Used with a high ability year 10 class. - case study sheets (end of ppt) printed out in sets for each table, to allow students to answer the questions on the ppt.

Lesson used with a high ability year 7 class. Was used over several sessions. Covers: - What are asteroids? - How the moon was formed. - Who would you take with you to a new planet if an asteroid was to hit Earth? (profession cards in ppt, I printed these on card and gave them to each group to rank in order of importance)

Used as part of the AQA transition course with a year 8 class, but could be adapted and used with older or younger learners.

Used with high ability year 12 class to go through the impacts of farming on diversity within an ecosystem - in conjunction with the Oxford A level Biology textbook.

Used with year 9 and 10 classes (high ability) studying the new GCSE Biology course. The challenge sheet (shown on the ppt) near the end of the lesson was downloaded from another author on TES and is a fantastic resource (https://www.tes.com/teaching-resource/surface-area-to-volume-ratio-logic-challenge-11313026)

Used with my high ability year 7 class. Glued the passport into the front of their books, and added their 'passport photo' in which they drew themselves as scientists. Investigation skills linked heavily to the KS3 National Curriculum. Following a practical students write the data in the table heading, and tick off the skills they have developed/demonstrated. Could enhance this with a red amber green system to show the progress they are making towards a skill. When writing up a practical I encourage them to finish with a reflection in which they link back to these skills. I found previously they struggled to describe skills so this gives them a prompt. Aim to demonstrate each skill through a range of different practicals across the year, such that by then end they may hope to achieve 'expert' status. I produced this to link to the idea of the new A-level CPAC criteria and the idea of demonstrating mastery of practical techniques. With each new book they may receive a new passport.

Used with high ability year 9 GCSE Biology class.

Used with a high ability year 11 class.

Biology lesson on theme of Conservation Starter: images printed on the tables.Students to link these to previous learning (human impact on the environment, population) and try to decipher the topic of the lesson. True/false activity - students write 1-6 in the back of their books and decide whether each statement is true or false. At the end of the session, revisit this task and allow them to change answers. Then go through altogether and see who has improved their understanding since they first did this.Amazing way to show progress! Main: group activity, each group given information pack on a species, and they work to answer the questions in the presentation and design a conservation program. Comprehension activity to consolidate learning. Plenary: conservation loop game to be completed in small groups, good competition! This lesson was graded as OUTSTANDING.

Year 9 Physics lesson, could be adapted. Students to work in small groups to put the order of events in a power station into the correct sequence. Discussion of fission and fusion. Students given source cards and to decide how they would invest the government energy budget, using evidence to support their answers. Exam question practice - could peer assess using markscheme. Plenary: nuclear energy loop game

Resource I made to cover a couple of tutorial sessions, as we rejoin after the Christmas break. We discussed the number of famous people who died in 2016, and how they were influential. I went through two examples of inspirational people (this could be adapted) - Carrie Fisher for her work with mental health issues, and George Michael regarding his charity work and LGBT campaigns. Pupils then asked to consider who inspires them and to prepare a presentation on this, to deliver to the class/table to convince them of why their icon is the most inspirational (and the effect they have had on them). Class then votes. Good way to get them to consider what makes someone inspirational. Nice mix of celebrities, characters from novels, campaigners, and family members.

British Science week 2016 This presentation explores the history of science and how it is capable of having both a positive and negative influence. It also looks at some key science talking points from 2015/2016. There is a short quiz, and finally some key questions to consider and hopefully spark an interesting discussion!

Used with a high ability GCSE class. Years 9,10, 11

Made for the iGCSE Biology course - Human Impact on the Environment

30 minute discussion based activity with my form group looking at the current clown craze, and discussing the possible implications of this. Generated much discussion. Led to looking at 'what makes a good news story'. Whilst this alongside Kim K being robber, and Brangelina breaking up, 7 species of bees have become endangered. Excellent talking point.

Taught to a higher ability year 10 class over several lessons. Lesson 1 - The structure of the Heart Lesson 2 - Blood vessels Lesson 3 - Components of the blood (station activity, students collect info from around the room on the 4 components, and then apply their knowledge to answer exam-style questions).

Resource used as a talking point with my form group, to discuss thoughts on the death penalty. Worked really well - they really responded to the different videos used within the presentation, and caused much mature discussion amongst the group. They were particularly interested in the law's history within the UK.

Presentation to introduce learning in Science. Gets pupils to reflect on science in Primary schools and discuss their anxieties/excitement for secondary school science. In small groups, use A3 paper for pupils to draw their mental image of a scientist. 99% will go with the mad scientist stereotype. Look at each other's drawings, and then go through some images of 'real-life' scientist, to get pupils to reconsider their initial stereotype - making the point that we can all be scientists as we make hypotheses, analyse, and consider solutions. Skills sort (I laminated these) - Which skills are most important to a scientist. Pupils work in small groups, and generate excellent discussion, with teacher playing devil's advocate. Gets pupils to think about how scientists actually work. Finally pupils can redraw their scientists, annotating diagrams with the key skills which a scientist may showcase! Really fun lesson.

Powerpoint used with able year 12 class, cover monosaccharides, disacchardies and polysaccharides.