Not Logged In

Education is not to be finished

You have been logged out. Please log in to continue.

Notifications

No notifications yet

We'll notify you when something new arrives

Advanced Programming Python Level 3

Name: Advanced Programming Python Level 3
Price: 135 USD

Building on concepts from Python Level 2, this advanced level integrates data handling, file I/O, algorithms, and problem-solving through creative, project-based learning. The focus will shift toward structured problem-solving, algorithmic thinking, and data manipulation, preparing students for advanced Python topics such as AI, recursion, and data science. This course empowers students to move beyond visual code and start thinking like developers.

4.9 star reviewsout of total 93

Next Batch Starting

3 November, 2026

Sat & Sun

12:00 PM - 1:00 PM

4 Months

1 Hour Class

Medium

Online - Zoom

Why take this course?

Building on concepts from Python Level 2, this advanced level integrates data handling, file I/O, algorithms, and problem-solving through creative, project-based learning. Students will explore file reading and writing, simulate starfields, and build logic-driven games like Minesweeper and Treasure Hunt.

The focus will shift toward structured problem-solving, algorithmic thinking, and data manipulation, preparing students for advanced Python topics such as AI, recursion, and data science. This course empowers students to move beyond visual code and start thinking like developers.

Prerequisites:

Students must have completed Python Level 2 (Classes and OOPs) or have prior experience with:
Object-oriented concepts like classes, methods, and inheritance
Using Processing IDE or Replit for coding and visualisation
Familiarity with loops, conditionals, lists, and functions.
A typing speed of 40+ WPM is recommended. For practice, you can visit these websites:
- typing.com/student/tests
- monkeytype.com

Course Outline

4 Month Plan

1) Working with Files and Data Storage

a) Understanding File Input and Output

Students will explore how to read and write files to store data permanently.
Students will learn how to save user information (like in the Username & Login system from Level 2) and retrieve it later for automation tasks.

b) Handling Data Safely

Students will understand how to manage, validate, and protect stored data using file handling techniques.
Students will practice debugging and exception handling to prevent file or data-related errors.

c) Exploring File Structures

Students will learn how to organise and structure files for different types of projects.
Students will analyse how files can interact with multiple Python modules in larger programs.

d) Bringing It Together: Building a Data Logger

Students will create a simple data logger app that records and reads user inputs from files.
Students will integrate file handling into their existing GUI programs for practical experience.

2) Simulating Motion and Perspective

a) Introduction to 3D Space with 2D Graphics

Students will explore how to simulate depth and motion using 2D arrays and z-values.
Students will study the concept of perspective in Python graphics through small demos.

b) Randomisation and Object Arrays

Students will work with random values and object arrays to simulate multiple moving elements.
Students will understand how each object behaves independently using class-based structures.

c) Extending Classes and Adding Motion

Students will learn how to extend classes with new properties like speed, distance, and size.
Students will enhance their understanding of object-oriented logic through experimentation.

d) Creating a Starfield Simulation

Students will design a Starfield simulation, creating the illusion of stars moving through space.
Students will apply OOP concepts, arrays, and motion physics to make realistic effects.

3) Logic, Patterns, and Game Structures

a) Introduction to Nested Lists

Students will explore how nested lists work as a foundation for storing grid-like data.
Students will learn how to access, modify, and visualise grid-based structures in programs.

b) Conditional Logic and State Management

Students will apply conditionals and loops to track changes in a game-like setup.
Students will understand how to handle user clicks and events through mouse interaction.

c) Debugging and Game Mechanics

Students will learn to debug programs by checking interactions between grid elements.
Students will understand how logic errors can affect gameplay outcomes.

d) Designing a Minesweeper Challenge

Students will build a Minesweeper-style game, applying nested lists and game logic.
Students will combine looping, conditional statements, and state updates to make it interactive.

