National Programme on Technology Enhanced Learning (NPTEL)

National Programme on Technology Enhanced Learning (NPTEL)

Below you will find about National Programme on Technology Enhanced Learning (NPTEL) ranking, cut off, admission 2012, fees, address, application forms, fee structure, placements, courses offered, website, contact details, eligibility, admission procedure & process for this college. National Programme on Technology Enhanced Learning (NPTEL) is an acronym for National Programme on Technology Enhanced Learning which is an initiative by seven Indian Institutes of Technology (IIT Bombay, Delhi, Guwahati, Kanpur, Kharagpur, Madras and Roorkee) and Indian Institute of Science (IISc) for creating course contents in engineering and science. NPTEL as a project originated from many deliberations between IITs, Indian Institutes of Management (IIMs) and Carnegie Mellon University (CMU) during the years 1999-2003. A proposal was jointly put forward by five IITs (Bombay, Delhi, Kanpur, Kharagpur and Madras) and IISc for creating contents for 100 courses as web based supplements and 100 complete video courses, for forty hours of duration per course. Web supplements were expected to cover materials that could be delivered in approximately forty hours. Five engineering branches (Civil, Computer Science, Electrical, Electronics and Communication and Mechanical) and core science programmes that all engineering students are required to take in their undergraduate engineering programme in India were chosen initially. Contents for the above courses were based on the model curriculum suggested by All India Council for Technical Education (AICTE) and the syllabi of major affiliating Universities in India.

Special Features

Infrastructure : The college offers best of infrastructure facilities to its students like Library, Computer Labs, Workshops, Instruments and Hostel facilities. Faculty : The college offers best of faculty for its students for different streams. Placements : The college offers placement assistance to its students.

