Foundations of Logic Programming and Declarative Thinking

Traditional programming forces you to write step-by-step instructions for how a computer should solve a problem. Logic programming flips this paradigm, allowing you to describe what the problem is and letting the computer find the solution. This course introduces you to the core principles of declarative thinking, helping you master a completely different way of solving computational problems. You will start by learning foundational logic concepts, establishing a solid understanding of facts, rules, and relations before writing code. Through clear written explanations and structured text-based exercises, you will learn how to model knowledge, query databases, and manage recursive relationships. What you'll learn: - Understand the core differences between imperative and declarative programming paradigms - Define facts, rules, and variables to build structured logic-based knowledge bases - Write precise queries to extract information and solve constraints - Implement recursion to traverse complex data structures and family trees - Apply unification and backtracking algorithms to understand how logic engines resolve queries - Practice debugging logic programs and managing search spaces efficiently This course begins with basic terminology and foundational definitions, guiding you step-by-step through the mechanics of logic engines. You will progress from simple queries to advanced recursive rules, building a strong conceptual framework for declarative problem-solving. This course is designed for absolute beginners to logic programming, computer science students, and curious developers looking to expand their paradigm toolkit. No prior programming experience is required. Begin your journey into declarative thinking and unlock a powerful new approach to problem-solving today.