**This download includes over twenty worksheets & printables that focus on target-setting! ** The download includes: 6 x full-page double-sided worksheets 6 x half-page folding worksheets 6 x half-side mini worksheets 6 x small target-setting printables (e.g. 8/page) The download includes editable .doc and easy-print .pdf formats of the worksheets. Target-Setting, Metacognition & Self-Regulate Learning Target-setting in the classroom can help to boost metacognition and self-regulated learning by providing students with clear goals and objectives that they can work towards. When students have a clear understanding of what they are working towards, they are more likely to engage in self-regulated learning behaviors such as planning, monitoring, and evaluating their own learning progress. This can help students to develop a better understanding of their own learning processes and how they can improve their performance over time. Additionally, target-setting can help to promote metacognition by encouraging students to reflect on their own learning progress and identify areas where they need to improve. By setting targets that are challenging but achievable, students can develop a sense of ownership over their own learning and become more motivated to succeed.

Boggle brains with this fully resourced philosophy lesson explores the fundamental nature, assumptions, foundations, and implications of mathematics! This multi-use interactive philosophy lesson explores ‘Philosophy of Mathematics’: the branch of philosophy that studies the nature of mathematical truth, mathematical proof, mathematical evidence, mathematical practice, and mathematical explanation. This fully resourced philosophy lesson is ideal for teachers who want to explore philosophy of mathematics with students aged 8-16*; we’ve carefully selected the most significant issues and questions relating to philosophy of science so that young learners can engage in fun philosophical discussions and debates. This session explores topics such as: The nature of mathematics The unique nature of mathematical knowledge Theories of mathematics such as logicism, intuitionism and formalism The link between mathematics and the natural world The idea that mathematics can be beautiful The big question asked in this session is “Are mathematical laws invented or discovered?”. Using a variety of engaging activities students will discuss and debate a wide range of other philosophical questions such as What is a number? What is the purpose of mathematics? To what extent is nature itself governed by mathematical principles, rules and laws? Does a mathematical law refer to physical reality or is it only a mental construct with no bearing on reality? What is the relationship between scientific knowledge and mathematics? Students will also analyse and evaluate an eclectic mix of philosophical claims such as: “Mathematical knowledge is something we discover entirely through studying the physical world” “Numbers never lie” “Mathematics is the best way to objectively understand the world” “Living a good life depends on an understanding of mathematics” and “Mathematics is best understood as being like a game” This session uses our unique format for philosophy teaching resources and features an integrated menu that allows teachers to select from a variety of starter, main, plenary, assessment and end-of-lesson reflection activities. With a massive selection of activities designed to trigger philosophical discussions, debates and reflections: you can re-use the resource numerous times with the same group. This resource is especially suitable for teachers of mathematics who are looking to explore the fundamental nature, assumptions, foundations, and implications of mathematics more deeply with students and bring philosophy, philosophical thinking and critical thinking into their maths lessons.

This fun philosophy lesson is focused on ‘bioethics’ and explores moral and ethical issues relating to biomedical research, new biomedical technologies, and the field of practical medicine. This philosophy session is of particular interest to Biology Teachers and is designed with the biology classroom in mind; since it explores moral issues in depth, the resource can also contribute to your schools SMSC remit. This session explores topics such as: Ethical vs unethical biomedical research Animal experimentation New biotechnologies such as cloning and genetic engineering Moral dilemmas faced by medical professionals Euthanasia Whilst the session explores some reproductive technologies and their implications (such as the ability for parents to choose the sex of their child), it does not refer to the abortion debate. We felt that this particular topic was not suitable for younger learners and was far too important, controversial and nuanced to be covered in a ‘Fun Philosophy Lesson’! The big question asked in this session is “What are the biggest ethical issues raised by upcoming biotechnologies?”. Using a variety of engaging activities students will discuss and debate a wide range of other philosophical and ethical questions such as: What is the difference between an ethical scientific experiment and an unethical one? To what extent should all people have the right to refuse medical treatment? To what extent is it moral and desirable to improve the human species using biomedical technologies such as genetic engineering? Why might some people feel that the widespread use of cosmetic surgery is morally problematic? and To what extent is ‘Jurassic Park’ a morally problematic idea? This session uses our unique format for philosophy teaching resources and features an integrated menu that allows teachers to select from a variety of starter, main, plenary, assessment and end-of-lesson reflection activities. With a massive selection of activities designed to trigger philosophical discussions, debates and reflections: you can re-use the resource numerous times with the same group. This resource is suitable for students aged 8-16; due to the flexible nature of the sessions design it can be used for multiple hour-long sessions or as a short stimulating tutor-group activity. The file is a PowerPoint Show: no planning or preparation is required, just run the file and the intuitive menu system will make delivering a powerful philosophy session very easy!

