumentation (For Electrical specialization) 213 PRACTICAL/VIVA VOCE Thermal Power Plant Scheme Tracing -41 Microprocessor Lab. -41 a) Refrigeration and Air Conditioning Lab. (For Mechanical specialization) b) Electrical & Electronic Measurements and Instrumentation Lab. (For Electrical specialization) -21

18 Semester 6: PaperLectureTutorialCredits THEORY PAPERS Power System Protection and Switchgear 314 Thermal Power Plant Engineering – Related Topics – I (Power Plant Commissioning, NDT, Industrial Safety) 314 Power Plant Operation 314 Power Plant Control and Instrumentation 314 a) I. C. Engines & Gas Dynamics (For Mechanical Specialization) b) Power Electronics & Electric Drives (For Electrical Specialization) 213 a) Machine Design (For Mechanical Specialization) b) Engineering Electromagnetics (For Electrical Specialization) 213

19 PRACTICAL/VIVA VOCE Power System Protection and Switchgear Lab. -21 Rotational On-Job Training (Operation - Steam Generator & Its Auxiliaries) -51 Rotational On-Job Training (Operation - Steam Turbine & Its Auxiliaries) -51 Rotational On-Job Training (Operation - Power Plant Electrical Machines & Systems) -52 a) I. C. Engines Lab. (For Mechanical Specialization) b) Power Electronics & Electric Drives Lab. (For Electrical Specialization) -21

20 Semester 7: PaperLectureTutorialCredits THEORY PAPERS Power Distribution and Utilization 314 Thermal Power Plant Engineering – Related Topics – II (Performance & Efficiency Calculations, Maintenance Planning & Cost Control) 213 Power Plant Maintenance 314 a) Theory of Machine (For Mechanical Specialization) b) Power System Analysis & Stability (For Electrical Specialization) 314 a) Manufacturing & Industrial Engg. (For Mechanical Specialization) b) Communication Engineering (For Electrical Specialization) 314 Civil Works in Power Engineering (*Non-University Examination Subject) 201

21 PRACTICAL/VIVA VOCE Rotational On-Job Training (Maintenance – Steam Generator & Its Auxiliaries) -51 Rotational On-Job Training (Maintenance – Steam Turbine & Its Auxiliaries) -51 Rotational On-Job Training (Maintenance – Power Plant Electrical Machines & Systems) -51 a) Theory of Machine Lab. (For Mechanical Specialization) b) Power System Lab. (For Electrical Specialization) -21 Practical Training at the end of Sixth Semester -01

22 Semester 8: PaperLectureTutorialCredits THEORY PAPERS Load Dispatch & Regulatory Issues 304 Environmental Management, Energy Conservation and Energy Audit 314 Management Concepts & Techniques 213 a) Mechanical vibration (For Mechanical Specialization) b) Design of Electrical Machines (For Electrical Specialization) 213 a) Energy Management (For Mechanical Specialization) b) HVDC Technology (For Electrical Specialization) 314 PRACTICAL/VIVA VOCE Environmental & Energy Audit -51 MATLAB Practices -51 PROJECT / VIVA VOCE -88

23 Core Competencies 1.(Semesters 1 - 4) - Typical Curriculum designed for a good basic Engineering and Technology aspects 2.(Semester 5) - Power Generation Engineering The subject introduces the history of Power Sector Generation, types of Generation with practical sights into the conventional plant design and auxiliaries 3.(Semester 5) Steam Turbine & its Auxiliaries - The subject details the steam turbine & its auxiliaries; design, construction and different types pertaining to a typical thermal power plant 4.(Semester 5) Steam Generator & its auxiliaries - The subject details into the Steam Generator equipment, constructional features, excitation and design aspects 5.(Semester 5) Power System - The subject explains the complete details of Generation, Transmission and Distribution system

24 Core Competencies 6. (Semester- 6) - Power System Protection and Switchgear Curriculum designed for Substation Engineering with complete details of switchgears, breakers, types, Isolators and Bus-bar design etc. 7.(Semester- 6) - Power Plant Operation The subject details into the Operation of Plant Equipments, their Protection and Interlocks 8.(Semester - 6) - Power Plant Control and Instrumentation The subject gives a detailed exposure of plant equipment; different types of control and performance monitoring Instrumentation 9.(Semester- 6) - Rotational On-Job (ROJ) Operation of Steam Generator, Turbine & Electrical Machines. The students are sent to an adjacent running power station for actual On-Job training. This practice makes the difference between a Power Engineer and other disciplines wherein the basics of Power Plants are woven into the curriculum as ON-Job is carried out in the actual field / Power Plant.

25 Core Competencies 10. (Semester- 8) Power Distribution and Utilization - This subject gives the detailed Distribution Systems along with commercial aspects. 11. (Semester- 8) Thermal Power Plant Engineering Related Topics - The subject details in the commissioning, safety aspects of plant equipment and subsystems 12. (Semester - 8) Load Dispatch and Regulatory Issues - The subject gives a detailed exposure of Planned operation of Thermal power plants, SCADA, co-ordination of Load Des-patch Centers and Regulatory issues as per IE Act 2003, ABT etc. 13. (Semester- 8) Environmental Management, Energy Conservation and Energy Audit - The subject gives the details of energy Management, Energy Audit and their advantages and EIA.

