3.00 Credits
This course is designed to provide the candidate with an understanding of integrated STEM education as well as effective instructional strategies for teaching STEM in K-12 classrooms. The course provides an introduction to the fundamentals of STEM disciplines and the strategies used to implement integrative STEM education. Candidates will review basic fundamental concepts of STEM disciplines (science, mathematics, engineering, and technology), effective STEM pedagogy and teaching strategies, integrative STEM learning, and innovative problem-based instruction utilizing the engineering and design process. Candidates will participate in hands-on laboratory and research-based activities as they engage in engineering design challenges intended to provide candidates with an opportunity to work individually and in collaborative groups to utilize skills of scientific inquiry and problem-solving to design, test, analyze, and evaluate STEM-related processes and products. Candidates will utilize the design process, computational thinking, critical thinking, and problem solving to engage in design challenges and will then communicate the results of the engineering and design process through a variety of formats (i.e., lab reports, multimedia presentations, design briefs, etc.).