• Post category:StudyBullet-14
  • Reading time:9 mins read

Programming Fundamentals, Learning framework to learn any programming language, Fundamentals for software engineer

What you will learn

Foundational concepts essential for understanding any programming language

Differences between high-level and low-level languages

Various programming paradigms and their use cases

The importance of algorithms and techniques for creating pseudocode and flowcharts

Core programming concepts, including data types, variables, control structures, and functions

Object-oriented programming principles, such as classes, objects, encapsulation, inheritance, polymorphism, and abstraction

Strategies for handling errors, debugging, and exception handling

Basic concepts in file input/output, command-line arguments, and modular programming

An understanding of program translation, including compilers, interpreters, and assembly language

Tips for choosing the right programming language and Integrated Development Environment (IDE)

The relationship between hardware and software in computer systems

The importance of practice, personal projects, and building a programming portfolio

Guidance on next steps after learning a programming language and utilizing online resources and communities


Embark on your programming journey with confidence! Master the Foundations is a comprehensive course designed to provide absolute beginners with the essential concepts and principles needed before learning any programming language. This course is the perfect starting point for anyone interested in coding, whether as a career or a hobby.

Over 50 engaging and concise lessons, you will discover the core concepts behind programming languages, including programming paradigms, algorithms, data types, control structures, and functions. Delve into object-oriented programming, understand the relationship between hardware and software, and explore program translation processes.

This course also offers practical advice on choosing the correct programming language and Integrated Development Environment (IDE) to suit your needs. With clear explanations and examples, the course will equip you with the knowledge and skills to confidently start learning a specific programming language and pursue your programming journey.

โ€œIf you give a man a fish, you feed him for a day. If you teach a man to fish, you feed him for a lifetime.โ€ – Anon

Advantages of a generic approach to learning instead of taking the typical Beginner to Master courses

A generic approach to learning programming offers several benefits over the typical Beginner to Master courses on Udemy, especially for those who are just starting their programming journey:

1. Solid foundation: A generic approach ensures students build a strong understanding of programming principles by focusing on the foundational concepts applicable to all programming languages. This foundation is crucial for grasping advanced concepts and techniques in any language they learn later.

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2. Language-agnostic understanding: A generic course allows students to appreciate the similarities and differences between various programming languages. This understanding helps them make informed decisions about which language(s) to learn and makes transitioning between languages smoother in the future.

3. Versatility: By learning the core concepts applicable across multiple languages, students develop the ability to understand and work with different programming paradigms, tools, and techniques, making them more versatile and adaptable in their programming careers.

4. Easier language learning: With a solid foundation in essential programming concepts, students will find it easier to learn specific programming languages. They can focus on mastering the syntax, libraries, and language-specific features without getting overwhelmed by the underlying principles.

5. Time and cost efficiency: A generic approach to learning helps students identify their preferred programming languages and paradigms before investing time and money in language-specific courses. This approach can save resources and prevent potential frustration from learning a language that may not be the best fit for their needs.

6. Confidence boost: Gaining a solid understanding of the foundational concepts boosts confidence for beginners, making them feel better prepared and more comfortable when they start learning a specific programming language.

In summary, a generic approach to learning programming provides beginners with a strong foundation in essential concepts, helps them make informed decisions about which language(s) to learn, and makes learning a specific programming language more manageable and enjoyable.

Enroll now and start your journey toward becoming a confident programmer with a strong foundation in essential concepts!




Introduction and course overview
Are we on the same page?
Purpose of programming
Algorithms: Only the concept from learning programming perspective.

Essential programming concepts one should learn before coding

High Level and low level programming languages: The concept, necessity, examples
Programming Pradigms: Object Oriented, Functional, Sequential, Declarative
Programming paradigms
Pseudo Code: Tool to express logic independent of a programming language syntax
Flow Charts: Visual represntation of logic

Programming foundations applicable to all programming languages

Data Type
Variables: Change is the only guarantee in the universe!
Constants and Literals: Facts don’t change
Conditional Statements
Nested Loops
Premature exit from a loop
Switch Case
Functions and Procedures
Parameters and Arguments
Local and Global Variables

Exception Handling: Errors are part of software development

Introduction to the notion of exception handling as a programming task

Object Oriented Programming

Object Oriented Programming in a nutshell.
Being practical.

Data structures in programming languages

Arrays and Lists
Tuples, Sets and Dictionaries

External world interactions of programs

Role of File IO in programming
Command Line Arguments

Tools for translating programs into useful products

Compilers and interpreters
Assembly Language
The relation between hardware and software

Shaping programs into software solutions as a career

Modular Programming
Readability and Maintanibility cannot be an afterthought for a good programmer.
Comments and documentation are backbone of a useful codebase
Shaping code.

Integrated Development Environments

Role of IDEs in learning programming and a case to learn them separately
IDEs and learning a programming language

Plan your learning from a career perspective not just false hopes

Factors to consider while choosing a programming Language to learn
Maximize Your learning experience
Personal Project. Programming can only be learned by practice!
Importance a programming portfolio


What next?
[Bonus Lecture]