In this non-clinical intermediate course, students examine the major concepts around the flow of matter and energy within ecosystems and explore the best methodologies to teach these concepts. The major concepts include: energy production in organisms; cycling of carbon through each sphere; carbon?s role in living things; cycling of matter and energy in aerobic and anaerobic conditions; and cycling of matter and energy among organisms and ecosystems. The student develops multiple engaging activities and lesson plans to teach middle or high school children details within the major concepts. Students create formative investigations and assessments related to the major concepts as well as satisfy summative assessment requirements. Students plan an integrated/thematic unit with lessons that align with Next Generation Science Standards.

In this non-clinical advanced level course, students examine the major concepts of the application and use of math and identification and manipulation of variables in life sciences. The major concepts include: applying mathematical modeling to a variety of concepts; using statistical concepts to model and predict; identifying and manipulating variables. The student may develops multiple engaging activities and lesson plans to teach middle or high school children details within the major concepts. Students create formative investigations and assessments related to the major concepts as well as satisfy summative assessment requirements. Students plan an integrated/thematic unit with lessons that align with Next Generation Science Standards.

Candidates will explore how to effectively use technology with differentiation, rigor, relevance, and engaging learning experiences to enhance existing curriculum. Candidates will gain knowledge of digital tools to model, promote, and facilitate experiences that advance learner competency, creativity, and innovation in both face-to-face and virtual environments.

Candidates build understandings and practical pedagogical skills/strategies for effective implementation of a constructivist curriculum including management of cooperative learning groups, project-based learning, and inquiry-based learning. Teacher candidates will explore strategies to properly carry out this type of learning and assessment in the classroom setting. Various technological tools and resources will be explored and shared.