| About Us | Membership | Events | Conference | Resources | Contacts |
| History | Membership Information | CTEA Board Meetings | Conference Highlights | Conference Resources | CTEA Board Members |
| President's Message | Exhibit with CTEA | CTEA Conference Committee | Venue Information | Affiliates | Mailing List |
| Former Presidents | Become a CTEA Partner | CTEA Conference 2007 | Hotel & Travel | Grants & Awards | Contact Us |
| Membership Information | Previous CTEA Events | Overview & Pricing | Professional Development | ||
| Latest News | Submit Proposal | CTE | Other | ||
| Register Online | TSA | Search | |||
| SkillsUSA | FAQ | ||||
| Useful Links | Calendar of Events | ||||
| Site Map | |||||
| Privacy Policy | |||||
| Terms of Use |
How could I tie physics and students' career development plans? It became self-evident when I started teaching applied technology and pre-engineering at Angevine Middle School in Fall 2003. The more challenging and seemingly simple problems I gave the students, the more I found out that learning became contagious (check out these videos). By design and choice, the hands-on nature of our physics, technology and pre-engineering classes affords us numerous opportunities to spontaneously bring out students' innate creativity and innovative tendencies.
This past year, as I returned to teach physics and physics engineering technology at Overland, I found that the high school students were equally creative and innovative. Without doubt, applied science, technology and pre-engineering education in K-12 classrooms play a critical role in developing students' "higher literacy skills" and enhancing their career development plans.
<< Previous Page 1 | 2 | 3 Next Page >>