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Michelle Heelis

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(based on 285 reviews)

Experienced science teacher - 15 years of teaching. Commissioned resource author. Copy editor. Prefer active student-led activities and so tend to design accordingly. Save yourself heaps of planning time, for as little as £1.00. Funds generated from the sales of resource helps pay for the software and apps used to create my resources.

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Experienced science teacher - 15 years of teaching. Commissioned resource author. Copy editor. Prefer active student-led activities and so tend to design accordingly. Save yourself heaps of planning time, for as little as £1.00. Funds generated from the sales of resource helps pay for the software and apps used to create my resources.
Learning Grids - KS3 Forces, Classification, Compounds, Light, Energy
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Learning Grids - KS3 Forces, Classification, Compounds, Light, Energy

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Included are Learning Grids for KS3 Forces, Classification, Energy, Compounds Elements and Mixtures and Light This activity is designed to force deeper thinking at all levels, forcing students of all abilities to make links between concepts they have encountered over the course of the topic. This is a highly engaging activity for all which draws on both literacy and content. Each word has a point value ascribed to it, depending on level of difficulty. Students then construct sentences linking as many of the words as they can in a single sentence. They tally up their word score and then move on to producing another sentence. etc. Instructions on how to use the activity with a set of dice is also included. Always ensure that students have access to glossaries or text books so that they can challenge themselves to find the meaning of new terminology or concepts. This is best carried out in pairs, where students can discuss and share ideas.
Evaluating a model of diffusion differentiated
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Evaluating a model of diffusion differentiated

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Suitable for KS3 and KS4 Using photographs of models of diffusion students use their knowledge of the particle model to evaluate. The SEN activity guides students through in more detail and has only one model to evaluate.
Isotopes and Atoms differentated lesson
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Isotopes and Atoms differentated lesson

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Fully differentiated lesson on Atoms and Isotopes. Includes lesson plan, keywords, workbook and starter sheet. This lesson was judged Good with Outstanding features in a 2013 lesson observation and I've used it ever since. The A grade activity looks at the link between alchemy and isotopes and challenges students to apply their knowledge in an interesting and unusual scenario.
How Science Works Terminology Card Sort
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How Science Works Terminology Card Sort

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Based on the AQA key words produced by them, this is designed to get students to interact with the words and definitions. Suitable for C grade and above or in mixed ability groups. Activity should take about 20 minutes.
Fractional Distillation with Glass Beads Diagrams
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Fractional Distillation with Glass Beads Diagrams

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3 Pieces of fractional distillation clip art showing the use of glass beads. It is designed to a high quality and includes: a diagram with no labels, a diagram with labels and a diagram with space for students to label their diagram. If you would like to use it for commercial purposes then please be aware that you may only use them as part of a work created by yourself.
Metals Independent and Group work activities
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Metals Independent and Group work activities

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Objective: To understand that metals need to be extracted from ores To understand the properties and uses of metals and alloys Suitable for higher KS3 students or KS4. This is resource consists of 2 activities. The first is a Jeopardy worksheet where students are given the answer and they come up with the question, the second is a learning grid that asks students to find relationships between words. Instructions for link word Students placed in groups of two and given a relevant piece of text. Working as a team, using glossaries, text book, internet etc. students then force a relationship between as many of the words as they can by making coherent sentences with their chosen words.. They can either:- 1. Write an sentence using the two words that clearly explains how they are linked 2. __________________ is linked to _______________________ because _____________________________. 3. ________________ is linked to ________________ an example is ___________________________________. 4. _______________ is similar to _____________ because __________________________________________. 5. ____________________ is different to _________________ because ___________________________________. 6. We can use ________________ to ____________________________ because _____________________________. To differentiate the task the words carry a number score. A high ability student would have a far higher score than a lower ability student. This forces the higher level student to choose words that have a higher value ie more difficult to make connections to. Encourage students to use as many words as they can in their EXPLANATION as they will be added to their scores.
Mixtures card sort  and revision cards
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Mixtures card sort and revision cards

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A card sort of 15 cards suitable for Key Stage 3 or low achievement KS4. Objectives To understand ways of separating mixtures. To understand Key terminology. The resource consists of a 15 question card sort and a set of 15 revision cards in colour and another in black and white.
Question Dice Activity - Atoms, Compounds, Periodic Table
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Question Dice Activity - Atoms, Compounds, Periodic Table

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Differentiated resource designed to promote deep learning. The resource comes with a total of 6 dice, some with question starters and the others with content. Please scroll through the resources for images. Instructions Put students into pairs. Issue each pair with either a foundation or higher QUESTION STARTER dice and one of the CONTENT dice. Students roll both die to form a randomly generated question/task stem and content. For example the pair may role "give 5 examples of" and on the other dice "alkali metals"
KS3 MEGA BUNDLE
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KS3 MEGA BUNDLE

16 Resources
A collection of KS3 science resources including revision and feedback tasks, literacy support and deep learning tasks. Total price of bundled items: £32.90.
Chemical Analysis  - Gas Tests (oxygen, hydrogen, chlorine and carbon dioxide) Activities
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Chemical Analysis - Gas Tests (oxygen, hydrogen, chlorine and carbon dioxide) Activities

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Suitable for KS4 and higher KS3 This resource uses the same objectives and similar questions throughout so you can choose which students do which activity. Choice is yours! The questions center around the standard tests for oxygen, hydrogen, chlorine and carbon dioxide. Resource 1 is a matching activity Resource 2 is a card sort Resource 3 is more challenging and asks students to describe the tests, draw a diagram and complete equations. Resource 4 is the feedback activity - there are 2 sheets (worksheet A and B) and students are put in pairs and given either. After completing their questions they then check their answers - their partner’s worksheet will have the answers. A very engaging resource - 4 for the price for 1.
2018 - Chemical Bonding Summary and Differentiated Activity
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2018 - Chemical Bonding Summary and Differentiated Activity

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Objective: to gain a better understanding of covalent, ionic and metallic bonds through completing differentiated activities. Suitable for KS4 all abilities. For details of what is contained in this resource please see the attached photographs. A piece of text summarising the main points related to the three types of bonding and a set of 9 leveled activities.
Rates of Reaction - Volume of Gas - Paper Investigation Diagram - Engaging  activity SEN
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Rates of Reaction - Volume of Gas - Paper Investigation Diagram - Engaging activity SEN

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This is a cut and paste activity (a paper investigation). Students cut out the parts and then glue them in to make a diagram. This is particularly suitable for lower to middle attaining students who need to do more recall on investigations. A worksheet is provided that focuses on observations, risks and comparing the paper model to the real investigation. The cover image is courtesy of one of my SEN year 11 students