That’s the message of Spare Parts: Four undocumented teenagers, one ugly robot, and the battle for the American dream. This new book by Joshua Davis (FSG Originals, 2014) recounts the work of four high school students who, according to a January 10 story in New Scientist, “live in a run-down suburb of Phoenix, Arizona, with barely a legal immigration document between them.”
Despite their unpromising background, they completed in a NASA-sponsored underwater robotics competition, going up against MIT and other academic powerhouses.
The story, first reported by Joshua Davis in a 2004 issue of Wired, is now a book, and will soon be a movie.
For STEM faculty and students looking for ideas and inspiration, there’s a wealth of information about the project and the students’ dedicated teachers:
Here’s the original 2004 Wired Magazine story: http://archive.wired.com/wired/archive/13.04/robot.html
Wired magazine has an interview with the teachers here: http://www.wired.com/?p=1703075
(Here’s a sample of the magazine’s Q and A:
WIRED: What could WIRED readers do to help you?
Lajvardi: Elect school board members who aren’t so focused on test metrics.)
Finally, this is a short story about the upcoming movie: http://www.wired.com/2014/12/spare-parts/
The National Science Foundation is inviting proposals to support innovation in undergraduate math instruction during the first two years of college. According to a recently released Dear Colleague Letter (DCL), the goal is to strengthen academic success in core math courses for students interested in pursuing STEM degrees. Projects will be funded as supplements to existing awards. Specifically:
“Researchers are invited to submit supplemental funding requests for existing awards; to use the EArly-concept Grants for Exploratory Research (EAGER) funding mechanism, which supports exploratory work in its early stages on untested, but potentially transformative, research ideas or approaches; or submit proposals for conferences to support the following types of activities:
- design and development work to pilot innovations with high impact potential for helping students learn the mathematics generally taught in the first two years of both 2-year and 4-year postsecondary institutions
- conferences in 2015 on using research to improve student success in the mathematics generally taught in the first two years in the first two years of college.”
This DCL will be in effect until May 1, 2015. Tribal Colleges and Universities Program Director Dr. Jody Chase emphasized that this DCL represents an opportunity for tribal and native serving colleges, which focus on undergraduate instruction.
For more information see the full text of this Dear Colleague Letter at http://www.nsf.gov/publications/pub_summ.jsp?ods_key=nsf15026
Until recently, many American Indians living on the nation’s poorest and most isolated Indian reservations did not know what engineering was or what engineers did. Aside from associations with locomotives, engineering was a mysterious and inaccessible profession.
That is starting to change, however. Thanks to a National Science Foundation-funded initiative, Indians enrolled in tribally controlled colleges, along with native Hawaiian students enrolled in their state’s public community colleges, now have an opportunity to learn about engineering-related professions, earn pre-engineering degrees within their home communities, and seamlessly transfer to schools of engineering in mainstream universities for completion of four-year and graduate degrees.
Those are some of the findings from a recent gathering of faculty and program directors affiliated with the soon-to-be completed Pre-Engineering Education Collaboratives (PEEC) program. Working with native-serving colleges in four states–Wisconsin, North Dakota, South Dakota and Hawaii– the initiative supported development of pre-engineering degree programs in reservation communities and established affiliations with mainstream university partners. That goal was to nurture interest in engineering professions, promote academic success within two-year institutions, and encourage the successful transfer of Indian and native Hawaiian students to partnering universities.
Outcomes are still being evaluated, but preliminary findings discussed at the workshop suggest that the program increased interest and access to engineering degree programs. In the process, the program also promoted student success in difficult math and science “gatekeeper” courses, enriched the variety and quality of STEM courses in tribal colleges, and promoted professional collaboration between faculty at tribal, native-serving, and mainstream institutions. Because of PEEC, several reservations now have a small but growing cadre of tribal members with engineering degrees–men and women who are able help guide the development of their communities and serve as role models for the next generation of students.
