The Python Institute offers a range of Python certification exams. These certifications can be taken at any level, from entry-level to professional. The PCEP – Certified Entry-Level Python Programer certification is a professional credential that evaluates your ability to code tasks related to the basics of Python programming.
Let’s now take a look at the Certified Entry Level Python Programmer Exam Guide.
About Entry-Level Python Programmer Exam
The PCEP – Certified Entry-Level Python Programer certification shows that an individual is familiar with all aspects of computer programming, such as data types and containers, functions, loops, conditions, loops, runtime environments, and Python programming language syntax and semantics. The PCEP certification certifies that an individual is familiar enough with Python 3’s most important tools to allow them to start their own studies at an intermediate level or continue their professional development.
Exam Prerequisites
These are some prerequisites to taking this course:
The individual should be familiar with the basic concepts of computer programming.
You should be familiar with the basic syntax and semantics of Python programming language.
You can also resolve common implementation issues using the Python Standard Library.
How to pass the Certified Entry Level Python Programmer Exam
Candidats should have sufficient knowledge of programming fundamentals, Python syntax, and semantics. They should also be able to solve common implementation problems using the Python Standard Library. Let’s learn how to prepare for the Certified Entry-Level Python Programer Exam.
Step 1: Learn about the exam syllabus
This is the outline of the exam content –
Basic Concepts (17%)
Fundamental concepts: Interpreting and the interpreter, compilation, and the compiler, language elements. Lexis, syntax, semantics, Python keywords. Instructions.
Literal: Boolean. Integer. Floating-point Numbers. Scientific notation. Strings
The input() function
numeral systems (binary, octal, decimal, hexadecimal)
Numeric operators:** */ % // +
String operators* +
Shortcut operators and assignments
Data Types, Evaluations and Basic I/O Operations (20%)
Operators: Unary and binary, Priorities and Binding
<< >>Boolean operators:not and or
Boolean expressions
Relational operators (==!= > = building complex Boolean Expressions
Accuracy of floating-point numbers
also, basic input and output operations using theinput(),print(),int(),float(),str(), len()functions
formattingprint()output withend=andsep=arguments
Type casting
Also, basic calculations
Simple strings: constructing and assigning, indexing, and immutability
Flow Control – Loops and conditional blocks (20%)
conditional statements:if,if-else,if-elif,if-elif-else
Also, you can make multiple conditional statements
building loops:while,for,range(),initerating through sequences
expanding loops:while-else,for-elsenesting loops and conditional statements
also, controlling loop execution:break,continue
Data Collections – Lists and Tuples (23%)
Simple lists: indexing, slicing, and constructing vectors with thelen()function
lists in detail: indexing, slicing, basic methods (append(),insert(),index()) and functions (len(),sorted(), etc. ),delinstruction, iterating lists with theforloop, initializing,inandnot inoperators, list comprehension, copying and cloning
Lists in lists: matrices, cubes
tuples: indexing and slicing, building, and immutability
Lists vs. tuples: Similarities and differences, lists within tuples and lists within tuples
dictionaries: building, indexing, adding and removing keys, iterating through dictionaries as well as their keys and values, checking key existence,keys(),items()andvalues()methods
Strings in detail: Esca