This multi-use interactive philosophy lesson explores ‘Philosophy of Mental Health’: an interdisciplinary field of study that combines views and methods from the philosophy of mind, psychology, neuroscience, and moral philosophy in order to analyse the nature of mental illness. We’ve aimed to combine philosophical issues with practical ‘PSHE’ topics to create a fascinating philosophy teaching resource that will help your students to explore the topic of mental health whilst emphasising critical-thinking skills and challenging assumptions. This session is ideal for teachers who want to explore philosophy with students aged 8-16; we’ve carefully selected the most significant issues and questions relating to philosophy of mental health so that young learners can engage in fun and useful philosophical discussions and debates. This session explores topics such as: The nature of the mental illness Different theories as to the fundamental causes of mental illness How lifestyle choices can promote good mental health How to respond to mental health challenges in ourselves and others The role of society and culture in the genesis of mental illness The big question asked in this session is “Why do some people face mental health challenges whilst others do not?”. Using a variety of engaging activities students will discuss and debate a wide range of other philosophical questions such as To what extent is mental illness similar to physical illness? What are the primary causes of mental health challenges? What is the best way to treat a mental illness? What are some ways in which people can manage and reduce the amount of stress they have in their lives? To what extent should people rely on medication to help manage and treat mental health conditions? and How can lifestyle choices impact the likelihood that we develop mental health problems? This resource is suitable for teachers of all school subjects who are looking explore the topic of mental health and mental illness with young people: it is of particular relevant to Psychology Teachers and PSHE Teachers and PSHE Co-ordinators. This session uses our unique format for philosophy teaching resources and features an integrated menu that allows teachers to select from a variety of starter, main, plenary, assessment and end-of-lesson reflection activities. With a massive selection of activities designed to trigger philosophical discussions, debates and reflections: you can re-use the resource numerous times with the same group. Aside from a wide range of debate and discussion activities, teachers can also choose from a variety of more substantial activities such as essay writing, poetry writing, and speech writing tasks.

This multi-use interactive philosophy lesson explores ‘Philosophy of Science’: the branch of philosophy that’s concerned with the nature, foundations, methods, and implications of science. The central questions of this study concern what qualifies as science, the reliability of scientific theories, and the ultimate purpose of science. This session is ideal for teachers who want to explore philosophy of science with students aged 8-16; we’ve carefully selected the most significant issues and questions relating to philosophy of science so that young learners can engage in fun philosophical discussions and debates. This session explores topics such as: The nature of science The ways in which scientists pursue knowledge Strengths and weaknesses of the scientific method The nature of pseudoscience and how to identify it It outlines and explores different concepts from philosophers of science including empiricism and naturalism as well as the views of Aristotle, Bacon, Descartes, Duhem, Feyerabend and Cartwright (in the advanced reading section). The big question asked in this session is “To what extent is science the most valid way to gain knowledge?”. Using a variety of engaging activities students will discuss and debate a wide range of other philosophical questions such as What is science? What is the difference between ‘scientific knowledge claims’ and other types of knowledge claim? How can we tell the difference between pseudoscience and actual science? To what extent is the materialist view (that only physical matter exists) accurate? What are the strengths and weaknesses of the scientific method of pursuing knowledge? This session uses our unique format for philosophy teaching resources and features an integrated menu that allows teachers to select from a variety of starter, main, plenary, assessment and end-of-lesson reflection activities. With a massive selection of activities designed to trigger philosophical discussions, debates and reflections: you can re-use the resource numerous times with the same group. This resource is especially suitable for teachers of science who are looking to explore the nature of science and the scientific method more deeply with students and bring philosophy, philosophical thinking and critical thinking into their science lessons. The file is a PowerPoint Show: no planning or preparation is required, just run the file and the intuitive menu system will make delivering a powerful philosophy session very easy! This resource is suitable for students aged 8-16; due to the flexible nature of the sessions design it can be used for multiple hour-long sessions or as a short stimulating tutor-group activity.