Courses offered

Biotechnology - BioChemistry Type:- Video Coordinators:- Prof. S. Dasgupta      Institute:-  IIT Kharagpur  Civil Engineering - Construction Planning and Management Type:- Web Coordinators:-  Prof. Arbind Kumar Singh Institute:- IIT Guwahati syllabus:- Overview Of The Course Civil Enginering Project Management Contractual Relation and Contract Management Estimation and Rate Analysis Network Based Project Managemet Techniques Construction Technology Information Technology in Construction Planning Management    Civil Engineering - Fluid Mechanics Type:- Web Coordinators:-  Prof. N. Sahoo, Prof. Subhashisa Dutta Institute:- IIT Guwahati Syllabus:- Module01 : Introduction Module02 : Fluid Statics Module03 :Kinematics of Fluid Flow Module04 : Dynamics of Fluid flow Module05 : Dim Analysis & Hydraulic similitude      Civil Engineering - Infrastructure Planning and Management Type:- Web Coordinators:- Prof. A. Veeraragavan Institute:-  IIT Madras  Civil Engineering - Strength of Materials Type:- Video Coordinators:-  Prof. S.K. Bhattacharyya    Institute:- IIT Kharagpur  Civil Engineering - Structural Analysis I This course focuses on different analytical tools for understanding the behaviour of, primarily, statically determinate structures, and also of indeterminate structures. Analysis of indeterminate structures is further discussed in the following course of Structural Mechanics II. in this, we learn some methods of deflections of structures and using applications. we are discussing in this course about knowledge of mechanics in understanding the behavior of structures Type:- Web Coordinators:-   Dr. Siddhartha Ghosh, Dr. R.S. Jangid Institute:-  IIT Bombay  Civil Engineering - Surveying Type:- Video Coordinators:-       Dr. Bharat Lohani Institute:-  IIT Kanpur  Computer Science & Engineering - CAD for VLSI Design I Type:- Video Coordinators:-  Prof. V. Kamakoti, Prof. Shankar Balachandran Institute:- IIT Madras syllabus:- Chapters      Topics Chapter 1    Evolution of CAD Tools Chapter 2    Importance of Design Automation Chapter 3    Basic Transistor Fundamentals Chapter 4    Gate Level Modeling Chapter 5    Higher Levels of Modeling Chapter 6    Types of CAD Tools Chapter 7    Verilog Quick Starter Chapter 8    Introduction to Simulators Chapter 9    Verilog Syntax Chapter 10    Verilog - Operators and expressions Chapter 11    Hierarchical Design and methodology Chapter 12    Delay modeling Chapter 13    Delay Modeling (contd) Chapter 14    Blocking and Non Blocking Assignments Chapter 15    Behavioural Modeling Chapter 16    Verilog Tasks and Functions Chapter 17    Memory Modeling Chapter 18    Advanced Delay Modeling Chapter 19    Advanced Delay Modeling (Contd) Chapter 20    Verilog Tricks Chapter 21    Introduction to Logic Synthesis Chapter 22    Logic Synthesis (Contd) Chapter 23    Logic Synthesis (Contd) Chapter 24    Synthesis: Assignment Statements Chapter 25    Synthesis: Arithmetic Operators Chapter 26    Synthesis: Bit Selects Chapter 27    Synthesis: Conditional Statements Chapter 28    Synthesis: Case Statements Chapter 29    Synthesis: Case Statements (Contd) Chapter 30    Synthesis: Loops Chapter 31    Synthesis: Local & Integer Variables Chapter 32    Synthesis: Flip Flops with preset / clear Chapter 33    Synthesis: Blocking Vs Non Blocking Assignments Chapter 34    Synthesis: Unknowns and High Impedance Chapter 35    Optimization in Synthesis Chapter 36    Optimization in Synthesis (Contd) Chapter 37    Introduction to Reconfigurable Computing Chapter 38    Introduction to FPGAs Chapter 39    Introduction to FPGAs (Contd) Chapter 40    The Altera Quartus Flow Lab Exercise    Lab 1     Lab 2     Lab 3     Lab 4     Lab 5 Project    Project - 8279 Display and Keyboard Controller     Project - USART     Project - Hough Transform  Computer Science & Engineering - Computer Graphics Type:- Video Coordinators:- Prof. Sukhendu Das Institute:- IIT Madras  Computer Science & Engineering - Computer Organization and Architecture Type:- Web Coordinators:- Prof. Jatindra Kumar Deka Institute:- IIT Guwahati syllabus:- Preface Module 01 : Introduction Module 02 : Arithmetic and Logic Unit Module 03 : Memory Module 04 : Instruction Set & Addressing Module 05 : CPU Design Module 06 : Input/Output Module 07 : I/O Device Connection Module 08 : Reduced Instruction Set Programming Module 09 : Pipelining Processor Module 10 : Multi-Processor / Parallel Processing Module 11 : INTEL 8085/8086 Micro-Processor  Computer Science & Engineering - Introduction to Problem Solving and Programming Type:- Web Coordinators:- Prof. S. Arun Kumar Institute:-  IIT Delhi  Computer Science & Engineering - Software Engineering Type:- Web Coordinators:-  Prof. Rajib Mall Institute:- IIT Kharagpur  Electrical Engineering - Basic