Detailed findings will be discussed in an upcoming report. Preliminary outcomes are summarized by the various collaboratives in the following PowerPoint presentations:
The 2014 Pre-Engineering Education Collaboratives workshop will be held December 16-17 at the Embassy Suites in Minneapolis. The focus of this year’s gathering will be on discussing and documenting outcomes of the NSF-funded effort. It will be a rich conversation and we are looking forward to your presentations.
The full agenda is available here: 2014 PEEC Workshop agenda
Tribal colleges are often viewed as under-resourced institutions that must do more with less; they have smaller campuses, fewer books, less equipment for teaching and learning. This image conforms to a widely held view, often reinforced by those of us who advocate for the movement, that tribal colleges succeed despite their limited funding.
There is truth to this image, at least in the past, and it remains true for some of the newest and smallest colleges that are just beginning to develop their capacity, especially in STEM fields.
But this stereotype can mask the remarkable development of some other colleges. After spending four days at Salish Kootenai College on the Flathead Reservation of western Montana, the main impression offered a visitor is not poverty, but the strength of the institution and the quality of its learning resources.
Two images come to mind as I look back on the visit. First was the life sciences program where I was shown lab facilities that were, frankly, far more sophisticated than anything I have seen at similarly-sized mainstream liberal arts colleges. A faculty member agreed that it was impressive and told me that I would probably have to visit a government research laboratory to find comparable facilities.
And what where they doing with all of this equipment? Research—and lots of it. Petri dishes were being observed, pathogens isolated, the source of a water-borne infection was being located. The hallways were filled with posters, produced for various research conferences. Students barely acknowledged my presence as they tapped on computers and peered into microscopes. Serious science was underway.
Meanwhile, in nearby building, down a secured corridor, I was shown a current project led by the college’s computer science program. Inside a Plexiglas compartment, kept clean with a flow of filtered air, were the various parts of a satellite, nearly ready for assembly. It was a surprisingly small object—a metal cube that would, when completed, fit into my hand. But it required $30,000 of highly specialized parts, some of which were designed and assembled on campus, as well as months of exhaustive testing—and equally exhaustive paperwork–to meet strict NASA guidelines.
If all goes as planned, it will be shot into space and circle the globe for the next ten years, sending back photos and weather data that students will collect and monitor from their own mission control center.
These projects—and many others—illustrate that tribal colleges should not be viewed as institutions that must somehow overcome the handicap of being Indian-controlled. Rather, the opposite is true: STEM students are clearly getting an education that is self-evidently superior to most programs within mainstream colleges. Here, undergraduates enjoy access to better equipment, personal attention of faculty, and the support needed to conduct real—and really impressive—research.
I left the college vowing to myself that I would bury the “little engine that could” speech. This is the story of excellence.
So what are the challenges? STEM faculty widely discuss the hard work of student recruitment. STEM program development has, to some degree, operated on the hope that “if you build it, they will come.” This strategy works to some extent—the computer science program supports about ten students at the moment–but it appears that more is needed to bring a greater number of Native students into the exciting programs Salish Kootenai College has to offer and help them succeed academically.
The conversation also introduced other challenges: the limited number of STEM faculty, the difficulty of faculty recruitment (especially when tenure is not offered), and the uncertainty of soft money funding.
These are some of the issues that need to be acknowledged and addressed. But one thing is clear: When students are recruited, they will get the highest quality education available within the Academy. That, I was reminded, is the new story of the tribal colleges.
Paul Boyer is editor of Native Science Report. He is the founding editor of the Tribal College Journal and has authored five books and reports about Indian controlled colleges for the Carnegie Foundation and the National Science Foundation.
The National Science Foundation will continue to support tribal and native-serving colleges, according to leaders within the federal agency. However, colleges that have already received substantial support in the past will be encouraged to pursue new funding opportunities related to documenting the impact of their educational work.
