Foundational Math and Logic for Computer Science

Starting a career in technology requires more than just learning syntax; it demands a deep understanding of the mathematical and logical principles that govern all computing. This course provides that critical foundation, teaching you the core concepts of data representation, logic, and algorithm design so you can approach any programming task with clarity and confidence. What you'll learn: * Understand the structure and purpose of algorithms, flowcharts, and basic algorithmic efficiency concepts. * Master the conversion between decimal, binary, and hexadecimal number systems. * Apply Boolean algebra by constructing truth tables and evaluating logical expressions using AND, OR, and NOT operators. * Practice arithmetic operations (addition and subtraction) within binary and other non-decimal bases. * Learn how fundamental data types like integers and characters are represented digitally using binary encoding. * Analyze the components of information processing, from basic logic concepts to high-level algorithm execution. The course begins by defining core logical concepts and data representation. We then dive into number systems and their arithmetic, concluding with the essential principles of designing effective algorithms. This course is designed for absolute beginners interested in programming, computer science, or IT, requiring no prior knowledge of mathematics beyond basic algebra. Start building your core computer science literacy today.