4) Searching and Tracking Data

a) Working with Lists and Indexing

Students will revisit lists, slicing, and indexing to find and organise data efficiently.
Students will practice modifying and filtering data from large collections.

b) Applying Logic to Problem Solving

Students will use if-else conditions and loops to navigate through virtual paths.
Students will understand how to make dynamic decisions based on user input.

c) Building Algorithms with Splicing

Students will learn how splicing and string manipulation can create efficient data trackers.
Students will apply slicing logic to puzzles and hidden path challenges.

d) The Treasure Hunt Adventure

Students will design a Treasure Hunt project, using splicing, indexing, and list traversal to find hidden clues.
Students will strengthen their logical reasoning and data tracking skills in a fun, exploratory way.

Learning Outcomes

Confidently implement file handling (File I/O) to read, write, and safely manage persistent data in their Python applications.
Apply object-oriented design principles to create complex simulations involving motion, randomisation, and 3D perspective using 2D graphics.
Design and develop logic-driven games and applications that require structured thinking and algorithmic solutions, such as Minesweeper or Treasure Hunt.
Debug and implement exception handling in advanced Python programs to create more robust and error-resistant code.
Be fully prepared to move on to specialized, real-world Python fields like Data Science, Machine Learning, and Web Development frameworks.

Schedule

Up Coming

Times shown in

Starts 3 Nov

Ends 21 Feb 2027

Sat & Sun

12:00 PM - 1:00 PM

Batch 427

5 seats left

Taught by
Mishal Ahmed

Fees: $135.00/month

Enroll now

Starts 7 Nov

Ends 21 Feb 2027

Sat & Sun

2:00 PM - 3:00 PM

Batch 426

5 seats left

Taught by
Navaal Noshi

Fees: $135.00/month

Enroll now

Ongoing

Started 26 Oct

Ends 10 Feb 2027

Mon & Wed

2:00 PM - 3:00 PM

Batch 471

0 students enrolled

Status

Currently in Module 1

Taught by
Mishal Ahmed

Fees: $135.00/month

Enroll now

Started 24 Oct

Ends 7 Feb 2027

Sat & Sun

6:00 AM - 7:00 AM

Batch 562

0 students enrolled

Status

Currently in Module 1

Taught by
Navaal Noshi

Fees: $135.00/month

Enroll now

Teachers

Navaal Noshi
Teaching Advanced Programming Python Level 3
Joined: August, 2025
1 year and 3 months
Welcome to Python Level 3! In this course, we bring code to life by building a 3D Starfield, a classic Minesweeper game, a Data Logger app, and a logic-based Treasure Hunt! Every class is designed to build critical problem solving skills and teach Object Oriented Programming in a way that is hands-on, fun, and engaging.

Mishal Ahmed
Teaching Advanced Programming Python Level 3
Joined: November, 2024
2 years and 0 months
Python Level 3 builds on core programming skills by introducing students to advanced problem-solving and software design concepts. Through hands-on projects and coding challenges, students explore functions, recursion, file handling, data structures, algorithms, and object-oriented programming. Lessons emphasize logical thinking, debugging, and writing efficient, organized code while encouraging creativity and independent project development in real-world programming scenarios.

Projects

Scratch

Ali Ebrahim khan

3D MAZE

View Profile

Scratch

Maaz Uppal

Ping pong game

View Profile

Muhammad Ibraheem Ali

11 years old

Pirate adventure game

View Profile

See all projects

Why People Choose the STEM Educators

See all reviews

Find out if this course is suitable for your childSchedule your pre-assessment for free!

Book a free session

Think your kid is ready to take the course!
Enroll now and get started

Frequently Asked Questions

To enroll in any of our programming courses, your child must first attend a STEM Explorer Session. This helps us understand your child’s learning profile and ensures they are placed in a course that matches their skills and interests. After the session, we will share available time slots and course details and guide you through the next steps for enrollment.

Book a 30-minute STEM Explorer Session to find out the most suitable course for your child.

Learning to code helps build essential 21st-century skills such as critical thinking, problem-solving, and creativity. It fosters logical reasoning, boosts confidence in using technology, and prepares children for a future increasingly shaped by digital tools.

While we highly encourage punctuality and regular attendance, we understand that emergencies can happen. In such a case, parents must inform the instructor before the class and request a recording. In this way, the instructor can arrange a recording if informed in advance, as we do not usually record classes.

View All FAQs