That’s one of the key findings in a newly published report outlining the history, impact, and future of the National Science Foundation’s Tribal Colleges and Universities Program (TCUP). Summarizing two days of presentations and discussions during the 2014 TCUP Leaders’ Forum, held earlier this year in San Antonio, Texas, the12-page publication stressed that the National Science Foundation’s commitment to the tribal colleges remains strong. However, it also noted that colleges must also look beyond capacity building as it pursues funding opportunities.
The report summarized the challenge this way:
“Representatives of the National Science Foundation candidly explained that the Foundation’s mission is not to indefinitely sustain core operations of a college or university. once capacity has been built or a program has been developed, project-specific funding ends. However, research into educational outcomes offers new options for continued engagement with the NSF, [TCUP Program Director Dr. Jody] Chase proposed. “When they get to the point where they no longer need to implement a new degree program then this is an area they might want to look into,” she said. “I view it as a kind of graduate degree.” It is an opportunity for colleges that are ready to move into the next phase of their development.”
The document identifies several possible research questions.
Copies of the report have been mailed to TCUP-eligible institutions. An electronic copy is available here: TCUP Leaders’ Forum Report
The National Science Foundation is inviting tribal colleges to participate in the 2014 Symposium on Undergraduate Research in TCUP, planned for August 18.
Tribal college faculty and students interested in participating in this event should send an abstract (not exceeding 500 words) to Ms. Shanelle Clay (see email address in the attached flyer). Please indicate whether you are planning to do a poster or an oral presentation.
The symposium will be held at the National Science Foundation in Arlington, Virginia. Airfare and per diem reimbursements will be provided.
As government funding for research shrinks, the nation’s research agenda is increasing shaped by billionaire entrepreneurs willing to invest large sums in science–especially science that reflects their personal interests.
That’s the conclusion of a recent New York Times story investigating the the growing “privatization” of science funding. Increasingly, researchers are depending on the deep pockets of Microsoft’s Bill Gates, Google’s Eric E. Schmidt, and Oracle’s Lawrence Ellison for work that, in the past, was conducted by government labs and or with federal dollars.
“This is philanthropy in the age of the new economy — financed with its outsize riches, practiced according to its individualistic, entrepreneurial creed,” summarized writer William Broad. “The donors are impatient with the deliberate, and often politicized, pace of public science, they say, and willing to take risks that government cannot or simply will not consider.”
Some applaud the willingness of the wealthy to finance cutting edge research, but critics worry that money only goes to “sexy” issues (like space exploration) and supports a narrow range of social concerns (such as environmental concerns), while ignoring “boring” fields like physics and most basic research.
Equally worrisome is the preference for supporting work conducted by the largest and most prestigious universities at the expense of smaller institutions. This can undermine “efforts to foster a greater diversity of opportunity — geographic, economic, racial — among the nation’s scientific investigators.”
What does this mean for tribal colleges? Does it represent an opportunity for tribal and native-serving colleges–institutions that might engage the interest of socially-aware billionaire-philanthropists? Or will Native Americans be among the losers as research becomes a project of the wealthy and not a matter of the public good?
Read the full story here:
Bill Gates in 2005. Photo by Mohammad Jangda at the University of Waterloo.
Friends at the University of Alaska’s Bristol Bay campus sent us their latest newsletter, which spotlights some interesting research activities in environmental studies and green design. It’s an inspiring overview of what is possible in even the remotest regions of the country.
Here’s the pdf: BBESL-Newsletter-Spring-2013-final
Here’s an opportunity for your students:
The University of Idaho is inviting applications for an integrated graduate education and research traineeship focusing on water resources and climate change. Masters students “with a background in the water sciences, environmental science, ecology, climate science and related fields” are encourage to apply to this five year doctoral program. “Exceptional” baccalaureate students will also be considered.
According to the program web site, the NSF-funded program will allow students to “study impacts of climate change and population dynamics on physical, ecological, and socio-economic systems, and integrate these to formulate proactive adaptation scenarios for the Columbia River Basin.”
For more information: http://www.uidaho.edu/cogs/envs/water-resources/igert