shoot for the starsancient mars could have the right chemistry to have supported living microbes....
TRANSCRIPT
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SHOOT FOR THE STARS
Kelly Smith, Assistant Director, Department of Space Engineering Space Science and Engineering Division
Southwest Research Institute
January 2016
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HOW DO WE SPARK INTEREST IN MATH
AND SCIENCE?
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• Lack of understanding of what Scientists and Engineers really do
• We think the iPHONE just materialized on its own!
• MATH and Science are HARD…not for me!
• I cannot imagine myself doing anything STEM related…
• No money in it!
Why Choose STEM field, or college for that
matter?
(thoughts from a father of three and husband
of an elementary teacher turned librarian)
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Why Choose College?
• College is not cheap Costs continue to rise
Strain on personal and family finances
• Skills are very important in obtaining a job today One and Two year college/technical
programs (Nursing, Technician, Web Designer, Computer Specialist, Construction Engineering and more)
Four year college [Teacher, Engineer (automotive, aerospace, energy, etc.), Mathematician, Physicist, BS Nursing, Finance, Business and more]
• Unemployment (25 years and over) High School, No College 8.4%
Some Colleg or Associates Degree 6.9%
College Graduate 3.8%
Overall rate of 8%
• Young graduate unemployment High School Graduate – 16%
College Graduate – 9.4%
Engineering 2% Source: Time Magazine
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Salary Information (Pew Research)
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Inspiration (Questions I Pose to Students)
• Do you like math and science?
• Do you like helping people?
• Do you like building things?
• Do you love to take things apart, whether or not you know how to put them back together?
• Do you like solving problems?
• Do you wonder about Stars, Planets, Aliens, your Friends?
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What Do Engineers Do … with Math and Science?
• Design things that go – Planes, Trains, Automobiles, Ships and Spacecraft
• Design things to fix people – Knees, hips, artificial limbs
– Medical equipment, heart lung machines, medicine dispensers and much more
• Design better weapons for our police and military
• Design computers and software
• Design buildings, bridges, roads
• Better question is, “What do engineers not do?”
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MATH and SCIENCE = STRONG FOUNDATION
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My Background (or why there is always hope)
• Born: Edinburg, small town in South Texas
• High School: New Braunfels, Texas
• College:
– BS in Mechanical Engineering - Texas A&M
– MS in Mechanical Engineering - Stanford University
• Jobs: General Dynamics in Fort Worth Co-op Engineer while at
A&M (now Lockheed Martin), NASA Langley Research Center (first job out of college), Southwest Research Institute (hit the BIG TIME)
• Hobbies: Cars, Woodworking, Fishing, Swimming, Computers, Sports, Scouts
• Moral of this story: MATH AND SCIENCE EMPOWERED ME!
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Southwest Research Institute®
• Founded in 1947 as an Independent,
Nonprofit, Applied Engineering and
Physical Sciences Research and
Development Institution
• Broad Technological & Scientific Base
• 1200 Acre Campus in San Antonio, Texas
• Over $500M in annual revenue (FY12)
roughly 50:50 government and industrial
• ~$7M in Internal Research (FY12)
• Just Under 3000 employees
• Over 990 patents and 35 R&D 100 awards
• 2.2 million ft2 of Laboratory & Office Space
Mission Statement
Benefiting government, industry and the public through innovative science and technology
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• Provides space science and engineering capabilities for NASA and other partners
• ~$100M annual revenue (FY12)
• 336 employees ~100 PhD Scientists
~100 Engineers
Other staff • Analysts
• Technicians
• Planners
• Administrative
• Major office in Boulder, CO and smaller one in Durham, NH
• 135k sq ft of Lab and office space in San Antonio Extensive space instrument and
spacecraft development , test, integration, and operations
Science data analysis, modeling, theory capabilities and support
Space Science and Engineering Division
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Organizational Structure
• Space Science Department: key role in NASA space
physics and planetary missions; investigates solar system,
astrophysical phenomena; observational and theoretical
• Newly added EOSD at University of New Hampshire
• Space Systems Directorate: Leading developer of processors, command and data handling systems and related space flight electronics; system and subsystem design, fabrication, and testing; SwRI processors have flown on more than 30 space missions w/o on-orbit failure
• Planetary Science Directorate (Boulder, CO): basic observational, modeling and theoretical research; active in scientific and instrumentation components
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Full Spectrum Space Asset Development
Science Missions
• Large and Small Mission Program Management and/or Mission Systems Engineering
Payload & Instruments
• Science, technology
driven development
• Wide-spectrum of
missions
• Payload integration
and accommodation
Mission Operations
• Mission design and
orbit determination
• Spacecraft
commanding
• Science data
processing &
distribution
Courtesy ESA/Astrium
Ltd.
