To celebrate its 50th Anniversary, the National Academy of Engineering is offering a $25,000 prize for the most inspiring short video focused anywhere in the time period from 1964-2064 that shows how engineering innovations advance human welfare and address societal needs.
Students in grades 6 to 8 gain an understanding of physical limitations and the biomedical engineering design process by performing a variety of tasks without using their thumbs, eyes, or legs, then working in teams to create or improve and adaptive device.
Tags: adaptive technologies, assistive technologies, bioengineering, biomechanical engineering, Class Activities, Grades 6-8, Lesson Plan, Mechanical engineering, Prosthetics, students with disabilities
In this activity, teams of students in grades K-12 learn about the history and engineering behind Ferris wheels by constructing a working model using pasta, glue, and teabags.
In this activity, students in grades 5 to 12 learn about accuracy, precision, and simple machines by working in teams to design and build a robotic basketball “player” that can nail a free-throw shot three times in a row.
Tags: accuracy, basketball, biomechanical engineering, biomechanics, catapult, Class Activities, Engineering, lever, Mathematics, percentages, Physics, precision, projectile, Robotics, simple machines, Sports Engineering, statistics
In this activity, student teams learn about construction and engineering design by building a domed structure with an internal frame that is strong enough to support 120 grams of coins or candy on top. They present their domes to the class and complete reflections on the lessons learned.
In this activity, teams of students in grades 3 to 12 explore how engineers work to solve such societal problems as moving goods, materials, and people by designing and building a conveyor system out of everyday materials than can transport pieces of candy 4 feet, including a 90-degree turn.
In this lesson, students in grades 3 to 12 explore how engineers incorporate the latest materials and manufacturing techniques to improve the performance of sports equipment by constructing a functional racquet out of everyday materials that can volley against another team’s racquet at least six times.
In this short fun activity, students of all ages learn about rocket stability by constructing and flying small “indoor” paper rockets, then analyzing flight data and interpreting the results.