Physical Science and Engineering Invention Kit Curriculum
About the Intervention
The Physical Science and Engineering Invention Kit Curriculum is a project-based engineering curriculum for middle school students (Grades 7 or 8) that teaches key science and engineering principles through constructing modern interpretations of 19th-century inventions. Students build three invention kits sequentially in their engineering elective courses: the Solenoid, the Linear Motor, and the Linear Generator. Each kit includes make activities (building components like continuity testers and solenoids), lab activities (demonstrating principles with step-by-step guides and guiding questions), and design challenges (open-ended exercises to create functioning objects). The kits incorporate 2D and 3D fabrication technology (laser cutters, 3D printers) and electronic CAD files. Teachers access kit materials online, including teacher guides with standards alignment, materials lists, and assessment suggestions. Students also take physical science courses concurrently. The curriculum aims to build understanding of magnetism, electricity, and electromagnetism, along with skills in computer-aided design, manufacturing, soldering, and scientific observation.
Statistical Findings
No effect on physical science and engineering knowledge
No effect on STEM interest and confidence
More Intervention Details
Focus Areas
N/APrograms & Services
General EducationDelivery Methods
Face-to-FaceDisability Support
N/ATarget Groups
Student(s)Source
Christina, L., Dionisio, G. & Kelly, R. (2019). Study of Physical Science and Engineering Invention Kit Curriculum for Middle School: External Evaluation of the Investing in Innovation Central Virginia Advanced Manufacturing Development Grant 78. Making Research Relevant (ED611398). ERIC. https://files.eric.ed.gov/fulltext/ED611398.pdf.
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