Computer Science Fundamentals: Algorithms and Programming

Build a solid foundation in computer science by mastering core concepts in logic, algorithm design, and structured programming. Whether reviewing key topics for exams or building a strong technical groundwork, understanding how to analyze problems and design effective algorithmic solutions is essential. Through clear text explanations and written exercises, this course guides you from foundational terminology to practical problem-solving strategies. You will strengthen your logical reasoning, review key computational principles, and learn how to translate complex requirements into clean, structured code. What you'll learn: Understand foundational computer science terminology, data types, and logical operations. Design step-by-step algorithms using pseudocode and structured flow logic. Apply core programming constructs including variables, conditions, loops, and functions. Work with essential data structures such as arrays, lists, and basic collections. Implement problem-solving techniques for standard search, sort, and computational tasks. Practice modern coding conventions and basic debugging practices. The curriculum starts with essential definitions and logic theory before progressing to practical algorithm development and programming concepts. Designed for beginners and students looking for a comprehensive refresher, no prior technical experience is required. Start reading today to solidify your computer science knowledge.