Search results: 92
The English Language Skills I course is offered to all undergraduate students in their first semester. The general objective of the course is to develop in the learners the ability to understand English in a wide range of contexts and communicate effectively. The main thrust is on understanding the nuances of listening, speaking and reading English. The course is a step towards preparing the learners to face situations with confidence and to seek employment in the modern globalized world. The students will learn language and literature through class activities, individual, pair and small group work. This will help the learners to extend their language skills into the study of the other subjects too with better holistic comprehension.
- Teacher: Sowmya Srinivasan S
Category: ATP-UG-English-Archive
- Teacher: Maitali Khanna ATP
- Teacher: Ms. Priyamvada C. ATP
Category: ATP-UG-English-Archive
Category: ATP-UG-English-Archive
- Teacher: Rudramamba Balusu ATP
- Teacher: Sai Soujanya Kumari B ATP
Category: ATP-PG-Education-Archive
This course is created for Project work of MBA programme with separate Groups
- Project supervisor: Dr. Jayaprada Netrapalli ATP
- Project supervisor: Dr. Jayashree C ATP
- Project supervisor: Dr. Padmavathy Gururajan ATP
- Project supervisor: Dr. Suma Uppalury ATP
- Project supervisor: Dr. Swetha Thiruchanuru ATP
- Project supervisor: Mrs Akanksha Aggarwal ATP
- Project supervisor: Ms. Mithula Vasantha ATP
Category: ATP-PG-DMC
- Teacher: Deepak Anand PSN
Category: PSN-PG-DMC
- Teacher: Kumar Bhaskar R PSN
Category: PSN-PG-DMC
- Teacher: Vivek Kapoor PSN
Category: PSN-PG-DMC
- Teacher: Dr. Sanjay Mahalingam PSN
- Teacher: Sri Amit Sood Visiting Faculty
Category: PSN-PG-DMC
- Teacher: Prakash Sharma PSN
Category: PSN-PG-DMC
- Teacher: Dr. S Subramanian PSN
Category: PSN-PG-DMC
- Teacher: Dr. S Subramanian PSN
Category: PSN-PG-DMC
- Teacher: Dr. Sanjay Mahalingam PSN
Category: PSN-PG-DMC
- Teacher: Deepak Anand PSN
Category: PSN-PG-DMC
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Padmavathy Gururajan ATP
Category: ATP-PG-DMC-Archive
- Teacher: Mrs Akanksha Aggarwal ATP
Category: ATP-PG-DMC-Archive
- Teacher: Prof.Kshetragna K
Category: Brindavan Campus-DMC-2024-25
- Teacher: Dr. Swetha Thiruchanuru ATP
Category: ATP-PG-DMC-Archive
- Teacher: Sri K J Srinivas PSN
Category: Brindavan Campus-DMC-2024-25
- Teacher: Dr. Sivakumar N BRN
Category: Brindavan Campus-DMC-2024-25
- Teacher: Mrs Aparna Venkatesh ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. S Subramanian PSN
Category: Brindavan Campus-DMC-2024-25
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Prasad LK Rayaprolu MDH
Category: Brindavan Campus-DMC-2024-25
- Teacher: Rajeev Rajan BRN
Category: Brindavan Campus-DMC-2024-25
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Prof.Kshetragna K
Category: Brindavan Campus-DMC-2024-25
- Teacher: Vivek Kapoor PSN
Category: PSN-PG-DMC
- Teacher: Dr. Suma Uppalury ATP
Category: ATP-PG-DMC-Archive
- Teacher: Chandrahaas CS
Category: Brindavan Campus-DMC-2024-25
Category: PSN-PG-DMC
- Teacher: Dr. Padmavathy Gururajan ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Suma Uppalury ATP
Category: ATP-PG-DMC-Archive
Category: ATP-PG-DMC-Archive
- Teacher: Ms. Chintamala Priyanka DMC ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Jayaprada Netrapalli ATP
Category: ATP-PG-DMC-Archive
- Teacher: Dr. Suma Uppalury ATP
Category: ATP-PG-DMC
- Teacher: Dr Vadlani Visiting Faculty
Category: PSN-PG-DMC
- Teacher: Dr Vadlani Visiting Faculty
Category: PSN-PG-DMC
- Teacher: Dr. Suma Uppalury ATP
Category: ATP-PG-DMC
- Teacher: Ms. Mithula Vasantha ATP
Category: ATP-PG-DMC
- Teacher: Sri Karthik Ramesh Visiting Faculty
Category: PSN-PG-DMC
This VLSI stream is designed to give additional edge to the students of this M.Tech. program by way of specializing in VLSI technology. With basic knowledge of optoelectronics, fiber
optics and communications learnt from the core papers, the students can opt to pursue this
stream to be able to go over to semiconductor industry.
PE-VLSI-1: Principles of VLSI: To teach basic principles of VLSI with introduction to CMOS theory, IC design and characteristics and implementation strategies.
optics and communications learnt from the core papers, the students can opt to pursue this
stream to be able to go over to semiconductor industry.
PE-VLSI-1: Principles of VLSI: To teach basic principles of VLSI with introduction to CMOS theory, IC design and characteristics and implementation strategies.
