Upcoming EventsAug22Fri10:00 am Engineer It! Weekend: Dream it. Make it. Move it. @ Pacific Science CenterEngineer It! Weekend: Dream it. … @ Pacific Science CenterAug 22 @ 10:00 am – Aug 23 @ 6:00 pmEngineer It! Weekend: Dream it. Make it. Move it. at Pacific Science Center. Engineer It! Weekend is presented in partnership with NCEES. Please stay tuned [...]Sep6Sat9:30 am Engineers as Educators – September 2014 @ North Seattle Boys & Girls ClubEngineers as Educators – Septemb… @ North Seattle Boys & Girls ClubSep 6 @ 9:30 am – 1:00 pmFRESH ACTIVITIES FOR 2014…Join us again! Visit our website! When: Saturday September 6, 2014 from 9:30 AM to 1:00 PM PDT…PIZZA and BEVERAGES PROVIDED! [...]Sep20SatOct8Wed7:30 am PNAA Defense, Space & Security Expo @ Museum of FlightPNAA Defense, Space & Security Expo @ Museum of FlightOct 8 @ 7:30 am – 6:00 pmDefense, Space & Security Conference October 8, 2014 at the Museum of Flight As governments around the globe reconfigure budgets to match new defense [...]Nov1Sat8:00 am 2014 PNWAIAA Rising Leaders Forum in Collaboration with PNAA @ Future of Flight2014 PNWAIAA Rising Leaders Foru… @ Future of FlightNov 1 @ 8:00 am – 4:00 pmVISIT SYMPOSIUM PAGE Join the Planning Committee8:00 am Innovation @ the Edge: Tech Symposium 2014 @ Future of FlightInnovation @ the Edge: Tech Symp… @ Future of FlightNov 1 @ 8:00 am – 4:00 pmVISIT SYMPOSIUM PAGE Innovation @ the Edge: Tech Symposium 2014 Saturday November 1, 2014 at Future of Flight, Paine Field in Everett. Non-Members: $90.00 [...]Nov15SatJan17SatFeb10Tueall-day PNAA’s 2015 Aerospace Conference @ Lynnwood Convention CenterPNAA’s 2015 Aerospace Conference @ Lynnwood Convention CenterFeb 10 – Feb 12 all-dayMore details to come.
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REPORT FROM Michael VanderPutten and Ian Finn at Oregon State…Congrats!
Last month in Green River, Utah, the Experimental Sounding Rocketry Association (ESRA) held its 9th annual Intercollegiate Rocketry Engineering Competition (IREC). The competition challenges university students to design, build, and launch a rocket capable of ascending a 10 pound payload of sensors and experiments to a target altitude. This year, the basic category altitude was 10,000 feet AGL, with the advanced category rockets targeting 25,000 feet AGL. Points are awarded for flight performance, presentation, payload design, and the percentage of the rocket designed and built by students.
This was Oregon State University’s first year competing in the basic category of the competition, and they had high hopes for success. With the support of the OSU AIAA branch, industry sponsors from around the PNW, a team of around 10 undergraduate students, and twelve senior capstone members, the team was able to develop a very successful first attempt at a sounding rocket. Weighing in at just over 53 pounds, and with a length of 10 feet,Terminal Gravity was one of the larger rockets entered into the basic category. The team was able to test Terminal Gravity before launching with the help of the Oregon Rocketry club, and the landowners of the Brothers, OR launch site. During test launches, the rocket reached peak altitudes of 9,200 feet, and 10,800 feet, and had a few kinks to work out.
During competition, the OSU rocket flew beautifully, with a maximum altitude of 10,280 feet, and a flawless dual deployment recovery. The team was able to come away with a first place award from both the basic category, and the payload competition. Next year, the team hopes to compete in the advanced category, and begin development of a hybrid motor system for future rockets.
Do you know of a PNW AIAA member who has contributed to our industry over the last year? If so, the PNW AIAA Section would like to recognize him/her.
Engineer of the Year awards are made in five categories. Click the links to view or download detailed description and nomination form:
- Industry Engineer of the Year
- Government Engineer of the Year
- Young Engineer of the Year
- Aerospace STEM Outreach Engineer of the Year
- Educator of the Year
Click here for nomination guidelines.
