Page 28 - COPA Vol I of II - TP - Telugu

Development Life Cycle (10 Hrs)
144. Identify Phases of the
Application Development Life
Cycle. (5 Hrs)
145. Describe Roles in each of
the phases of Application
Development Life Cycle. (5
Hrs)

To be selected either “Programming in Python” or “Programming in Java” as Elective Module for COPA.
COPA - Elective Module - I Programming in Python
Professional Write programs using Programming language (Python) Programming language (Python)
Skill - 70 Python language. ( NOS: Use Python from command line (30 Hrs)
Hrs; SSC/N9406) (7 Hrs) • Introduction to Python History
Professional 1. Install, set up the environment • Features, Setting up path Basic
Knowledge - & run Python. (3 Hrs) Syntax, Comments, Variable
30 Hrs. 2. Use Command Line and IDE • Different Data Types
to create and execute a python • Casting, string, Boolean
program. (4 Hrs)
Perform Operations using Data • Python Operators
Types and Operators (15 Hrs) • Conditional Statements
3. Write and test a python • Looping
program to demonstrate print • Control Statements, String
statement, c o m m e n t s , Manipulation, Lists, Tuple, sets
different types of variables. (5 • Dictionaries
Hrs) • Arrays
4. Write and test a python program • Iterators, modules, dates, math,
to perform data and data type • Modules, Input and Output.
operations, string operations,
date, input and output, output
formatting and operators. (5
Hrs)
5. Determine the sequence of
execution based on operator
precedence. (5 Hrs)
Control Flow with Decisions and
Loops (20hrs)
6. Construct and analyze code
segments that use branching
statements. (10 Hrs)
7. Construct and analyze code
segments that perform iteration.
(10 Hrs)
Document and Structure Code
(18 Hrs)
8. Document code segments using
comments and documentation
strings. (3 Hrs)
9. Construct and analyze code
segments that include List
comprehensions, tuple, set and
Dictionary comprehensions. (16
Hrs)
Perform Operations Using
Modules and Tools (10 Hrs)
10. Perform basic operations using
built-in modules. (5 Hrs)
11. Solve complex computing
problems by using built-in
modules. (5 Hrs)

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