This quick course will help you to understand common logical fallacies and consider how you might address fallacies within your lessons. You will learn about the structure of a sound logical argument, 12 fallacies that occur in flawed arguments, and examples for each fallacy.

This quick course will help you to understand common logical fallacies and consider how you might address fallacies within your lessons. You will learn about the structure of a sound logical argument, 12 fallacies that occur in flawed arguments, and examples for each fallacy.

This course will provide you with all the student templates, graphic organizers, rubrics, worksheets, and examples that you need to build a CER science lesson, and teach the CER process in your science classroom.

This course will provide you with all the student templates, graphic organizers, rubrics, worksheets, and examples that you need to build a CER science lesson, and teach the CER process in your science classroom.

This Quick Course will introduce you to problem-based learning as the basis for lab experiments in your science classroom and will provide a lab report template you can use to ensure students follow each step of the Scientific Method.

This Quick Course will introduce you to problem-based learning as the basis for lab experiments in your science classroom and will provide a lab report template you can use to ensure students follow each step of the Scientific Method.

Explore the strategies involved in planning and executing inquiry-based lesson plans. The components of an inquiry-led lesson will be outlined and discussed, and participants will learn to develop and plan an inquiry-led lesson.

Learn how chain-reaction projects enrich instruction and strengthen students’ creativity and reasoning. Follow a clear, step-by-step design process for your class and utilize a ready-to-use checklist to implement it in your own classroom.

Learn how chain-reaction projects enrich instruction and strengthen students’ creativity and reasoning. Follow a clear, step-by-step design process for your class and utilize a ready-to-use checklist to implement it in your own classroom.

Scientific Investigation in the classroom is a process where students are at the center of learning scientific principles through a discovery-based learning approach. This highly detailed course will teach you that a full scientific investigation consists of Pre- and Post-Lab activities in addition to the in-class laboratory lesson.

This highly detailed course will teach you that a full scientific investigation consists of Pre- and Post-Lab activities in addition to the in-class laboratory lesson. Proper investigation is more than completing a hands-on activity that aligns with content; it is a process that sets students up for independent discovery or a problem to solve.

This course gives participants a thorough understanding of Project Based Learning, including the critical components, as well as common misconceptions. Throughout the course, participants will design their own cycle of PBL they can immediately implement in their own classroom.

This course bundle provides you with actionable steps to plan for effective lab investigations in your classroom, provides a structure for rigorous lab reports that support student learning, and even provides guidance on building science posters to report findings in your more advanced student population.

Learn the benefits of STEM activities in the special education or general classroom to support students with special needs. Learn how to align STEM activities with a student’s IEP goals and consider essential components of an effective STEM activity that will support and enrich your students.

Learn the benefits of STEM activities in the special education or general classroom to support students with special needs. Learn how to align STEM activities with a student’s IEP goals and consider essential components of an effective STEM activity that will support and enrich your students.

Learn methods to teach specific problem-solving strategies to students in your math or math-based science class and common challenges students face. You will also be provided with student-facing printable resources.

Learn methods to teach specific problem-solving strategies to students in your math or math-based science class and common challenges students face. You will also be provided with student-facing printable resources.

Learn a structure for introducing poster presentations into your GT science classroom. You will learn the requirements for students to construct their own experiments, analyze data, and then report their results in a gallery walk format. A pre-designed poster template is included.

This course will teach you a purpose and structure for introducing poster presentations into your gifted and talented science classroom and the requirements for students to construct experiments, analyze data, and report results. You will also receive a poster template for use in your classroom.