Some of the challenges we are facing in the world today are related to the ongoing trends towards immigration and globalization of education and the labour market. Combined with increased numbers of refugees in many countries, this has led to greater interpersonal cross cultural encounters and heightened cultural concerns. All school levels are facing complex challenges in adjusting their services to an increasingly diverse student population, irrespective of their background. It is therefore of great importance that employees at all school levels are culturally competent and can understand and adapt their services when working with people with diverse cultural backgrounds. The aim of this course is to help the students develop intercultural competence by broadening their understanding of different cultures and different identities, as well as promoting students´ awareness of their own culture, learning from the experiences of international educators as well as professionals at the municipality level in the Nordic countries. An added value is that the course is open to participants from different parts of the world, which creates a cross-cultural learning and teaching environment. By the end of this course you should have learned practical intercultural skills and increased your understanding of intercultural competence; how to talk about and address intercultural opportunities and challenges, how to develop strategies to respond to diverse and hybrid identities in a fairer way, and how to promote social justice in education and respect for different languages, preventing conflicts and enhancing societal cohesion.

Do you want to be more reflective in your teaching practice and wonder if there are technologies that can help? Are you curious about how data-driven, evidence-based teaching practices can improve your students’ learning? This is the course for you! Analytics for the Classroom Teacher is an introduction to the emerging field of teaching and learning analytics from the perspective of a classroom teacher. Experts from all over the world will provide an overview of the current state-of-the-art in teaching and learning analytics. You’ll learn how teachers, curriculum developers and policy makers are collecting and analysing data from the classroom to help guide decisions at all levels. The course will then focus on the school teacher, and how data analytics can help you to make improvements in your classroom. You’ll learn to use analytics to improve your lesson plans and your delivery of those plans, and discover more about your students' learning. No previous knowledge in data-driven instruction, teaching and learning analytics is needed. Join us and a large community of innovative teachers from around the globe and become a pioneer of teaching and learning analytics in your school.

In this education and teacher training course we will explore effective teaching methods for biology. We will emphasize approaches proven to be effective and show you how to implement them. We will also give you the opportunity to reflect on your own teaching experience and exchange ideas and share challenges with other learners in the course. We will begin by looking at the most common method of teaching science, the lecture. We’ll discuss what the lecture method does well and look at data that illustrates when it is less effective. You will hear highly successful teachers talk about their experience with lecture and how they modified their lecture time to more actively engage students. We’ll investigate creating learning objectives and how they can be used to communicate your expectations to students. You will practice writing your own learning objectives and see how they can streamline exam construction. We’ll look at a variety of ways to include active learning during class time, discuss how active learning strategies support your learning objectives, and give you practice developing learning activities for biology topics you find challenging to teach. Lastly, we’ll look at how to use resources for student learning outside of class, and how to know that your students have successfully learned from both in-class and outside of class activities. Our course is designed for instructors, or instructors-to-be, of undergraduate-level biology. High school instructors of AP Biology, post-doctoral fellows and graduate students looking ahead to teaching should find the course useful. The course can serve as a means of professional development. There are no pre-requisites, although prior satisfactory completion of a college biology course is highly recommended.

This interactive course will introduce you to coaching skills for learner-centred conversations. As well as learning about and practicing these skills, you will have the opportunity to reflect on how you can use and integrate these skills into your own educational contexts. The modules will cover: Key principles of coaching approaches in education Creating the conditions needed for an effective learning relationship Applying coaching approaches to conversations with learners Using coaching approaches in feedback conversations

As a mentor you will focus on developing those competences which help mentees to build and sustain their competitive advantages. This course is aimed at those who are guiding and leading professionals towards achieving their career goals. We offer you a set of tools, principles, goals and practical techniques to successfully start, execute and finalize a mentoring cycle. Consider this course as a manual and a checklist available whenever you need input or a reminder for what would work to improve the mentoring cycle you have involved yourself in.