Spacecraft
• Developed advanced concepts for
small, nano, and CubeSat class
vehicles
Spacecraft Avionics
• Turn key spacecraft
processing solutions
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• The Rosetta Stone was the key to deciphering Egyptian hieroglyphics
• Rosetta can be the key to our understanding of the origin and evolution of the
Planetary System
• Rosetta launched: 2 March 2004, flew to Comet 67P/Churyumov-Gerasimenko,
arrived in August 2014
• A small Lander, Philae, was deployed onto the comet – NOVEMBER 2014
• SwRI Contributed the IES Instrument and the ALICE UV Imager
ROSETTA - The Comet Mission
Alice – Ultraviolet Spectrograph
IES - ION Electron Spectrometer
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DEEP IMPACT - Mission Details
• 6-year NASA mission funded November 1999
• To create crater and observe impact of collision with comet
• Impacted Comet Tempel 1 on July 4th, 2005
• SwRI Role: Avionics, Software, Power Distribution
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DEEP IMPACT: SwRI Contribution
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2011 Mars Science Laboratory
Search for habitable environments, and
signs of building blocks of life
• Remote sensing instruments (beyond MER)
• Contact Instruments (beyond MER
capabilities)
• Analytical Instruments (new: biogeochemistry,
mineralogy, isotopes… “following the Carbon”)
• Precision landing an order of magnitude better
than MER, and including some degree of
hazard detection/avoidance
• Several km roving and science research
capability, enabled by nuclear power
(mm-RTG)
• Launched 11/11
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Mars Science Laboratory (MSL) Curiosity
• Size of a MiniCooper
• Remote Controlled
• 9 Science Instruments on Curiosity
• I Helped Design a Radiation Detector (RAD) Help make sure Astronauts Can
Survive on Mars
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RAD Instrument
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SwRI Contribution to MSL – Radiation
Assessment Detector (RAD) with Window
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• Measure Radiation Environment from launch to operations on Mars in preparation for manned missions
• Less than 2 kg (4.4 lb)
• Less than 5 watts power consumption
• Survive Launch Environment (Vibration, Thermal, etc)
• Operate, failure free, for 5 years
• Meet planetary protection guidelines
• Many More Requirements
• ~$16M before science operations (~1/3 of that contributed from European Space Agency, Germany’s DLR (their NASA) and in collaboration with University of Kiel, Germany)
Radiation Assessment Detector (RAD)
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CURIOSITY ROVER SELF IMAGE
SwRI RAD Window
PASS THE POTATOES!!!!
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RAD Instrument – Detector Technology
• RAD utilizes scintillating detectors and solid state detectors to measure radiation types and energy levels
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Pre Launch Test Requirements (a few of them)
RSH PU Functional Test
RSH PU Fab/Assy
RSH PU Perf. Testing
Deliver PF RSH To SwRI
REB EM Functional Test
REB EM Fab/Assy
REB EM EM Emissions
RAD EM Integration
RAD EM Complete
REB FM Functional Test
REB FM Fab/Assy
REB FM PF T/C
RSH FM Functional Test
RSH FM Fab/Assy
RSH FM PF T/C
RAD FM Integration
RAD FM EMI/EMC
RAD FM Perf. Baseline
RAD FM PF Vibe (7.9 grms)
RAD FM FA T/V (-55/+70)
RAD FM Calibration
RAD FM Complete
RAD EGSE
RAD EGSE
EM RAD BNL Characterization
RAD FM PF Shock/Acoustic
PER TRR Prior to Each Env. Test
Engineering (Prototype) Unit
Flight Unit
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RAD VIBRATION Test – ENGR/TECH/MORE
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RAD Thermal Vacuum Test – ENGR/TECH/MORE
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MSL Top 3 Science Discoveries – First Year
#1. A Suitable Home for Life
Ancient Mars could have the right chemistry to have supported living microbes. Curiosity
found carbon, hydrogen, oxygen, phosphorus and sulfur – key ingredients necessary for life
– by studying many rocks that formed in water. The first sample from inside a rock also
revealed clay minerals and not too much salt, which suggests fresh, possibly drinkable
water once flowed there.
#2. Evidence of an Ancient Streambed
Smooth and rounded rocks found by Curiosity likely rolled downstream for at least a few
miles. They look like a broken sidewalk, but they are actually layers of exposed bedrock
made of smaller fragments cemented together. They tell a story of a steady stream of
flowing water about knee deep.
#3. Radiation Could Pose Health Risks for Humans
The Radiation Assessment Detector (RAD) instrument on Curiosity found
that two forms of radiation pose potential health risks to astronauts in
deep space. One is galactic cosmic rays (GCRs), particles caused by
supernova explosions and other high-energy events outside the solar
system. The other is solar energetic particles (SEPs) associated with
solar flares and coronal mass ejections from the sun. NASA will use Curiosity's data to design missions to be safe for human explorers.
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http://mars.nasa.gov/msl/
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MSL How to get to Mars Video
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MSL Soup to Nuts Video
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MSL Digging in the Dirt Video
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Cool Video Kids Like – Engineers at Work
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If I can do it…anyone can…especially you!
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Any questions?