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Pedagogy  Class Room Lectures, Practicals, Non University Examinations, Summer Training, Seminars, Quiz, Assignments, Rotational On- Job (ROJ) Operation, ROJ Maintenance practices and Project works Assessment  Internal Assessment by Faculty: 25 Marks (2 Class Tests, Surprise Tests, Quiz's, Presentations, Assignments, Discussions, Attendance (80% Compulsory))  External Exam by University: 75 Marks (Total 5 Questions: Question No.1 Compulsory, and rest 4 to be answered 1 from each Unit) 27

Infrastructure 28  The institute has its own campus spread over 4.3 acres. The campus is located inside the NTPC, BTPS Complex sharing the Post office, Hospital, Bank and Millennium ground. Simulator training is also provided to the students  14 Number Class Rooms Complete with VCD Projection Systems.  One Conference Room and One Board Room  140 Seater AC Auditorium  20 Seater Conference Hall  180 beds Hostel with Dining Facilities  Sports facilities such as Badminton, Lawn Tennis, Basket Ball, Volley Ball and Table Tennis etc.  Hostel is provided with a Gymnasium  One 56 seater Bus and two 36 seater minibuses for transportation.

OTHER ACTIVITIES 29 Industrial Visits  Visits to Thermal Power Plants  Visits to Hydro Power Plants  Visits to Load Despatch Centers  Visits to Sub Stations Cultural Activities  Fresher's Day Celebrations  Cultural festival “MANCHAYAN” organized every year  Teachers Day Celebrations  Valedictory/Farewell Functions  Sports Day  Management Fests

30 S. No.Name of Company 1 Vedanta Resources 2 Essar Power 3 Adani Power 4 Siemens 5 Emerson Process 6 CLP 7 India Bulls Power 8 Isgec Thomson Engineering 9 Jindal India Power B.Tech Campus Placement - Batch – 6 ( ) Highest Package offered : Rs lakh Average Package : Rs lakh Min. Package : Rs lakh

31 B.Tech Campus Placement Batch -7 (2007 – 11) S. No.Name of CompanyS. No.Name of Company 1Alstom12Shristi Power 2Bechtel13Adani group 3Doosan Power14Desein 4Emerson15Tata Power 5Sravanthi16Siemens 6SKEC17Sriram Alkali 7Tata power18Jindal 8ACC 9Punj Llyod 10ISJEC Thomson Engg 11Lahmeyer Highest Package offered: Rs lakh Average Package: Rs lakh Min. Package : Rs lakh

32 S. No. Name of CompanyS. No. Name of Company 1 Alstom12 DSCL 2 Bechtel13Punj Llyod 3 Desein Indure 4 SKEC 5 Clyde Bergman 6 Emerson 7 SIEMES 8 Vedanta Resources 9 Power Trading Corp 10 IJT Heavy Engg 11 Adani Power Highest Package offered : Rs lakh Average Package : Rs lakh Min Package: Rs lakh B.Tech Campus Placement - Batch - 8 (2008 – 12)

33 Student Placement Package Details YearMaximum Rs. In lakhs Average Rs. In lakhs Minimum Rs.In lakhs

34 Placement Record Year of Passing Total No. of Students No. of Students Placed % age of Students Placed (6 th Batch) (7 th Batch) (8 th Batch)

35 Library Books Details: ProgramTitlesVolumesInternational Journals National Journals e-Journals B.Tech. (Power Engg) J-Gate, Access to 1500 Journals book bank facility is also provided Working Hrs.e-Journals Subscriptions Area in sq.m. Reading Room Capacity 9.30 am to 6.00 pmJ-Gate12030 Library Facilities:

36 Computer Lab: Number of PC’s60 Legal System Software (02)1.Window XP Operating System 2.Window 7 Operating System 3.Windows vistas Legal Application Software (10)1.MS Office 2.Adobe Photo Shop 3.Flash 4.Visual Studio 5.Auto CAD 6.MATLAB 7.Adobe writer 8.Macromedia Dreamweaver Internet Bandwidth1.3 (512 Kbps) + Campus is also WiFi connected and NPTI is landmarked with NKN

37 Name of In-house Faculty DesignationQualifications Mr. Vijay Kumar Gupta Principal Director B.Sc. Engg. (Mechanical) 35 years Mr. H P LalDirector B.E. (Mechanical) 35 years Mr. Dinesh KumarDeputy Director B.E. (Mechanical) 28 years Mr. Giri Raj Kishore Deputy DirectorB.E. (Mechanical) 25 years Dr. S. SelvamDeputy Director B.E., MS (Sys), Ph.D. (Electrical), 22 Years Mr. N K SrivastavaDeputy DirectorB.E., MBA, (Ph.D.) 22 Years

38 Mr. Rajesh ShuklaAssistant Director B.E., M.Tech. 8 years Mr. M.K. SharmaAssistant Director B.E., PGDCA, MBA 8 years Mr. Akshintz JainAssistant Director B. E. (Mechanical) 7 years Mr. R. ChaudharyConsultantDiploma in Mechanical Engg, 35 years Mr. G. K. MandalConsultantB.E. (Chemical Engg) 28 years

39 Visiting Faculty Dr. P.R. SharmaPh.D. HVDC / Power Electronics Mr. G.S. RehalB.E. Turbine Design Mr. A.K. BaagB.E. Boiler and Operation Ms. A.K. ChamoliB.E, M. Tech., Ph.D. Power System Dr. J. RajaB.E, M.E, Ph.D. Power System Mr. Senthil KumarB.E, M.Tech. Power Generation, Control Engg Mr. L.B. SinghM.Sc., M.Phil. Mathematics Dr. Subhash Sharma Ph.D.Economics

40 Visiting Faculty Mr. S.P. AgarwalB.Tech, M.Tech. Power System Protection Performance Monitoring Mr. Himanshu SinghM.Tech. (E&C) Communication Engg. / Electro Magnetics Ms. Smita JainM.Sc (Phy)Physics