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Quarter: Spring 2007
Lectures: Mondays &
Wednesdays
3:30-4:45 Building 387 Room # 104
Laboratory: Fridays
11.00- 2.00 at ENGR 5162C or the UCSB lagoon
(Lab slot could be modified if conflicting with
other freshmen classes)
Instructor: Rakesh K Lal
TA: Yan Zheng
Area Expert: Dr Lisa Stratton
Course
Overview
This
first course on design has been designed to give freshmen an intuitive
introduction to engineering design. You will learn how to take an idea
of a system and convert it to a working model. Plus you will learn
about hardware and software as you build your systems. You would be
provided sensors, electronic components & modules and computers
with interface cards & data acquisition software to realize your
ideas. And you would receive the attention one gets in a small class
environment so that your learning curve is steep and you are able to
realize your designs. For
Spring 2007, the theme of the designs would be Monitoring the UCSB lagoon.
We
will begin with a broad introduction to design and a trip to the
lagoon -- get your cameras to capture images that you might wish to
upload to the course wiki or blog or for your journal. Next we'll use
Lego Mindstroms
kits to learn how one can pick up signals from the real world and
program a Lego device to do some simple operations. We would then have
a lecture on the UCSB Lagoon by Dr Stratton an area expert. In
the subseqent
lectures and discussions we would learn to come up with the first round
design of a
system for recording various physical and chemical parameters that
reserachers would like to monitor in the UCSB lagoon. After these
introductory lectures and discussions plus experiments with equipment
and tools you would need for designing and testing your systems, we
would take a hands-on approach to design.
A
more
detailed course plan is
attached and you might want to get a broad picture of the lagoon by
taking a tour and reading
a presentation written by UCSB
students Walson Lawi & Ardit Velia. Plus get a weath of more
technical information by reading about its profile and visiting links in
the profile that take you to other conservation wet land sites
in California.
Work & grading
The points distribution for grading gives you the gist of the work
elements for this course:
- Your course journal: 10
- Laboratory work: 20
- Participation, teamwork and contributing to the course wiki: 20
- Mid-term design review: 20
- Final demo, presentation and documentation: 30
You can see that there is a fair amount of learning and interesting
work
spread over
the term that enables you to learn a suite of skills that are important
professionally.
For:
Freshmen in ECE (this year we are planning for a class of less than
twenty -- a dozen would be ideal!).
Pre-requisites:
Introduction to programming at K-12 level; Math 3A & 3B with a C-
or better grade.
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