Evidence-Based STEM Teaching: Practical Methods for University Instructors

Teaching undergraduate STEM subjects requires more than just subject-matter expertise; it demands an understanding of how students actually learn. This comprehensive guide introduces you to the foundational principles of evidence-based education, helping you move away from passive lecturing toward active, high-impact teaching methods. You will learn how to design inclusive learning environments that support diverse student populations and foster deep understanding of complex scientific concepts. By focusing on proven educational research, you can make your classroom more dynamic, equitable, and effective. What you'll learn: - Understand the core cognitive science principles behind how undergraduate students process and retain STEM concepts - Design learning objectives using backward design to align your weekly lessons with clear learning outcomes - Implement active learning strategies such as peer instruction, think-pair-share, and structured group work - Create balanced assessment strategies using both formative classroom feedback and summative evaluations - Apply inclusive teaching practices that reduce barriers and support diverse student backgrounds in STEM fields - Analyze educational literature and student data to continuously refine and improve your instructional methods The course begins with foundational definitions of evidence-based pedagogy and the cognitive science of learning. You will then progress through practical module designs, active learning structures, assessment frameworks, and inclusive classroom strategies to build a complete instructional toolkit. This course is designed for current and aspiring university instructors, graduate teaching assistants, and postdocs who want to teach undergraduate STEM courses effectively. No prior background in educational theory is required.