Computer Programming for Absolute Beginners

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Provider

Coursera
Pricing

Paid Course
Languages

English
Certificate

Paid Certificate Available
Duration & workload

16 hours 15 minutes
Sessions

On-Demand
Subtitles

English

Found in

Overview

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Learn essential computer science concepts and coding techniques to kick-start your programming career. By following this course you will gain essential programming skills to enhance your career and expand your technical capabilities. This course guides you through foundational programming concepts, helping you overcome challenges in understanding major constructs across various languages. By mastering these skills, you'll be equipped to learn any programming language and advance your career with confidence. Computer Programming for Absolute Beginners will help you to learn how to program by taking you through the major constructs you will find in any mainstream programming language. The course will guide you through the main building blocks of any programming language with thorough explanations and relevant examples in pseudocode. You will learn the concepts of programming by relatable, real-world examples. After reading this book you will be well equipped to learn any programming language at an accelerated rate. This course is ideal for beginners with no prior programming experience who wish to enter the programming world. It's perfect for those starting their programming studies or anyone eager to learn coding independently. It is also ideal if you have tried to learn a programming language before and struggled. This course is based on material written by an expert author, bringing the depth of a book into a more engaging, interactive format. The core content is delivered through clear, structured text you can read at your own pace, supported by short videos and quizzes to highlight key ideas and test your understanding. By combining the strengths of book learning with interactive assessments, you get the best of both worlds: the depth and clarity of an author’s expertise, plus the flexibility to revisit, practice, and reinforce concepts whenever you need.

Syllabus

Introduction to Computer Programming

In this section, we explore the evolution of computing systems and the foundational principles of programming, focusing on how machine code interacts with hardware to execute tasks. We provide insights into the historical context and practical applications of computer programs, enhancing our understanding of how computers interpret and perform instructions.

Introduction to Programming Languages

In this section, we explore the diversity and evolution of programming languages, examining why multiple languages exist and how they have developed over time. We also differentiate between interpreted and compiled languages, providing insights into how computers process these languages to execute code effectively.

Types of Applications

In this section, we explore various types of applications, focusing on their unique characteristics and the specific problems they address. We delve into the importance of connectivity and cloud-based solutions in modern application design, emphasizing scalability and cost management.

Software Projects and How We Organize Our Code

In this section, we explore organizing code using modules and namespaces to enhance maintainability and scalability in software projects. We also examine the role of package managers in facilitating efficient code sharing, crucial for managing large-scale applications.

Sequence The Basic Building Block Of A Computer Program

In this section, we explore the fundamental role of sequences in programming, emphasizing their importance in organizing tasks and ensuring correct execution order. We also learn techniques for enhancing code readability through proper indentation and comments, and analyze the role of statements in program logic.

Working with Data - Variables

In this section, we explore the fundamentals of managing data through variables, focusing on their declaration, initialization, and the application of data types. We also delve into composite types and various operators to perform complex operations, enhancing our ability to handle and manipulate data efficiently in programming.

Program Control Structures

In this section, we explore program control structures to enhance code adaptability by implementing decision-making with if and switch statements and designing loops using for, while, and do while constructs. We also analyze data sequences with for each iteration, enabling dynamic responses to varying data inputs.

Understanding Functions

In this section, we delve into creating reusable code blocks through functions, focusing on writing, returning values, and managing arguments. We also explore the significance of local and global variables in maintaining clean and efficient code.

When Things Go Wrong: Bugs and Exceptions

In this section, we delve into the intricacies of software bugs and exceptions, emphasizing the importance of debugging techniques and exception handling strategies to enhance application reliability. We analyze various types of software bugs, such as arithmetic and logical errors, and explore how tools like debuggers can aid in identifying and resolving these issues effectively.

Programming Paradigms

In this section, we explore various programming paradigms, focusing on structured, object-oriented, and functional programming techniques to effectively model real-world problems. We analyze how these paradigms enhance code structure and efficiency, guiding the choice of the most suitable approach for software development.

Programming Tools and Methodologies

In this section, we explore essential programming tools and methodologies, focusing on version control systems, unit and integration testing, and software deployment strategies to enhance code quality and collaboration. We also examine various software development process methodologies, such as Agile and Waterfall, to ensure efficient and reliable application development.

Code Quality

In this section, we explore the essential elements of code quality, focusing on writing readable and efficient code. We delve into best practices such as using comments wisely, optimizing algorithms, and adhering to naming conventions to enhance software maintainability and performance.

Bonus: How to Translate the Pseudocode into Real Code

In this section, we explore translating pseudocode into real code using languages like C++, C#, Java, and Python, providing insights into programming concepts and language syntax differences. This foundational understanding aids in designing basic programs and making informed decisions about which programming language to learn and use.