The following essay will introduce Science, Technology, Engineering, and Mathematics in Elementary and Middle School in the International school focusing on the Primary and Middle Years Programme to encourage students to explore various projects. In this essay, the way one would use assessment criteria to promote STEM in the class with specific reference to an egg project the students are concluding is being discussed. Teachers can present a range of activities that integrate all aspects of STEM including testing and assessing the students through formative assessments being used regularly and consistently in the classroom. Students are able to reflect on their learning and teachers will know what instructional approaches worked positively in the classroom.
Table of Contents
Introduction
Learning Goals/Objectives
Learning activity
Conclusion
Objectives & Core Topics
This document outlines a lesson plan for an integrated STEM project aimed at Elementary and Middle School students, focusing on the application of assessment criteria within a practical "egg drop" experiment. The primary objective is to foster collaborative learning, critical thinking, and the integration of scientific principles—specifically Newton's Law of Gravity—with engineering design and artistic creativity.
- Integration of Science, Technology, Engineering, and Mathematics (STEM) principles.
- Implementation of formative and summative assessment rubrics in the classroom.
- Promotion of collaborative group work and interdisciplinary skills.
- Differentiation strategies for diverse learner needs, including Gifted and Talented students.
- Fostering "International Mindedness" through cross-school collaboration.
Excerpt from the Book
Learning activity
Students will work within the groups to research the topic of Newton's Gravity Law and use Britannica as a guideline to access information related to understanding how the law of gravity works, and which formulas are associated. Most students will have access to recycled material, and in the group, they will have to assign certain roles and responsibilities to each member of the team. Detailed assessment criteria will be shared with the students so that they know how to achieve the highest possible marks for each (Chelsy, 2017).
Students will have to conclude a PowerPoint presentation where they have listed the design, and initial thoughts through brainstorming and creating a mindmap. They should also list their findings and recommendations, whilst highlighting the importance of working together within their groups. They have to insert visuals into their presentations and write the basic keywords, which they will have to elaborate on in the classroom, sharing their ideas and opinions with their peers using technology and promoting 21st-century learning as outlined by Stauffer (2020).
Summary of Chapters
Introduction: Provides an overview of the lesson plan design for STEM education in Thailand, focusing on the use of rubrics for formative and summative assessment.
Learning Goals/Objectives: Defines the educational outcomes of the egg drop experiment, emphasizing student cooperation, understanding of gravity, and the application of research skills.
Learning activity: Describes the practical execution of the project, including group roles, differentiation through targeted worksheets, and the use of technology to showcase findings.
Conclusion: Highlights the necessity of encouraging creativity and innovation in students while addressing specific educational needs through tailored assessment strategies.
Keywords
STEM, Engineering, Mathematics, Science, Technology, Gravity, Newton's Law, Assessment, Collaboration, Differentiation, Project-based learning, 21st-century skills, Primary Years Programme, Critical thinking, Innovation.
Frequently Asked Questions
What is the primary focus of this document?
The document focuses on implementing a lesson plan for an integrated STEM project (an "egg drop" experiment) in elementary and middle school settings, with a specific emphasis on using assessment rubrics.
What are the central themes covered?
The central themes include collaborative learning, the integration of scientific theory (gravity) with practical engineering, the use of differentiation in the classroom, and the importance of formative assessment.
What is the primary goal of the project described?
The goal is to allow students to work in groups to design a protector for an egg using recycled materials, applying physics principles while demonstrating their learning through presentations and assessments.
Which scientific methodology is primarily applied?
The project follows an experimental approach where students research physical laws (Newton’s Law of Gravity), design a prototype, test it, and reflect on their results through a collaborative process.
What does the main body of the work address?
It covers the structure of the project, including lesson goals, the specific steps of the "egg drop" activity, strategies for differentiating instruction, and how to assess student progress.
What keywords characterize the research?
Key terms include STEM, Engineering, Science, Technology, Mathematics, Gravity, assessment, and 21st-century skills.
How are 'Gifted and Talented' students supported in this project?
They are provided with additional worksheets and expectations to perform calculations, use specific formulas, and integrate advanced digital applications to link Science, Math, and Engineering.
What is the role of the Skype meetings mentioned?
The Skype meetings are intended to promote "International Mindedness" by allowing students to collaborate with other schools, share presentations, and receive peer feedback.
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- Dr. Mario Maxwell Müller (Autor:in), 2022, Using Assessment Criteria within STEM, München, GRIN Verlag, https://www.grin.com/document/1283163