Explore ethical issues relating to scientific research and advancement with this philosophy teaching resource for students aged 8-16! This multi-use interactive philosophy lesson is ideal for teachers who want to explore ethical issues relating to science with students aged 8-16; we’ve carefully selected the most significant moral issues and questions relating to philosophy of science so that young learners can engage in interesting philosophical discussions and engaging moral debates. This session explores topics such as: The nature of ethical vs unethical scientific research The ethical duties of scientists Rules that ensure scientific research is ethical The use of animals in scientific research Moral issues raised by new scientific advancements (e.g., nuclear weapons, genetic engineering, and artificial intelligence) One of the overarching issues explored in this session is the degree to which scientists are responsible for the ways in which their research is used and the technologies that research can give rise to. The big question asked in this session is “What ethical rules should scientists adhere to in the pursuit of knowledge?”. Using a variety of engaging activities students will discuss and debate a wide range of other philosophical questions such as: What kinds of ethical considerations should all scientists keep in mind when conducting research? What ethical rules should all scientists stick to when conducting research? Are there some things that are fundamentally unethical to research in the first place? To what extent is it ethical for a scientist to help develop new drone weaponry? Students will also analyse and evaluate an eclectic mix of philosophical and moral claims such as: “Sometimes it’s okay to use animals in scientific experiments” “It’s always okay to experiment on humans if they give consent” “Some scientific advancements have done more harm than good” “Scientists should have refused to help develop nuclear weapons” and “Sometimes it’s okay for scientists to distort data if it leads to a greater good”

This assessment wrapper is suitable for teachers of all subjects and is especially useful when doing practice exam papers. The assessment wrapper is delivered via PowerPoint and features fifty metacognition and self-regulated learning activity slides; twenty-five that can be used before assessments and twenty-five that can be used after assessments. It also features an interactive ‘randomiser’ feature so that teachers can quickly load up the PowerPoint and generate random reflection tasks for the start and end of lessons. Simply load up this PowerPoint when you’re doing assessment work with students: it will foster metacognition through its many pre and post-assessment student reflection tasks. Assessment wrappers are a straightforward way to foster metacognition and one of the most established and well-evidenced approaches to metacognition borne out by the research literature. Alternatively, this assessment wrapper (with over fifty activity slides) can be used by teachers to enhance presentations they have already made: teachers can simply copy and paste slides from this resource into their own work – allowing for a more precise and integrated assessment wrapper effect to be used in the learning process. This assessment wrapper (or exam wrapper) is of particular interest to teachers working with students who are preparing for formal examinations (e.g. GCSE exams) and is a great way to help them get more out of practice assessments!

This printable workbook is suitable for homework, classwork or distance learning: it will help your students to get more from watching documentaries and videos. This colourful printable booklet includes ten learning sessions spread over twenty pages. You could also just print a couple of pages from this workbook to create a worksheet for an instant video-learning lesson: ideal for cover lessons! This teaching resource is designed for GCSE Geography and deals with the ‘The Living World’ component of the specification. The workbook is suitable for all specifications but was based around the latest AQA specification. The workbook includes links to ten different documentaries or lengthily videos and straight-forward note-taking and comprehension activities so as to structure and foster engagement with the documentary whilst enhancing student learning. The twenty-page workbook was designed with homework in mind and contains ten different homework sessions. I would suggest using the booklet as a simple way to take care of ‘every other homework’ and use it to supplement your other approaches to homework: just print the booklets out and give them to your students. You can also use the booklets just as well in a classroom setting and they are incredibly easy to use such that even a non-specialist cover-teacher could make use of them. They’re also an ideal way to bolster your distance learning provisions in times of student absence. Over time some of the links in this workbook might expire, I’ll try to update them from time to time but the workbook is easy to edit - so make sure you check that the links still work before printing and update any broken/defunct links that might crop-up! I’ve done my best to include links to the best videos available for this topic: teachers should ensure that the video links included are suitable for their specific classes. Copyright Adam Godwin (2020)