How Students Learn: Foundations of Learning Science and Education

Every educator, trainer, and instructional designer wants to know how to make learning stick. Understanding the science behind how students process and retain information is the key to creating truly impactful educational experiences. This course guides you through the foundational principles of cognitive psychology and educational theory, helping you transform how you design, deliver, and evaluate learning. You will move from intuitive teaching to evidence-based instruction, mastering strategies that align with how the human brain actually learns. What you'll learn: - Understand the core cognitive processes behind memory, attention, and information processing. - Apply evidence-based learning strategies such as retrieval practice, spaced repetition, and dual coding. - Analyze diverse learning needs and modern frameworks for inclusive, accessible educational design. - Evaluate the impact of active learning versus passive instruction in modern environments. - Explore the role of digital tools and emerging technology in contemporary student learning. - Design structured lesson plans and assessments that accurately measure student comprehension. You will start by exploring fundamental terminology and key cognitive theories before moving into the practical applications of learning science. Through clear written explanations, real-world case studies, and reflective exercises, you will learn to analyze educational environments and implement strategies that foster deep, long-term understanding. This course is designed for beginning educators, instructional designers, tutors, and anyone interested in the science of education, requiring no prior background in psychology or teaching. Start reading today to unlock the science of effective learning and elevate your educational practice.