Year 5 Science and Design Technology Rubric PDF

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Summary

This document is a rubric for Year 5 science and design and technology, outlining learning objectives, material properties, changes, and working scientifically skills. It details criteria and levels of achievement for assessing students' understanding of these concepts.

Full Transcript

**Year 5 Science and Design and Technology Rubric:** ==================================================== **What should it be made from?** ================================ **Subject and Year Level:** Science and Design and Technology, Year 5 (UK)\ ***Duration of the Unit:** Approximately 6 weeks*...

**Year 5 Science and Design and Technology Rubric:** ==================================================== **What should it be made from?** ================================ **Subject and Year Level:** Science and Design and Technology, Year 5 (UK)\ ***Duration of the Unit:** Approximately 6 weeks* **LEARNING OBJECTIVES AND SCIENTIFIC SKILLS** **Properties and Changes of Materials** - Compare and group everyday materials based on properties such as hardness, solubility, transparency, conductivity (electrical and thermal), and response to magnets. - Understand solubility and methods for recovering substances from solutions. - Apply knowledge of solids, liquids, and gases to separate mixtures using filtering, sieving, and evaporating. - Provide evidence-based reasons for the uses of everyday materials like metals, wood, and plastic. - Differentiate between reversible and irreversible changes, particularly those involving burning and the action of acid on bicarbonate of soda. **Design and Technology** - Research and develop design criteria. - Select materials based on their characteristics for specific design purposes. - Create and evaluate annotated sketches and prototypes like a lab coat, assessing their functionality and aesthetic qualities. **Working Scientifically** - Develop and apply skills such as making predictions, conducting experiments, controlling variables, and drawing conclusions based on evidence. **RUBRIC CRITERIA AND LEVELS OF ACHIEVEMENT** +-----------------+-----------------+-----------------+-----------------+ | **Criteria** | **Greater Depth | **Working At | **Working | | | (🌟)** | (✔)** | Towards (➖)** | +-----------------+-----------------+-----------------+-----------------+ | **Material | Demonstrates an | Understands and | Recognizes | | Properties** | expert | correctly | basic | | | understanding | identifies | properties of | | | of material | basic material | materials but | | | properties and | properties and | is unsure how | | | their | can relate them | they determine | | | applications. | to common uses. | the choice of | | | Explains in | **Example:** | material for | | | detail why | *Identifies | specific uses. | | | specific | that metals | **Example:** | | | materials are | conduct | *Knows that | | | used based on | electricity and | some materials | | | their | that | like metal are | | | properties. | transparency | hard but cannot | | | **Example:** | makes glass | explain what | | | *Explains why | suitable for | makes metal | | | copper is used | windows.* | suitable for | | | for electrical | | certain | | | wiring due to | | applications.* | | | its high | | | | | conductivity | | | | | and why windows | | | | | are made of | | | | | glass due to | | | | | its | | | | | transparency.* | | | +-----------------+-----------------+-----------------+-----------------+ | **Material | Excellently | Has a good | Understands | | Changes** | differentiates | grasp of basic | simple | | | between | separation | separation | | | reversible and | techniques and | methods but | | | irreversible | understands the | struggles with | | | changes and | concept of | the concepts of | | | clearly | reversible | reversible and | | | understands | versus | irreversible | | | separation | irreversible | changes. Needs | | | techniques. Can | changes. | help to apply | | | explain and | **Example:** | these concepts. | | | demonstrate | *Can use | **Example:** | | | methods like | filtering to | *Uses a sieve | | | evaporation and | separate sand | to separate | | | filtering. | from water and | larger | | | **Example:** | knows that | particles but | | | *Describes how | burning paper | is unclear | | | evaporation can | is | about why | | | be used to | irreversible.* | burning is | | | separate salt | | irreversible.* | | | from water and | | | | | explains why | | | | | burning wood is | | | | | an irreversible | | | | | change.* | | | +-----------------+-----------------+-----------------+-----------------+ | **Design and | Utilises | Develops design | Attempts to | | Production** | advanced | based on | design and | | | research to | research and | select | | | develop | suggests | materials but | | | detailed design | appropriate | needs guidance | | | criteria and | materials; | to meet design | | | selects | designs meet | criteria; | | | materials | basic criteria | designs may not | | | expertly; | and | fully consider | | | designs are | functionality. | material | | | innovative and | **Example:** | properties. | | | fully | *Designs a lab | **Example:** | | | functional. | coat that meets | *Designs a | | | **Example:** | the criteria | basic lab coat | | | *Designs a lab | but may lack | without | | | coat that is | innovation or | considering | | | both functional | optimal | different | | | and stylish, | material | fabric options | | | selecting | choice.* | for better | | | materials that | | functionality.* | | | enhance comfort | | | | | and utility.* | | | +-----------------+-----------------+-----------------+-----------------+ | **Working | Independently | Conducts | Participates in | | Scientifically* | plans and | experiments | scientific | | * | conducts | with some | activities but | | | scientific | guidance and | requires | | | investigations, | understands the | significant | | | controlling all | importance of | support to | | | variables | variable | carry out | | | effectively and | control; able | experiments and | | | drawing | to collect and | understand | | | sophisticated | present data | results. | | | conclusions | clearly. | **Example:** | | | from data. | **Example:** | *Helps in | | | **Example:** | *Performs a | conducting a | | | *Designs an | solubility test | solubility test | | | experiment to | and records | but struggles | | | test the | results | to control | | | solubility of | accurately, | variables or | | | different | understanding | interpret data | | | materials in | the outcomes.* | without | | | various | | assistance.* | | | solvents and | | | | | presents | | | | | findings using | | | | | complex data | | | | | representation. | | | | | * | | | | | | | | | | *Example: Use a | | | | | scenario to | | | | | encourage | | | | | children to | | | | | think | | | | | scientifically* | | | +-----------------+-----------------+-----------------+-----------------+

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