Na het volgen van deze zelfstudie kan je:
- De basisprincipes van Python begrijpen en toepassen, inclusief complexe datatypes, conditional statements, loops en geavanceerde functies.
- Geavanceerde onderwerpen binnen Python beheersen, zoals klassen (classes) en overerving (inheritance), datastructuren en algoritmen, evenals de migratie van Python 2 naar Python 3.
- Unit testing, HTTP-requests, webontwikkeling met Flask en gelijktijdige programmering (concurrent programming) in Python uitvoeren om robuuste en schaalbare applicaties te ontwikkelen.
Algemene omschrijving
In dit zelfstudiepakket zit het cursusmateriaal en een labomgeving.
Python continues to be one of the fastest-growing programming languages in the market today. Because of its ease of use and numerous supporting frameworks, it is widely used in web development, writing scripts, automating tasks, data science, and even cybersecurity.
This learning path, with more than 60 hours of online content, is divided into the following tracks:
- Track 1: Getting Started with Python.
- Track 2: Python Programming Advanced.
- Track 3: Python Programming, Unit Testing, Flask & Concurrent Programming.
Onderwerpen
Track 1: Getting Started with Python
In this track, the focus is getting started with Python, complex data types, conditional statements and loops, and first-class functions and lambdas.
- E-learning courses.
- Getting Started with Python: Introduction.
- Complex Data Types in Python: Working with Lists & Tuples in Python.
- Complex Data Types in Python: Working with Dictionaries & Sets in Python.
- Complex Data Types in Python: Shallow & Deep Copies in Python.
- Conditional Statements & Loops: If-else Control Structures in Python.
- Conditional Statements & Loops: The Basics of for Loops in Python.
- Conditional Statements & Loops: Advanced Operations Using for Loops in Python.
- Conditional Statements & Loops: While Loops in Python.
- Functions in Python: Introduction.
- Functions in Python: Gaining a Deeper Understanding of Python Functions.
- Functions in Python: Working with Advanced Features of Python Functions.
- Online Mentor.
- You can reach your Mentor by entering chats or submitting an email.
- Assessment.
- Final Exam: Python Novice.
- Practice Labs: Python Novice.
- Practice novice Python development tasks such as formatting data types, implementing flow control and conditionals, copying containers, and performing loops with list comprehension methods. Then, test your skills by answering assessment questions after converting data types, working with global and local variables within functions, invoking functions with varying parameters and implementing recursive functions and closures. This lab provides access to tools typically used when developing with Python, including:
- Python, Anaconda.
- Jupyter Notebook + JupyterHub.
- Pandas.
- NumPy.
- SiPy.
- Seaborn Library.
- PyCharm IDE.
- Spyder IDE.
- MongoDB.
- MySQL.
- VS Code.
Track 2: Python Programming Advanced
In this track, the focus is Python classes and inheritance and also data structures and algorithms.
- E-learning courses.
- Advanced Python Topics: File Operations in Python.
- Advanced Python Topics: Exceptions & Command Line Arguments.
- Advanced Python Topics: Python Modules & Virtual Environments.
- Advanced Python Topics: Migrating from Python 2 to Python 3.
- Python Classes and Inheritance: Introduction.
- Python Classes & Inheritance: Getting Started with Classes in Python.
- Python Classes & Inheritance: Working with Inheritance in Python.
- Python Classes & Inheritance: Advanced Functionality Using Python Classes.
- Data Structures & Algorithms in Python: Fundamental Data Structures.
- Data Structures & Algorithms in Python: Implementing Data Structures.
- Data Structures & Algorithms in Python: Sorting Algorithms.
- Data Structures & Algorithms in Python: Implementing Sorting Algorithms.
- Data Structures & Algorithms in Python: Trees & Graphs.
- Data Structures & Algorithms in Python: Implementing Trees & Graphs.
- Online Mentor.
- You can reach your Mentor by entering chats or submitting an email.
- Assessment.
- Final Exam: Python Apprentice.
- Practice Labs: Python Apprentice (estimated duration: 8 hours).
- Perform apprentice level Python development tasks such as file handling, implementing polymorphism, implementing special method names, as well as implementing an abstract class and using static methods. Then, test your skills by answering assessment questions after using a Python list as a stack, performing queue operations, implementing a graph as an adjacency matrix, and traversing a Binary Search Tree (BST).
Track 3: Python Programming, Unit Testing, Flask & Concurrent Programming
In this track, the focus will be on Python Unit Testing, Python HTTP requests, Flask in Python, and Python concurrent programming.
- E-learning collections.
- Python Unit Testing: An Introduction to Python's unittest Framework.
- Python Unit Testing: Advanced Python Testing Using the unittest Framework.
- Python Unit Testing: Testing Python Code Using pytest.
- Python Unit Testing: Testing Python Code Using doctest.
- Python Requests: HTTP Requests with Python.
- Flask in Python: An Introduction to Web Frameworks & Flask.
- Flask in Python: Building a Simple Web Site Using Flask.
- Flask in Python: User Interactions in Flask Applications.
- Flask in Python: User Authentication in a Flask Application.
- Python Concurrent Programming: Introduction to Concurrent Programming.
- Python Concurrent Programming: Multithreading in Python.
- Python Concurrent Programming: Multiprocessing in Python.
- Python Concurrent Programming: Asynchronous Executions in Python.
- Online Mentor.
- You can reach your Mentor by entering chats or submitting an email.
- Assessment.
- Final Exam: Python Journeyman.