Nominations are due by Monday, June 2, 2014. Awardees will be recognized at the annual Section Banquet on Thursday, June 26, 2014.
Contact with any questions.
We will host AIAA member Mr. Dan Dolan, President of Moonbase Builders. Mr Dolan is also the President of A-Boy Electric & Plumbing, a family-owned hardware company, along with Globe lighting in Seattle.
He will describe the concept his company has developed for a commercial moonbase,
We have reserved the upstairs room at the North Portland Library and the meeting may continue in the Chapel Pub across the street afterwards.
May 12, 2014 @ 6:00 pm – 8:00 pm
North Portland Library: 512 North Killingsworth Street, Portland,OR 97217
Opportunity to get in the schools and to do some STEM outreach.
Jane Addams K-8 is in need of science fair project judges on May 22nd, from 8:30am – 1pm.
Come be part of a fun event as you peak into the developing minds of middle school students! A training session will walk you through the use of the scoring sheet and answer any questions you have about scoring. Coffee, morning snacks, and pizza lunch provided. Projects are displayed by grade level and you can either choose one or be assigned to one.
Students will not be present during the judging time. Qualifying projects will compete in the Seattle District Science Fair on June 5th, at The Museum of Flight. Contact our Science Specialist, Christine Benita, at firstname.lastname@example.org, 206-252-4517, if you are available to help judge the projects.
Here’s an excellent opportunity for anyone interested in mentoring and filling a known need in the community. They are looking for instructors/mentors to supplement and sustain the people who started the program. Please consider getting involved if you can. To volunteer or find out more details, please contact Dave Jones at email@example.com. Thanks!
From Dave Jones:
Fred Quarnstrom, a fellow Boeing Flying Club member pilot and Museum of Flight docent, and I started the Fly to Learn program at Rainer Vista in February of 2012. We had discovered the Fly to Learn program at the Experimental Aircraft Association Oshkosh Air Show in summer 2012. It appeared to be a fun way to introduce kids to physics principles of flying and we both were users of the XPlane flight simulator program. Fred is a member of a local Rotary Club and he was successful in gaining the club to purchase copies of the Fly to Learn program disks for Rainier Vista.
We run the program one day a week, with back to back one hour sessions, the first for middle school and high school students, and the second hour for elementary grades 3 to 5. It is a ‘drop-in’ program, so we have a different mix of kids each week, which can be challenging. There are continually new kids coming in to try the program for a first time, along side others who have been semi-regular attendees. We have usually 2 to 4 of the middle and high school students for the first hour, while the younger group varies from 5 to over 12 at times. With only Fred and I to provide explanations, answer questions, and to reboot computers, we have our hands full at times. The kids really like the program. The younger group literally break the door down at the start of the session, running in to get a computer to start flying.
Until very recently Fred and I brought our own Apple laptop computers in for the program each week. Between us we have 5 computers, which has usually meant that the younger kids have to partner up and trade-off flying. To improve the situation Fred used his contacts to obtain 8 new laptops from Microsoft. We have just recently completed installing software and configuring the computers, and have begun introducing them to the program. We are still in the de-bugging phase of the introduction of these machines. When we have successfully worked through the bugs we are experiencing we will be in a much improved learning environment, for both the kids and ourselves.
We are loosely following the lessons in the fly to learn curriculum. For beginners we demonstrate how to take-off the C-172, and then have the kids complete a worksheet of flight lesson tasks that include take-off distance measurements, stalls, level flight circling, and landing distance measurement. When they complete the worksheet the kids are awarded an airplane model that we purchase from the Museum of Flight store. To date we have awarded over ten models. For the middle and high school kids we have introduced plane maker and they have worked on changing aspect ratio in chapter 7.
With a year of experience with the program and the new laptops now providing a more stable learning environment, we are working to introduce a more stable, repeatable program to the kids. To do that one of the things we need badly are more instructor/mentors to supplement Fred and I.
BOISE STATE UNIVERSITY
April 2, 2014 @ 3:30 pm – 5:00 pm
Please come and hear a lecture by Karl Rein-Weston from The Boeing Company. He will be discussing lessons he’s learned throughout his career about innovation.