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Shehab Abdel-Salam

Whether you're planning to work in software development, data science, data analytics, or simply want to learn programming, The Python Programmer course is designed to equip you with the expertise needed to develop Python professionally. This course is more than just theory – it's a hands-on journey through Python's core and advanced features, preparing you for real-world applications.

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Whether you're planning to work in software development, data science, data analytics, or simply want to learn programming, The Python Programmer course is designed to equip you with the expertise needed to develop Python professionally. This course is more than just theory – it's a hands-on journey through Python's core and advanced features, preparing you for real-world applications.

With 15+ chapters, you'll explore everything from basic syntax to advanced topics. You’ll solve 100 exercises, test your knowledge with 150+ MCQs,  and optionally solve 20+ coding challenges. Each chapter is packed with practical exercises, code challenges, and quizzes that will test and solidify your understanding of Python.

This course comes with customised learning journeys to help you achieve your goals efficiently. We start with programming fundamentals like data types, control flows, and data-structures, and then progress to object-oriented programming and advanced topics like decorators, generators, and concurrency. You'll also gain valuable experience by applying Python to real-world problems, ensuring you're ready for any Python-related task in your career.

Whether you want to enhance your programming skills or learn about some advanced topics in Python, I've incorporated all of my knowledge and experience into this course to ensure it provides the tools and confidence you need to succeed. I hope you enjoy this course and get the best experience out of this journey.

Shehab

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What's inside

Learning objectives

  • You will gain practical knowledge and experience with python programming language from fundamentals to advanced topics.
  • Practice with 100 code exercises and over 20 code challenges with written test cases.
  • Learn how to design and build real-world applications using python.
  • Learn python's best practices and how to develop clean python code.
  • Learn how to apply object-oriented programming and functional programming in python.

Syllabus

You will get a good understanding of what to expect in this course and how to take it to set you up for success!
Who is this course for?
How to take this course?
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Test your understanding of Python's core characteristics.

Test your knowledge of Python variables, types, and their use cases.

Evaluate how well you can work with Python's arithmetic, logical, and comparison operators.

Test your knowledge of conditional statements and loops in Python.

Check your knowledge of functions, scope, recursion, and how to define them effectively.

Measure your understanding of Python's built-in data structures like lists, sets, and dictionaries.

Quiz your skills in string manipulation and methods in Python.

Evaluate how well you can read from and write to files in Python.

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Covers object-oriented programming and functional programming, which are essential paradigms for building robust and scalable applications in software development and data science
Includes 100 code exercises and 20+ coding challenges, offering ample opportunity to practice and solidify understanding of Python concepts through hands-on experience
Teaches how to design and build real-world applications using Python, bridging the gap between theoretical knowledge and practical implementation for career readiness
Explores advanced topics like decorators, generators, and concurrency, which are useful for optimizing code and handling complex tasks in Python applications
Emphasizes Python's best practices and clean code development, which are crucial for writing maintainable and efficient code in collaborative projects and professional settings
Requires learners to download exercises and solve them, which may require additional software or tools not readily available on all systems

