New 2018 Course Catalog Now Available!
Transform your classroom and enhance your skills with Excel 2016! The hands-on projects within this course are easy to understand and designed to be relevant and immediately applicable to the classroom, and they will introduce and reinforce Excel 2016 skills. By following step-by-step instructions, you will create a table of personalized learning profiles, student assessment results, teacher purchases, blended learning interventions, and a student database. You will also create a standards-based rubric, a blended learning lesson plan, address labels, and graphs and charts for data analysis. Excel 2016 might look intimidating at first glance, but once you discover the ease of using Excel to organize data, use formulas to perform calculations, and create charts, it will encourage and excite you to use spreadsheets more and more within your classroom. Excel 2016 is a requirement for this course. All instructions are written for a PC.
Students will visit a natural history museum of their choice and explore the significance and history of the exhibits/specimens. A Natural History Museum is a great place to learn about our planet and all the physical and biological wonders that make up our world. Whether it is a small museum focused on the local flora, or a specific museum focused on dinosaurs or minerals, or one of the larger museums that encompasses all the major sciences, you can learn much about the history and evolution of our planet, its inhabitants, and how it all works.
This is an introductory course for teachers who want to learn more about coding. At the end of this course, you will have the tools to guide your students as they learn to code, and you will be able to understand and provide a rationale for why students need to learn to code. This course will provide easy-to-follow instructions for creating projects that will build teacher confidence and expertise that can be passed along to their students. After creating the first project, it will be the start of your enthusiasm for learning to code. Even though students may surpass teachers in their understanding of code, teachers taking this course will unlock the mysteries of code and have more tools to teach students persistence, focus, organization, problem-solving, and computational thinking. As classroom teachers, it is important to help students learn to code because it will help them develop 21st century, academic, and real-life skills. Hands-on learning experiences, with detailed instructions, will make this course fun and practical using Scratch, a free online web-based program.
Principles of efficient and effective learning and teaching are presented in highly approachable texts based on decades of research in cognitive psychology. Traditional study habits - underline, review, memorize, cram - are ineffective and waste time. Better are questioning, self-quizzing, spaced retrieval and avoiding traps that lead to false confidence. Traditional teaching methods - lecture, homework problems, test - similarly are less fruitful than focusing on what students will think about during lessons, relating current content to already-present knowledge, and encouraging deep understanding. The two books approach the same issues from complementary viewpoints. The course first presents research and practical approaches to making your learning more efficient, and as you experience these methods, you can appreciate how effective they can be for your students. The course then focuses on research and practical approaches to your teaching. While you know your own, adult, ways of learning, your students may approach learning entirely differently. You will learn new ways to keep them focused and from going astray.
Frequent use of technology may alter our intelligence, our attention span, our self-esteem, our memory, our critical thinking processes, our empathy, and our social relationship by rewiring our brains. By examining and learning how technology is changing the way students’ brains function, educators can adapt to keep students motivated to learn.
This course includes information relating to how technology is rewiring the brain and strategies for engaging attention, memory, thinking, and social behavior with technology. Additional topics include effects of television on children's thinking, how information overload affects decision making, critical thinking and technology, effects of technology on rewiring social behavior, engaging students with the flipped classroom, improving thinking by integrating the arts into other subject areas, and the benefits of educational video games. Strategies for mentoring students in the responsible use of technology are included, as are teaching examples, k-12 lesson ideas, and a teacher-friendly technology glossary.
This course provides knowledge of possible causes of special needs, an understanding of brain systems that have gone awry, diagnostic issues and criteria, research on practical approaches to helping special needs students learn, and a variety of strategies to consider when planning lessons. This course addresses essential background information, ADD/ADHD, autism, disabilities in speech, writing, and mathematics, and emotional and behavioral disorders. Upon completion of this course, the student will demonstrate an understanding that special needs students are in a precarious motivational state and will become familiar with a rich array of strategies the special needs student requires.
About 10% of public school students live in households where English is not the primary language. These English Language Learners (ELLs) typically become proficient in “social” English within 2-3 years but require several more years to become proficient in “academic” English. It is largely the latter that determines advancement in American society so bringing ELLs up to grade-level competence in academic English becomes a top priority.
This course provides an understanding of the problems faced by ELLs and offers strategies for addressing them in contexts devoted to teaching English across all required subjects. Brain mechanisms for language learning are presented and referenced throughout the text for a broad understanding of how ELLs acquire language. Methods used for teaching ELLs are identified and highlighted with the educator in mind. Upon completion of this course, students will understand the amount of effort ELLs exert in order to master course content, and which teaching methods should be applied to meet their specific needs.