The preparations
To be a volunteer of any kind at our school district, I first have to go through a routine background check via the online application for a volunteer position. The application took about 5 minutes. Then preparation of the talk started.
I treated this presentation just like any professional presentation I make.
I thought for a few days about what to talk about engineering to elementary school students so that they wouldn't be bored about the subject. Collecting pictures, cartoons, graphs from everywhere to make my presentation more lively to the youngsters, writing about speaking points, thinking about punch lines ...... I spent a full winter holiday day drafting my 24 page power power point presentation.
Then I spent a couple more hours the night of 1/8/2012 going through my presentation a couple more times, correcting typos, changing phrases, adding details. I also rehearsed a few times until I felt that I could deliver the presentation smoothly.
The Talk
The talk was given at a large assembly classroom equipped with standard conference room hardware - computer and projector. It turned out that I would give the talk to half of the fourth grade students, including Nick. I know quite a few students in the audience, , Michael, Jefferey, Eric... since I was their soccer coach for a few years.
As my laptop was starting up, Ms. Clark gave a brief introduction to the students - "Nick's Dad is going to talk to you about engineering today. Please raise your hand if you have questions during the presentation ..."
"Good Morning everyone", I started my presentation. The students replied in unison, "Good Morning".
"I am Allan.I am a mechanical engineer. Today I am going to talk to you about choosing engineering as a career". Looking at those curious young faces, I was pleased that I came to give the talk, "Looking around, engineers play critical roles in almost everything you see ......."
My talk included 5 parts:
1. What is Engineering?
I used many examples with pictures to show the diverse fields of engineering: The world's tallest structure is the 829.84 m
(2,723 ft) tall Burj Khalifa in Dubai, United Arab
Emirates (Civil Engineering); Ford Explorer SUV (Mechanical Engineering); Boeing 787 dream liner (ME, Aerospace Engineering, Material Engineering); computers, cellphones (electrical engineering, computer engineering), Computer Game Super Mario Brawls (software engineering).
The students were really interested - I raised a few questions to engage them, many of them asked questions on their own. With all those examples, I gave them a formal definition of engineering: "Engineering is the discipline, art, skill and
profession of acquiring and applying scientific, mathematical, and
practical knowledge, in order to design and
build structures, machines, devices, systems, materials and processes"
to transition into next part.
The key point here is to relate what is needed to what they learn now.
the
a. Scientific
Knowledge – Physics ,
Engineering Mechanics, Electrodynamics , Chemistry, Geology……Scientific
knowledge are typically represented via mathematical equations.
b. Mathematics
is the fundamental tool for science, engineering and technology
c. Modern
Engineering is mostly team work. So communication,
both verbal and written, is very important
Acquiring
knowledge for a career in engineering is an accumulative process. Your preparation starts at elementary
school - NOW! - all the way to college
Science
Math
Language
Writing
………
3. Best Engineering Schools
I gave a list of top universities for engineering and Texas universities for engineering.I also talked about degrees - B.S., M.S. and Ph.D. When I told them I have a Ph.D. in engineering, it led to discussions about difference between Ph.D. and M.D.
4.What is an engineer’s day like?
a. Brain
storm meeting for concept development; Study of
literature; discussion with co-workers
b. Put concept into drawings; conduct engineering analysis
c. test new designs on computers and/or in the laboratories
d. write project reports, finalize designs and send design to manufacturing.
A typical development engineer's day : Mostly in office, work on computers; have project meeting and other meetings; may work as individual or on a team; development can be from days to years
b. Put concept into drawings; conduct engineering analysis
c. test new designs on computers and/or in the laboratories
d. write project reports, finalize designs and send design to manufacturing.
A typical development engineer's day : Mostly in office, work on computers; have project meeting and other meetings; may work as individual or on a team; development can be from days to years
It is interesting and fun
It is challenging
It is satisfying
It improves the world
It helps to make a good living
Feedback
Ms. Clark was very pleased with my talk from the length of the talk, to the format, to selection of materials. From conversation with her, I could tell that my talk was more formal than others, and she was impressed with my Ph.D. as well - my title changed from Nick's dad to Dr. Allan. She ended her final remarks to students with "Let us thank Dr. Allan again for his wonderful presentation".
Nick gave me a passing grade - "you did pretty well!" when I asked him about how I did for the presentation at dinner table that day.
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