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Reviews summary

Comprehensive python for professionals

According to students, The Python Programmer 2025 course provides a solid foundation and covers a wide range of topics, from fundamentals to advanced concepts. Many learners appreciate the extensive hands-on practice, citing the 100 exercises and coding challenges as particularly valuable for solidifying understanding and preparing for real-world applications. The structure is generally seen as logical, progressing well through different Python areas. However, some students note that the pace can be challenging for absolute beginners, suggesting prior basic programming exposure might be helpful. While praised for its breadth, a few reviews indicate that certain advanced topics could benefit from more depth. Overall, it's considered a highly beneficial course for those aiming for a career in Python-related fields, offering practical tools and confidence.
Clear and knowledgeable explanations.
"Shehab explains complex concepts in a very clear and understandable way. His approach makes learning enjoyable."
"The instructor is clearly very knowledgeable and passionate about Python, which comes through in the lectures."
"I found the explanations for trickier topics like scope, decorators, and generators particularly well done by the instructor."
"Instructor is engaging and makes the material digestible, even when it gets difficult."
Broad coverage, from basic to advanced.
"This course covers an impressive breadth of Python topics, starting from basics and going all the way to concurrency and web basics."
"I appreciated how it didn't just stop at fundamentals but introduced advanced concepts like decorators, generators, and multithreading."
"The syllabus is very comprehensive. It touches on almost everything you'd need for a professional path in Python."
"It's like a one-stop shop for learning Python, covering diverse areas useful for different career paths."
Prepares for professional roles.
"This course is definitely geared towards those who want to use Python professionally. It focuses on practical application."
"Felt like this course gave me the necessary skills and confidence to tackle Python tasks in a work environment."
"The inclusion of topics like testing, debugging, and best practices is highly relevant for a career."
"The emphasis on real-world applications and clean code is a major plus for anyone serious about a Python career."
Excellent hands-on coding practice.
"The hands-on coding and projects are the strongest part of the course for me, really helped solidify my understanding."
"I loved the exercises and challenges. They weren't just busywork; they made me actually use what I learned immediately."
"Solving the 100 exercises and 20+ challenges with test cases was the best way to practice. It's very practical."
"Couldn't have grasped many concepts without tackling the coding problems provided after each section."
Some advanced topics need more depth.
"Some of the advanced modules, like concurrency or networking, felt a bit rushed and could use more in-depth coverage."
"While the course introduces many advanced topics, you'll likely need supplementary resources to truly master them."
"It's a great overview, but don't expect to become an expert in every single advanced area covered just from this course alone."
"The section on web development basics was useful, but quite brief – just enough to get a taste."
Can be fast-paced for newcomers.
"As a complete beginner, I found some sections moved quite fast. Needed to pause and rewatch lectures frequently."
"If you have zero coding experience, be prepared to dedicate extra time to grasp the concepts fully, the pace is quick."
"The course assumes you can pick up syntax and ideas relatively quickly. Not ideal if you need a very slow, step-by-step intro."
"While it starts with basics, it accelerates rapidly into more complex topics. Might be better suited for someone with minimal prior experience rather than none."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in The Python Programmer 2025 with these activities:
Review Basic Python Syntax
Solidify your understanding of Python syntax to ensure a smooth learning experience in the course.
Browse courses on Python Syntax
Show steps
  • Complete online Python tutorials for beginners.
  • Review Python's data types, operators, and control flow statements.
  • Practice writing simple Python scripts.
Review 'Python Crash Course'
Reinforce your understanding of Python fundamentals with a comprehensive guide.
Show steps
  • Read the first half of the book covering basic Python concepts.
  • Work through the example projects to apply your knowledge.
  • Take notes on key concepts and syntax.
Solve Basic Coding Problems on LeetCode
Sharpen your problem-solving skills by tackling coding challenges related to data structures and algorithms.
Show steps
  • Create a LeetCode account and familiarize yourself with the platform.
  • Solve easy-level problems focusing on lists, dictionaries, and strings.
  • Review solutions and understand different approaches.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Create a Python Cheat Sheet
Consolidate your knowledge by creating a cheat sheet of essential Python syntax and concepts.
Show steps
  • Review course materials and identify key concepts.
  • Organize the information into a concise and easy-to-read format.
  • Include examples and explanations for each concept.
Build a Simple Command-Line Application
Apply your Python skills by building a practical application that solves a real-world problem.
Show steps
  • Choose a simple project, such as a to-do list or a calculator.
  • Design the application's functionality and user interface.
  • Write the Python code to implement the application.
  • Test and debug the application.
Dive into 'Fluent Python'
Deepen your understanding of advanced Python concepts and best practices.
Show steps
  • Read chapters on topics such as iterators, generators, and decorators.
  • Experiment with the code examples and try to modify them.
  • Reflect on how these concepts can be applied to your own projects.
Contribute to a Python Open Source Project
Gain real-world experience by contributing to a Python open-source project.
Show steps
  • Find a project that aligns with your interests and skill level.
  • Read the project's documentation and contribution guidelines.
  • Identify a bug or feature to work on.
  • Submit a pull request with your changes.

