IMAGINE101.com

Publications

Emery Sanford, Product Design Engineer for Apple computer and his comments on engineering at the high school level:

I can't stress enough the importance of exposing high school students to engineering before they apply to college because it is best to start engineering majors as a freshman.  The rigorous course load of university-level engineering can make it difficult to transfer into an engineering major without adding an extra semester or year (or more) to your time at university.  If you start university as a history major, for example, many of the classes you may have already completed won't count towards an engineering major when you transfer into engineering during your sophomore year, so much of your time (and money) spent freshman year were for nothing.  Furthermore, some students start an engineering major as a freshman only to discover they don't really like engineering, and might be better off in a non-engineering major.  I'm glad I enrolled in the high school courses to first give engineering a try before applying to engineering schools and dedicating four years of hard work to the mechanical engineering degree.

I took the standard mechanical engineering course load at Berkeley, including core classes such as calculus, chemistry, physics, basic computer programming, fluid dynamics, and thermodynamics.  My favorite elective at Berkeley was in 3-D Computer Aided Design.  In that course we learned to use 3-D modeling software to create complex parts on a computer.  For the final project, we were given the assignment to model every part of a mechanism of our choice (such as a clock, a printer, or a cordless drill, to name a few).  We then made a short movie showing the assembly, and then the operation, of the mechanism (make the clock tick, the printer print, and the drill spin)...all in 3-D.  This class has proved very useful to me in my career as a product designer because all of the parts of a product first come to life on a computer, using 3-D modeling software, before making real parts and functioning prototypes.   I also found a course in technical communication to be very useful in the working world.  Communicating one's creative ideas clearly and efficiently is a critical part of the design process, especially with non-technical members of the team.

Overall Program Beliefs:

One of the most significant labor shortages the United States has is technologically oriented people.  Every year our government accepts more and more people from foreign countries on work visas to place them in technology-related fields.  Although we are doing more than we have in the past to give our students opportunities to become technologically literate, too often educators place students in front of computers and assume that technological  literacy follows.  Students need more than the computers and their programs in order to become technologically literate.  

These courses are organized around a set of concepts, skills and attitudes necessary for an engineering career. Unfortunately, students in many other schools can still graduate having had no practical contact with engineering concepts or case studies. A major problem of secondary education is that schools teach science, technology, and mathematics only in the context of the specific disciplines. These courses solve that problem. It shows students the important engineering concepts and has them work on real-world case studies resembling the problems they will be solving in an engineering career. 

Engineering, combined with Materials Science is what I believe to be the answer to what education will look like in the coming years.  These programs must also recognize that other instructors in the Math, Science, and English departments play significant roles in an Engineering program.  Students work hard during their entire school day in other classes. The Engineering program takes what they learn with other teachers and applies it, along with information from teachers in our department to solve problems.  Suddenly education looks more like it should, a cooperative effort to supply our students with the best experiences possible utilizing every resource possible, including other teachers. 

Read more about this program here in a .PDF file.

Click here to read the rationale for an engineering curriculum at the high school level.  This is a research thesis.   134pgs.  (.pdf format) 

NEWS:

Instructor Al Gomez appears in International Solidworks video presenting information about the engineering program and its importance.  Click here to view the file.

 

Madison West students appear in International article on high school engineering and using Solidworks.  Click here to read the article.  Click here to see another students work on West's Solidworks national profile.

 

Alumni Emery Sanford Wins the Bechtel Achievement Award from UC-Berkeley. 

See his profile on the students page or click here to read the article. 

Click here for the article in .pdf format.

 

 

NASA announces new class of astronauts. Click here

   


Rendering of the curtain wall's side. 

Working on a real-life Overture case study, the  Engineering students at Madison's West High School students presented their recommendations to Overture and district leaders for how to install the huge glass curtain wall that will enclose Overture Hall.

"These public facilities will be a tremendous resource for our entire community, especially our children," said Superintendent Art Rainwater. "This partnership with Overture allows our students to learn about careers and construction and I hope we can see it continue through the building's completion."

 

Program Tracks

Courses

Students

Faculty

Case Studies

Gallery

Supermileage

Curriculum Format

Sponsors

Calendar

Syllabus

Info Charts

WTEA News

 

 

Materials Science course resources for educators 

ASEE Publication

Faculty Lunch

Course Links