- Teacher: Dr. Sai Muthukumar V PSN
Category: PSN-PG-Physics
This course is designed to acquire a tool set for understanding how the microscopic world works. It introduces the basic postulates, the concept of states, observables, the peculiar role of measurement in quantum mechanics.
Matrix and wave formulations of quantum mechanics in finding the energy spectrum and the states of quantum systems.
Dirac's notation is introduced.
Emphasis is given to the wave function approach of Schrodinger.
Relation to classical mechanics is covered.
Solving the Schrodinger wave equation (for few idealized systems) to obtain the various energy levels of the particle and their corresponding wave functions.
To solve time-independent potentials (of real systems which may not be solved exactly)
Matrix and wave formulations of quantum mechanics in finding the energy spectrum and the states of quantum systems.
Dirac's
Emphasis is given to the wave function approach of Schrodinger.
Relation to classical mechanics is covered.
Solving the Schrodinger wave equation (for few idealized systems) to obtain the various energy levels of the particle and their corresponding wave functions.
To solve time-independent potentials (of real systems which may not be solved exactly)
- Teacher: Dr. K Vijaya Sai PSN
Category: PSN-PG-Physics
In this course, we will learn the underlying physics of Lasers and laser systems by combining the knowledge of gain media together with the aspects of design, configuration and operation of lasers. By the end of the course, students will understand basic light matter interaction,
characteristics of atomic transitions and line broadening mechanisms, the necessary and
sufficient conditions for laser operation, basic laser beam characteristics and its relation to
cavity parameters, steady-state and transient operations, threshold requirements, different
types of lasers and laser applications.
characteristics of atomic transitions and line broadening mechanisms, the necessary and
sufficient conditions for laser operation, basic laser beam characteristics and its relation to
cavity parameters, steady-state and transient operations, threshold requirements, different
types of lasers and laser applications.
- Teacher: Gowrishankar Ramadurai PSN
Category: PSN-PG-Physics
- Teacher: Sayee Manohar K MDH
Category: Brindavan Campus-DMC-2024-25
- Teacher: Dharmendra Kalita
Category: Brindavan Campus-DMC-2024-25
- Teacher: Dharmendra Kalita
Category: Brindavan Campus-DMC-2024-25
- Teacher: Prof . Sai Giridhar
Category: Brindavan Campus-DMC-2024-25
1. Introduction to electronic spreadsheets
2. Entering Data and series, Navigating in a sheet and across sheets
3. Editing and Formatting Data
4. Cell Referencing
5. Select functions-
a. Logical,
b. Mathematical,
c. Statistical,
d. Date and Time,
e. Text,
f. Financial
6. Basic array functions
7. Auto Sum
8. Lookup functions
9. Creating Table
10. Graphs and Charts
11. What-if analysis
12. Analysis using Pivot tables
13. Basic use of Solver Add-in
14. Data Analysis package and utilities
15. Practice sessions
2. Entering Data and series, Navigating in a sheet and across sheets
3. Editing and Formatting Data
4. Cell Referencing
5. Select functions-
a. Logical,
b. Mathematical,
c. Statistical,
d. Date and Time,
e. Text,
f. Financial
6. Basic array functions
7. Auto Sum
8. Lookup functions
9. Creating Table
10. Graphs and Charts
11. What-if analysis
12. Analysis using Pivot tables
13. Basic use of Solver Add-in
14. Data Analysis package and utilities
15. Practice sessions
- Teacher: MDH-Sai Vinod M S MDH
- Teacher: MDH-Sai Manohar S MDH
Category: Brindavan Campus-DMC-2024-25
Category: NG-WINTER SEMESTER
- Teacher: Bhagya Gayathri Nemani
Category: ATP-UG-DMACS-Archive
- Teacher: Aarthi R. M. ATP
Category: ATP-PG-English-Archive
- Teacher: Rani P. L. ATP
- Teacher: Siddhartha R PSN
Category: ATP-UG-English-Archive
- Teacher: Sai Archana Murthy ATP
Category: ATP-UG-English
- Teacher: Maitali Khanna ATP
Category: ATP-UG-English
Category: Languages
- Teacher: Mrs. Santoshi Kumari Gorle ATP
Category: ATP-UG-Maths
- Teacher: Mrs. Santoshi Kumari Gorle ATP
Category: ATP-UG-Maths
- Teacher: Sri Sapan Gupta Asst. Professor BRN
Category: Mathematics
UMAT 506-Software Lab - I: Introduction to C Programming
C is a general-purpose, procedural computer programming language supporting structured programming, lexical variable scope, and recursion, with a static type system. By design, C provides constructs that map to typical machine instructions. Wikipedia
Typing discipline: Static, weak, manifest, nominal
Developer: Dennis Ritchie & Bell Labs (creators); ANSI X3J11 (ANSI C); ISO/IEC JTC1/SC22/WG14 (ISO C)
Filename extensions: c,.h
Paradigm: Imperative (procedural), structured
- Teacher: Darshan Gera BRN
- Teacher: Dr. Kurma Rao Tyada, Asst. Professor BRN
Category: BRN-UG-DMACS
- Teacher: Sai Prabhakar Balantrapu
Category: PSN-UG-Economics