Electrical Technology Type:- Web Coordinators:-  Prof. T.K. Bhattacharya, Prof. N.K. De, Prof. G.D. Roy Institute:- IIT Kharagpur  Electrical Engineering - Control Engineering Type:- Web Coordinators:-  Prof. M. Gopal Institute:- IIT Delhi syllabus:- Module 1     MATLAB Window Environment and the BASE Program Module 2     Control System Toolbox and Symbolic Math Toolbox Module 3     Simulink Module 4     Feedback System Simulation Module 5     Time Response Characteristics and LTI Viewer Module 6     Stability Analysis on Root Locus Plots Module 7     Root Locus Design and SISO Design Tool Module 8     Stability Analysis on Bode/Nyquist Plots Module 9     Frequency Response Characteristics Module 10     Frequency Response Design  Electrical Engineering - Embedded Systems Type:- Web Coordinators:-  Prof. A. Routray, Prof. Rajib Mall, Prof. Amit Patra Institute:- IIT Kharagpur  Electrical Engineering - Industrial Instrumentation Type:- Web Coordinators:-  Prof. V. Jayashankar Institute:-   IIT Madras  Electrical Engineering - Power Systems Analysis Type:- Web Coordinators:-   Prof. Arindam Ghosh Institute:- IIT Kanpur syllabus:-      Module 1                       Chapter 1:  Modelling Power System Components                                Chapter 2 : Transmission Line Models                Chapter 3 : Network Admittance and Impedance Matrices         Module 2                                       Chapter 4: Load Flow Studies                Chapter 5: Economic Operation Of Power Systems         Module 3                        Chapter 6: Short Circuits Studies - Symmetrical Faults                Chapter 7: Symmetrical Components and Representation of Faulted Network                Chapter 8: Unsymmetrical Faults         Module 4                               Chapter 9: Transient Stability                 Chapter 10: Compensation of Power Transmission Systems   Electronics & Communication Engineering - Basic Electronics Type:- Web Coordinators:-  Prof. Pramod Agarwal Institute:-  IIT Roorkee  Electronics & Communication Engineering - Communication Engineering Type:- Video Coordinators:-  Prof. Surendra Prasad Institute:-  IIT Delhi  Electronics & Communication Engineering - Digital Signal Processing Type:- Web Coordinators:- Prof. Govind Sharma Institute:-  IIT Kanpur syllabus:- Introduction     Simple Operations and Properties of Sequences     Discrete-Time Systems     Time Domain representation of Linear Time-Invariant Systems     Discrete Time Fourier Transform     Discrete Fourier Series and discrete Fourier Transform     The Z - Transform     Discrete Time processing of continuous time signals     Digital  Filters      Electronics & Communication Engineering - Digital Systems Design Type:- Video Coordinators:-  Prof. D. Roychoudhury Institute:- IIT Kharagpur  Electronics & Communication Engineering - VLSI Design Type:- Web Coordinators:-  Prof. A.N. Chandorkar Institute:-  IIT Bombay syllabus:- Introduction to VLSI Design                                MOSFET                  Fabrication Process and Layout Design Rules                 Propagation Delays in MOS                 Power Disipation in CMOS Circuits             Semiconductor Memories                I/O PADs       Mechanical Engineering - Computer Aided Design and Manufacturing I Type:- Web Coordinators:- Prof. Anoop Chawla Institute:-  IIT Delhi  Mechanical Engineering - Design of Machine Elements I Type:- Web Coordinators:-  Prof. G. Chakraborty, Prof. B. Maiti, Prof. S.K. Roychowdhury Institute:- IIT Kharagpur  Mechanical Engineering - Engineering Mechanics Type:- Web Coordinators:- Prof. U.S. Dixit Institute:-  IIT Guwahati syllabus:- I.Basic of Statics II.Analysis of Structures-I  III.Analysis of Structures-II IV.Introduction to Friction V.Geometry Dependent Properties VI.Energy Methods VII.Kinematics VIII.Kinematics IX.Kinetics - I X.Kinetics - II XI.Introduction to 3-D Kinematics XII.3-D Dynamics XIII.Introduction to vibration         Mechanical Engineering - Industrial Engineering Type:- Web Coordinators:-  Prof. P.K. Jain, Prof. H.S. Shan, Prof. Pradeep Kumar Institute:- IIT Roorkee  Mechanical Engineering - Robotics This course aims to cover the following major topics: Different types of robots and their applications Robot Kinematics & Dynamics Sensors and Actuators Lower Level and Higher Level Control Strategies Type:- Web Coordinators:-     Prof. P. Seshu Prof. P.S. Gandhi Prof. K. Kurien Issac Prof. B. Seth Prof. C. Amarnath Institute:-  IIT Bombay

Contact Details/ Address of National Programme on Technology Enhanced Learning (NPTEL)

Chennai National Programme on Technology Enhanced Learning (NPTEL) Department of Management Studies Building (4th Floor) IIT Madras , Chennai - 600036 . Tel : 044 - 31929333 Tel : 91-9840406181; 91-9677023972; 91-9840127895