Career center

Learners who complete The Python Programmer 2025 will develop knowledge and skills that may be useful to these careers:
Python Developer
The Python Developer role is specifically focused on using Python for development tasks, and The Python Programmer course perfectly aligns with this. Python developers write, test, and maintain code for various applications. This course provides practical experience with Python, covering core and advanced features, which is essential for a Python developer. The extensive exercises and coding challenges offered in this course provide the hands-on practice needed to excel in a Python development role, making it an ideal choice for anyone serious about becoming a Python developer.
Software Engineer
A software engineer needs expertise in programming languages, and this course, The Python Programmer, helps build essential skills. Software engineers design, develop, and maintain software applications. This course provides a hands-on approach to learning Python, covering fundamental to advanced concepts, which is directly applicable to software development tasks such as creating applications or scripting tools. The exercises, coding challenges, and practical applications included in the course can greatly benefit a prospective software engineer, equipping them with the skills to write, test, and maintain Python code efficiently.
Data Scientist
The role of a data scientist often requires proficiency in Python, and The Python Programmer course helps build a foundation in this area. Data scientists analyze data to extract meaningful insights and develop predictive models. The course's comprehensive coverage of Python, from basic syntax to advanced topics like object-oriented programming and concurrency, is directly applicable to performing statistical analysis, machine learning, and data visualization. Those looking to become data scientists should take this course to gain hands-on experience in utilizing Python for data-related tasks through its exercises and code challenges.
Machine Learning Engineer
A machine learning engineer has to have skills in programming, and this course, The Python Programmer, will be very helpful. Machine learning engineers develop and implement machine learning models. This course provides a thorough understanding of Python, a preferred language for machine learning, and includes topics that are directly applicable to the field. The course's focus on practical examples, exercises, and code challenges helps an aspiring machine learning engineer gain the technical expertise needed to build and deploy machine learning solutions using Python.
Data Analyst
Data analysts use programming languages like Python to clean, analyze, and interpret data, and this course, The Python Programmer, may be useful for this. Data analysts look for trends and patterns to help organizations make better decisions. The course helps a data analyst build a foundation in Python programming, including data structures, and file handling, which can be used to perform data manipulations needed for most analysis work. In addition, this course tests your knowledge with exercises and quizzes that ensure that the data analyst acquires practical skills in using Python for data analysis.
Backend Developer
The role of a backend developer requires strong programming skills, and The Python Programmer course can be very beneficial. Backend developers build and maintain server-side logic and databases. This course helps a backend developer build a foundation in Python, which is a popular language for backend development. The course's coverage of object-oriented programming and advanced topics like concurrency are directly applicable to building robust and efficient backend systems.
Software Development Engineer in Test
A software development engineer in test, or SDET, creates and implements testing plans and scripts for software, and this course, The Python Programmer, may be useful for this. SDETs must possess strong programming skills to automate testing processes and ensure software quality. The course's practical approach to Python, with exercises and code challenges, helps improve proficiency in writing test scripts and automation tools in Python. The knowledge of file handling and exception handling provided by the course are useful for test automation.
Automation Engineer
Automation engineers use programming to automate repetitive tasks, and The Python Programmer course can help build a foundation for this role. They often work in manufacturing and software development, identifying opportunities to make processes more efficient with code. A thorough understanding of Python, as provided by this course, helps an automation engineer create scripts and tools to automate tasks. The course's practical exercises and coding challenges can help those who wish to automate workflows.
Research Scientist
Some research scientists need strong programming skills, and The Python Programmer course helps build a foundation in this area. Research scientists design and conduct experiments, often working with data and needing to write code to analyse it. This course can be useful because it introduces a wide range of Python programming topics, including data structures and file handling, which can be used for data analysis. The practice offered in this course, via exercises and challenges, is beneficial, particularly for those who may need Python for analyzing findings in their discipline.
Database Administrator
Database administrators need programming knowledge to manage and maintain databases efficiently, and The Python Programmer course may be useful for this. Database administrators ensure the integrity and accessibility of data. The course provides a foundation in Python, which can be used for database automation, scripting, and data management tasks. File handling and the use of data structures in Python, as covered in this course, are practical skills for those who wish to become database administrators or to help them manage databases more effectively.
Quantitative Analyst
Quantitative analysts use mathematical and statistical models to solve complex financial problems, and The Python Programmer course may be useful for this. Quantitative analysts rely on programming for statistical analysis, data visualization, and algorithm development. The course's coverage of Python fundamentals and its practical exercises can help a quantitative analyst use Python for data analysis and mathematical modelling. Taking this course helps the aspiring quantitative analyst learn programming skills that are critical for the role.
Technical Writer
A technical writer creates documentation for software, and this course, The Python Programmer, may be very slightly useful for this. Technical writers write clear, accurate, and concise manuals, guides, and other documents. While this course does not teach writing, it may help a technical writer to write with more authority about Python, enabling them to write about Python-related topics with clear understanding. The course's practical focus may allow them to speak from experience when writing about the use of Python.
Web Developer
A web developer creates and maintains websites, and The Python Programmer course may be useful for this. The course helps build a foundation in Python programming, which also a popular backend language for some web development tasks. The course's exercises and practical applications of Python may be useful to gain experience with Python, some of which might be useful in web development. However, this course does not address front-end skills.
Project Manager
Project managers oversee and coordinate projects, and this course, The Python Programmer, may be relevant indirectly. Project managers need to understand the technical aspects of projects to lead effectively. This course may help project managers understand the work done by Python developers on a technical level, which may be helpful when managing software development projects, though Python programming is not within the scope of most project management duties. The course's practical approach would allow project managers to use programming exercises.
Operations Analyst
Operations analysts assess and improve business operations, and The Python Programmer course may be useful for this. Operations analysts often use data analysis and process improvement techniques to help organizations run more smoothly. The course provides a grounding in the Python programming language. The course's practical examples and coding challenges could help the operations analyst understand how data analysis can help in streamlining operations, though this is not the focus of the role.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in The Python Programmer 2025.
Provides a solid foundation in Python programming, covering essential concepts and practical projects. It's particularly useful for beginners or those looking to refresh their Python skills before diving into more advanced topics. The project-based approach helps solidify understanding and build confidence. It is commonly used as a textbook for introductory Python courses.
Delves into the more advanced and idiomatic features of Python. It's an excellent resource for those who want to deepen their understanding of Python's core mechanisms and write more efficient and expressive code. It is more valuable as additional reading than as a current reference. It provides more depth to the existing course.

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