www.ccd.edu/aerospace - Workforce Solutions

berlinpotatoMechanics

Nov 18, 2013 (3 years and 11 months ago)

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2/7/2008 1
www.ccd.edu/aerospace
2/7/2008 2
John Olivas
Astronaut and
Researcher, NASA
Linda Brisnehan
Vice President,
Lockheed Martin
Olga Gonzalez-Sanabria
Director of Engineering,
NASA GRC
Willa Beatrice Brown
First Female African-American
U.S. Commercial Pilot
Burt Rutan
Designer of Space Ship
One, 2004 X-Prize
Guion Bluford
USAF Colonel, PhD in
Aerospace Engineering
2/7/2008 3
What does an aerospace engineer do?
Aerospace engineers create exceptional machines like
airplanes that weigh more than half a million pounds to
spacecraft that travel at a speed of more than 17,000
miles/hour. They are in charge of designing, developing and
testing aircraft, spacecraft and missile systems as well as
supervising the manufacturing process of these products.
Aerospace engineers might specialize in aerodynamics,
thermodynamics, celestial mechanic systems, propulsion
systems, acoustics, or guidance and control systems.
Source: CareerOverview.com
2/7/2008 4
Why aerospace?
Job opportunities

300+ aerospace companies and suppliers operate in
Colorado. A demand for new employees is rising as many
aerospace workers will soon retire.
High Pay

Entry-level salaries start around $50,000. The 2005
average salary for an aerospace worker in Colorado was
$96,400!
2/7/2008 5
Why aerospace?
Positive Job Market

20.4% space employment growth in Colorado from
2001-2006. Colorado is the #2 space economy in the
United States.
Interesting and exciting projects

Orion, the project to design a new space shuttle.
• The Phoenix Mars Mission, which seeks to
explore if Mars is capable of supporting life.
• Not just outer space –aerospace engineers design

planes, helicopters, missles and even cars!
2/7/2008 6
The work you do will benefit not only
aerospace, but society as a whole.
Advances in aerospace technology led to:
•Cell phone technology
•Artificial heart

GPS navigation •Self-righting life raft

Velcro
•Bone analyzer •Microlasers
•Cancer detection devices
•Cordless power tools
•Computer joysticks

Athletic shoes
•Robotic a
rms
•Ski boots
•Clean water for home •Physical Therapy

Land mine removal device
•Edible toothpaste
•Doppler radar
•Convection oven
•Crop growing improvements
•Electric car
•Helmet padding
•Virtual reality
•Stadium roofing fabric
•Emission testing
•CAT scanner
•Quartz clock
•Oil spill control
•Lightning protection
•Firefighting equipment
•Insulin pumps
•Automotive design

Video stabilization
2/7/2008 7
Advances in aerospace technology also led to the Hubble Telescope
2/7/2008 8
•Over 150 different jobs in the aerospace industry
•Engineering: aerospa
ce, electrical, mechanical,
stress analysis, electronics, design, systems,
materials science, environmental, safety,
nanotechnology
•Computer science: networks, software development
(C++, Java), information technology, security planning,
assurance, auditing
•Project management for all of the above
•Administration, budget and finance, public affairs,
human resources, procurement
•Subcontract as woman/minority owned businesses 8(a),
(special set asides)
Types of careers and jobs
2/7/2008 9
•Minorities and women have typically been excluded
or discouraged from pursuing careers in aerospace,
engineering and high-tech fields
•Companies need to fill hundreds of thousands of
jobs with skilled workers over the next 10-12 years
•Female and minority students comprise most of
the population in grades K-12 in Denver area
Underrepresented groups are key to
Colorado’s success and maintaining a
competitive edge, both nationally and globally
2/7/2008 10
JumpStart into Aerospace Program at CCD
•Career exploration and case management
•Student/faculty/staff conferences
•Advising
•Marketing (information, classes, opportunities, etc.)
•www.ccd.edu/aerospace, brochures, videos, e-newsletter, presentations
•Experiential opportunities
•Internships
•Value-added projects/field trips

ACES seminar series/meet with aerospace engineers
•JumpStart student organization
•Aerospace courses and curriculum
•Astronomy 102, CSMARTS, physics, etc.
2/7/2008 11
…and beyond
ACES Program
After completing a pre-aerospace engineering
degree at CCD, transfer to Metro State to complete
a bachelor’s degree in Aerospace Systems
Engineering Technology in two additional years.
Graduate School
After earning your B.S. degree and getting a job in
the field, it is almost certain that your employer will
pay for you to study for an advanced degree, thus
increasing your job and earning potential.
And beyond…
2/7/2008 12
•Lockheed Martin Internship: Two CCD students are
teaming with four Metro State students to design a proposed
mission to Deimos,
a moon of Mars.
•CSMARTS - Intro to Space: Students in this class are
building and launching satellites that collect data as they
return to earth.
•Mars
Global Surveyor Satellite: CCD students from different
classes --physics, mechanical srafting, welding, machining,
journalism – are joining with Metro State students to design, draft,
machine, manufacture, test, and market a model satellite based on
the Mars Global Surveyor.
CCD Students in Action
2/7/2008 13
•Astronomy 102: Students in this class are studying the role of
spacecraft (i.e., rockets and satellites) in deep space
exploration.
•Lockheed Martin
site visit: CCD and Metro State students are talking
to Lockheed Martin engineers and touring the facility where Atlas V
rockets are manufactured.
•AIAA
Space Exploration Conference: CCD students are
volunteering at the 2008 Space Exploration Conference (hosted in
Denver) and participating in its Future Leaders Reception.
CCD Students in Action
2/7/2008 14
Ron Vasquez, 303-352-3059, ron.vasquez@ccd.edu
Troy Abfalter, 303-352-3063, troy.abfalter@ccd.edu
2/7/2008 15
www.ccd.edu/aerospace
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