Creating Leaders for Community College & High School Technology/Engineering

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College Based Projects 2006-2007: LINK HERE

POWER UP COLLEGE AND HIGH SCHOOL BASED PROJECTS:

Hydropower
Description: Students will explore the concepts of work and power, kinetic energy, and potential energy using a water wheel. They will research construction options, choose a strategy for building, and build a small machine.
Tom Gusek, Worcester Vocational HS

Water, Wind, and the Engineering Design Process

Description: Students will construct models of water wheels or wind turbines. They will test the model and refine their designs before comparing results with results found by students at Charlestown High School.

Joan Brenner, Bunker Hill Community College

Water Wheel Power

Description: Students will plan, construct, and evaluate a water wheel. After testing, the wheels will be used to illustrate further concepts of physics, such as circular and rotational motion.

John Schlesinger, Bunker Hill Community College

Energy and Computer Networking Connections

Description: Students will explore the relationship between networking, computer choice and equipment and power usage.

Jody Norton, North Shore Technical High School

Engineering School at Hyde Park

Description: A team of students, teachers, parents, and various representatives from neighboring institutions will work to develop a small engineering themed high school. The mission of the school will be to provide students with a rigorous, hands on learning environment rich in student leadership and involvement.

Kent Downing, Engineering School at Hyde Park

Energy Sampler

Description: Students will work on a rocket project where they will build a hand air pump compressed rocket with PVC launcher. Students will work on an electronics project where they will design, draw, and calculate resistance voltage current power and energy. Students will also study human generated energy and determine how that biomechanical power will run a project the students will design.

Kurt Lichtenwald, Gloucester High

Wind Turbine

Description: The wind turbine project will be modified to include an AC motor. This will allow AC circuit concepts to be addressed as well as frequency and phase concepts.

Paul Chanley/Wayne Kibbe, Northern Essex Community College

Solar Car

Description: Students will build a solar car and explore the relationship between sunlight and electricity. Before creating the car, students will explore various methods of energy production and research renewable energy.

Donna Costa, Peabody Veterans Memorial High School

Rubber Band Power

Description: Students will build a vehicle powered by rubber bands. A school-wide competition will be held with the goal of creating the vehicle that travels the greatest distance.

Al Errede/Ray Rousseau, Tantasqua Regional High School

It’s Electric!

Description: Students will create an electric vehicle. A Chevrolet S-10 pickup truck will be converted to run on electricity supplied by rechargeable batteries.

Mike Norton/Raymond Lehner, Blackstone Valley Regional High Schoo

Scrubber Design

Description: Students will design a scrubber to collect and treat nitrogen and sulfur oxides before the oxidation of the gases to nitric and sulfuric acids. They will also research the possibility of using bacteria or yeast to consume the acids to an innocuous substance and examine the possibility of generating electricity from the acids.

Vin Di-Taranto/Dadbeh Bigonahy, Quinsigamond Community College

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 PowerUP! is made possible through a grant from the National Science Foundation
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Last updated: 08/13/05.