Webinar on Read Effectively by Ms. Deepa Panakkal on 15th May 2021

To realize the dream of transforming the education system and making it truly relevant for the challenges of 21st century, National Education Policy (NEP) 2020 was approved by the Govt. of India on 29th July 2020. Implementation of the NEP can begin with effective reading. A webinar to this effect was organized by the Library and NDLI Club of St. Francis Institute of Technology on 15th May 2021.

Number of Registrations: 100

Resource Person: Ms. Deepa Panakkal, Asst. Professor, Department of Basic Sciences and Humanities (FE), SFIT

Platform: Google Meet

The event began by imploring God Almighty's blessings followed by introduction and welcome by Mst. Shrirang Joshi (SE ExTC) and Ms. Madhura Angchekar (TE CMPN) respectively.

Ms. Deepa with her usual contagious gust of enthusiasm took over the session with great clarity and engaging experience about the importance of reading, its role in overall development of a human being. 

She highlighted on Reading as a Skill while citing LSRW (Listening Speaking Reading Writing).She strongly focused on the varied reading strategies. Eye fixation and Speed of reading are the major challenges while reading for a longer period of time and one needs to develop such habits over a period of time.

Ms. Deepa kept the online participants on their digital toes by engaging them in many short quizzes and self evaluation tests based on reading.Speed Reading was one such activity which was praised by all.

The webinar ended with a question and answer session moderated by Mst. Bhuvnesh Nemade (TE ELEC) and a Vote of Thanks by Mr. Paul Fernandes (Head - NSS Cell, SFIT).

Feedback of the Session

Youtube Link: https://www.youtube.com/watch?v=kTjiBdZCdyY

NPTEL Courses for Humanities and Social Sciences

 Below is the tentative list of courses for the discipline: Humanities and Social Sciences

See: https://docs.google.com/spreadsheets/d/e/2PACX-1vRkvBe5ot20hzrsdO6ZhvtsAyoaZEY-2rvi7eaao9ps8gFgeNnES5Zmi2j_Tv0EP3jk4dSG-3FdRO96/pubhtml?urp=gmail_link

Developing Soft Skills and Personality

Literary and Cultural Disability Studies: An Exploration

Great Experiments in Psychology

Water, Society and Sustainability

Educational leadership

Health Research Fundamentals

American Literature & Culture

Consumer Psychology

The Psychology Of Language

Short Fiction in Indian Literature

Applied Linguistics

History of English Language and Literature

Managing Intellectual Property in Universities

Patent Drafting for Beginners

Patent Law for Engineers and Scientists

Film Appreciation

Feminist Writings

Trauma and Literature

Twentieth Century American Drama

Soft skills

Energy Economics And Policy

Appreciating Linguistics: A typological approach

German - I

German - II

Sociology of Development

Science, Technology and Society

Environment and Development

Introduction to Market Structures

Development Research Methods

Introduction to Literary Theory

Brief introduction to Psychology

Psychology of Everyday

Cognition, Transformation and Lives

Introduction to Japanese Language and Culture

Ecology and Society

Sociology of Science

Body language: Key to professional Success

Globalization and Culture

Appreciating Carnatic Music

Urbanization and Environment

The Popular Gothic Novel

Classical Sociological Theory

Poetry

Fundamental Concepts in Sociolinguistics

Introduction to Western Political Thought

Entrepreneurship and IP Strategy

Patent Search for Engineers and Lawyers

NPTEL Courses for Electrical and Electronics Engineering

 Below is the tentative list of courses for the discipline: Electrical and Electronics Engineering

See: https://docs.google.com/spreadsheets/d/e/2PACX-1vRkvBe5ot20hzrsdO6ZhvtsAyoaZEY-2rvi7eaao9ps8gFgeNnES5Zmi2j_Tv0EP3jk4dSG-3FdRO96/pubhtml?urp=gmail_link

