Lecture 1.1 The basic Model of computation

Lecture 1.2 Programming Languages

Lecture 1.3 Testing & debugging and documentation.

Lecture 2.1 Flow Chart Symbols

Lecture 2.2 Exchanging values of two variables

Lecture 2.3 Decimal Base to Binary Base conversion

Lecture 2.4 GCD (Greatest Common Divisor) of two numbers

Lecture 2.5 Test whether a number is prime

Lecture 2.6 Reverse order of elements of an array

Lecture 2.7 Find largest number in an array

Lecture 2.8 Print elements of upper triangular matrix

Lecture 3.1 Python Introduction

Lecture 3.2 Introduction to Python Interpreter and program execution

Lecture 3.3 Python’s Built-in Data types

Lecture 3.4 Accepting input from Console

Lecture 3.5 Simple ‘Python’ programs

Lecture 4.1 Assignment statement

Lecture 4.2 Conditional statements

Lecture 4.3 While Statement

Lecture 4.4 Continue Statement, Pass statement, else, assert

Lecture 5.1 Lists, tuples and dictionary

Lecture 5.2 Concept of mutability

Lecture 5.3 Examples to include finding the maximum

Lecture 5.4 linear search on list/tuple of numbers

Lecture 5.5 elements in a list using a dictionary

Lecture 6.1 Top-down approach of problem solving

Lecture 6.2 Modular programming and functions

Lecture 6.3 Local variables, the Return statement

Lecture 6.4 VarArgs parameters

Lecture 6.5 Date & Time Functions, Recursion

Lecture 7.1 Concept of Files

Lecture 7.2 Reading from a file

Lecture 7.3 Command Line arguments

Lecture 8.1 Scope of objects and Names

Lecture 8.2 LEGB Rule Module Basics

Lecture 8.3 Module Files as Namespaces

Lecture 8.4 Import Model, Reloading Modules

Lecture 8.1 Introduction to NumPy ndarray

Lecture 8.2 Array From Existing Data

Lecture 8.3 Array From Numerical Ranges

Lecture 8.4 Indexing & Slicing