HUNTERDON CENTRAL REGIONAL HIGH SCHOOL DISTRICT
HUNTERDON CENTRAL REGIONAL HIGH SCHOOL DISTRICT
HUNTERDON CENTRAL REGIONAL HIGH SCHOOL DISTRICT
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Mechanical Drawing has gone through some changes for the better also. We found that students needed to<br />
spend more time on concepts and understanding through visual means before they could progress to using a<br />
computer-aided program. We developed more modeling projects that enabled students to explore how they saw<br />
things visually. Once on the computer, the problems were based on visual concepts and spatial relations.<br />
Students were better at developing their own ideas after practicing these concepts.<br />
Introduction to Technology this year has been a 1:1 program. The ability to use computers has allowed the<br />
students to develop teaching modules and tests. The students took on the responsibility of teaching an element<br />
within the six simple machines and then taught the element to the class. Each team developed a quiz and<br />
administered a test to chart student knowledge. It was a change from the usual teacher-driven lecture and placed<br />
leaning into the hands of the students. The projects were student driven and involved alternative energy using<br />
wind turbines.<br />
The modifications to the “Wooden Joints” as well as the “Catapults” projects were a success. For the wooden<br />
joints, instead of making three joints, tying together and handing in; students now have to make four joints<br />
attached together in the shape of a square. Students had to draw a blueprint and use math to make sure their<br />
cuts and angles were accurate to make a perfect square. In the catapults project, instead of constructing<br />
catapults to shoot shaving cream, students had to design them to shoot a golf ball as far as possible. Students<br />
then graphed the results in a scatter plot in Excel and determined the feet per second of their shots. Students<br />
then had to hypothesize certain facts about catapults and mechanical advantage.<br />
Architectural Design<br />
• Reviewed and revised Architectural Design Course of Study with UbD template and 2009 standards.<br />
• Purchased and introduced new textbook for Architectural Design that focuses on projects, as organizing<br />
principles.<br />
• Initiated contact with Chicago Architecture Foundation regarding on-line collaboration tools with<br />
professional architects.<br />
Principles of Engineering<br />
• Used Moodle course to facilitate completion of Principles of Engineering course work by a student from<br />
home (online / asynchronous).<br />
• Merged Concept Design and Reverse Engineering units in POE, added content, resources, and<br />
assessments.<br />
• Added use of Inventor and Photoshop to POE packaging project. (Increased integration of software tools<br />
into existing lessons.)<br />
• Added field trip to Weiss-Aug Company to POE manufacturing unit with careers focus.<br />
Honors Engineering<br />
• Expanded Reverse Engineering unit in Honors Engineering with worksheets and a new Steam Power<br />
problem set.<br />
• Initiated process of integrating ITEEA Engineering by Design materials into existing curriculum.<br />
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