Fabrication Techniques for MEMs-based sensors : clinical perspective

Op-Amp Practical Applications: Design, Simulation and Implementation

Design of photovoltaic systems

Advances in UHV Transmission and Distribution

Principles of Modern CDMA/ MIMO/ OFDM Wireless Communications

Principles of Communication Systems: Part - II

Introduction to Wireless and Cellular Communications

Control engineering

Introduction to Smart Grid

Electrical Distribution System Analysis

Advanced Linear Continuous Control Systems: Applications with MATLAB Programming and Simulink

Electrical Machines - I

Microwave Theory and Techniques

Fundamentals of Electrical Engineering

Analog communication

Digital Circuits

Millimeter Wave Technology

Power system analysis

Digital Image Processing

Pattern Recognition and Application

Semiconductor Devices and Circuits

Optical Engineering

Applied Electromagnetics For Engineers

Electromagnetic Theory

Computer Aided Power System Analysis

Design for internet of things

Microelectronics: Devices To Circuits

Introduction to Photonics

Microwave Engineering

Analog Electronic Circuits

Enclosure design of electronics equipment

Computational Electromagnetics

Probability Foundations for Electrical Engineers

Stochastic Modeling and the Theory of Queues

Digital Switching - I

Basics of software defined Radios and Practical Applications

Dc Microgrid and Control System

System Design Through VERILOG

Integrated Photonics Devices and Circuits

Basic Electrical Circuits

Introduction to Semiconductor Devices

Image Signal Processing

Introductory Neuroscience & Neuro-Instrumentation

Signal Processing for mm Wave communication for 5G and beyond

Power Quality

Control and Tuning Methods in Switched Mode Power Converters

Mathematical Aspects of Biomedical Electronic System Design

Concentration inequalities

Electrical Measurement and Electronic Instruments

Principles and Techniques of Modern Radar Systems

Power System Protection

Power System Protection and Switchgear

Advanced Microwave Guided-Structures and Analysis

Fundamentals of Electric vehicles: Technology & Economics

Linear System Theory

Fiber Optic Communication Technology

NPTEL Courses for Computer Science and Engineering

 Below is the tentative list of courses for the discipline: Computer Science and Engineering

See: https://docs.google.com/spreadsheets/d/e/2PACX-1vRkvBe5ot20hzrsdO6ZhvtsAyoaZEY-2rvi7eaao9ps8gFgeNnES5Zmi2j_Tv0EP3jk4dSG-3FdRO96/pubhtml?urp=gmail_link

1. Problem solving through Programming In C
2. Programming in C++
3. Programming in Java
4. Object Oriented Analysis and Design
5. Data Base Management System
6. Scalable Data Science
7. Hardware modeling using verilog
8. Computer architecture and organization
9. Cloud computing
10. Introduction to internet of things
11. Switching Circuits and Logic Design
12. Software Engineering
13. Introduction to Industry 4.0 and Industrial Internet of Things
14. Programming, Data Structures And Algorithms Using Python
15. Design and analysis of algorithms
16. Data Science for Engineers
17. Introduction to Machine Learning - IITM
18. Reinforcement Learning
19. Introduction to Operating Systems
20. Software Testing
21. Social Networks
22. The Joy of Computing using Python
23. Deep learning - IITRopar
24. Introduction To Haskell Programming
25. Python for Data Science
26. Artificial Intelligence Search Methods For Problem Solving
27. Discrete Mathematics
28. C Programming and Assembly Language
29. Multi-Core Computer Architecture – Storage and Interconnects
30. Theory of Computation
31. Modern Algebra
32. Introduction to Machine Learning - IITKGP
33. Big Data Computing
34. Distributed Systems
35. Operating System Fundamentals
36. Introduction to algorithms and analysis
37. Computational Complexity
38. Secure Computation: Part I
39. Parameterized Algorithms
40. Deep Learning for Computer Vision
41. Demystifying Networking
42. Advanced computer architecture
43. C-Based VLSI Design
44. Computer Graphics
45. Real-Time Systems
46. "In order of preference:
47. Algorithmic Puzzles
48. Algorithms Implemented
49. Data Structures and Algorithms with C++ and Python
50. Algorithms for Competitive Programming"
51. Algorithms for protein modelling and engineering
52. Computer Vision
53. Natural Language Processing
54. Introduction to Quantum Computing: Quantum Algorithms and Qiskit