This course integrates the power of systems thinking with computer models designed to ‘bring to life’ biology topics including evolution, ecology and the chemistry of life. Developed in collaboration with the University of Pennsylvania Graduate School of Education and the Massachusetts Institute of Technology Scheller Teacher Education Program, this six-week interactive and collaborative professional development course draws on research in teaching and learning to develop the best experience for teachers. In this course, you will learn how to use online simulations which are aligned with the Next Generation Science Standards in order to develop core biology content and practices. The student facing materials consist of five modules designed for implementation over several class periods, serving as a replacement for an existing lab or activity. The online simulations include optional entry-level coding and the course provides support for learning to teach this with students. The materials include student and teacher guides with built in informal assessments. You will get a chance to work through these materials, watch teachers experienced with the materials teach the lessons, and then interact with experienced BioGraph teachers through online forums and webinars. Important Information Regarding Verified Certificates: The BioGraph Team will cover the cost of the Verified Certificate for participants who complete the course, including all surveys. The process for that is still being worked out, so if you would like to apply for the free Verified Certificate, please wait to register until notified by the course team. ( Updated July 9, 2020 )

What does a successful early childhood care program look like? How has a child’s brain developed at the age of 3? How does nutrition impact the future well-being of a child into adulthood? Learn the answers to these questions and more in "The Best Start in Life: Early Childhood Development for Sustainable Development". With leading experts in the field – hailing from Harvard University, New York University and UNICEF, among other institutions – we’ll explore how neuroscience, sociology, anthropology and other studies have influenced our understanding of early childhood development. This course is for: Graduate students and advanced undergraduate students in international development, teaching, nursing and medicine, and other fields who are interested in the key concepts and practices in early childhood development Teachers, healthcare professionals and other practitioners interested in the societal and biological factors impacting the children they support Sustainable development practitioners who want to understand the lifecycle of needs and support necessary to help children globally, including those who work for international aid organizations and nonprofits in the realms of poverty, nutrition and education

Teachers , don't miss this special opportunity to learn with four Smithsonian museums from hom e ! Register for this 14-week course and join a n online community of educators for an immersive exploration of teaching with museum objects and works of art. Museum educators will explore connections among their collections and model teaching strategies that participants can implement with their students, whether online or in the classroom. Participants will discover how to teach with museum resources to engage students in deeper thinking and support content learning across disciplines. They'll learn to use the Smithsonian Learning Lab to curate digital resource collections, and share lesson ideas among a new network of colleagues. Which Smithsonian Museums Will You Learn From? National Museum of African American History and Culture National Museum of American History National Portrait Gallery Smithsonian American Art Museum Who Should Enroll ? Teachers of all subjects and grades are welcome to register. The program content will be most readily appli cable to humanities teachers . What is Required of Participants? The course is self-paced, designed to be taken over the course of 14 weeks, with one to two hours of content assigned per week. Participants are expected to view all recorded video sessions and respond to reflection prompts using a discussion board. Participants will also be expected to create a digital resource collection using the Smithsonian Learning Lab .

This education course has been developed for educators and education leaders. It explores deep learning by bringing together the most up-to-date research from cognitive psychology, contemporary educational theories, and neuro-scientific perspectives. Deep learning encourages students to become creative, connected, and collaborative problem solvers; to gain knowledge and skills for lifelong learning; and to use a range of contemporary digital technologies to enhance their learning. To facilitate deep learning, teachers will learn how to employ a diverse range of powerful teaching strategies and authentic learning activities to assist students to become independent thinkers, innovative creators, and effective communicators. Throughout each module, suggested learning experiences are provided for school or system leaders who seek to engage with deep learning practices across their organisation. In this way, the course is differentiated to cater to both individual learners and to groups. This course has been funded by Microsoft and is part of the Microsoft K-12 Education Leadership initiative developed to provide resources to K-12 school leaders around the world as they address the unique needs of their schools in a changing educational and technology landscape.

It is easy to fall into the trap of thinking that you need to write in a complex style to express complex ideas. In fact, complex writing styles can obscure meaning and tire your readers. This short course is aimed at students at tertiary institutions, and contributors to academic publications. It will help you to articulate complex ideas with clarity and meaning. The first week of the course focuses on developing a structured writing process, appropriate for your intended readership. We discuss when to write, the importance of a golden thread, the main principles of drafting a research report, and different abstract patterns. The second week zooms in on the principles of paragraph and sentence construction. You will learn ways of writing that enhance clarity and engage your readers.