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Research in Interdisciplinary STEM Education (RISE) Posted by: nicolacs / February 1, 2023 February 1, 2023 Research in Interdisciplinary STEM Education (RISE) (https://labs.wsu.edu/rise/) is a 9-week residential summer research experience at Washington State University, targeted to undergraduate students in chemistry, education, life sciences, mathematics, or physics.  Participants will join interdisciplinary teams mentored by WSU faculty to investigate STEM learning across formal and informal

able to study abroad all of last year, which was really amazing and something that I would not really have been able to fit in as easily as a STEM major,” Jackie said. During her PLUS Year, Jackie was able to attend chemistry classes in person, turn her math minor into a major, and complete a minor in Hispanic Studies. After two summers working in Dr. Dean Waldow’s chemistry lab, where students have been working to synthesize a solid polymer electrolyte for use in lithium-ion batteries, Jackie

to study abroad all of last year, which was really amazing and something that I would not really have been able to fit in as easily as a STEM major,” Jackie said. During her PLUS Year, Jackie was able to attend chemistry classes in person, turn her math minor into a major, and complete a minor in Hispanic Studies. After two summers working in Dr. Dean Waldow’s chemistry lab, where students have been working to synthesize a solid polymer electrolyte for use in lithium-ion batteries, Jackie

nuclear spins are oriented by a magnetic field and then radio frequency waves are emitted that can tell how atoms within a molecule are connected, as well many as other types of information,” said Waldow. On a less technical level, this means that scientists and undergraduate students who will use the machine, will be able to learn about the polymer used to make a wing on a Boeing 787, Waldow added. Pharmaceutical companies use these devices. So can biologists trying to discern what chemicals are in

abroad all of last year, which was really amazing and something that I would not really have been able to fit in as easily as a STEM major,” Jackie said. During her PLUS Year, Jackie was able to attend chemistry classes in person, turn her math minor into a major, and complete a minor in Hispanic Studies. After two summers working in Dr. Dean Waldow’s chemistry lab, where students have been working to synthesize a solid polymer electrolyte for use in lithium-ion batteries, Jackie realized one of her

March 22, 2010 Starkovich named provost By Greg Brewis Steven P. Starkovich has been named provost and dean of graduate studies through the 2011-12 academic year. Provost Steven P. Starkovich He had been serving as acting provost this year during the sabbatical leave of Patricia O’Connell Killen. She is returning to her alma mater to become academic vice president at Gonzaga University in Spokane. Starkovich first came to PLU in the fall of 1992 to teach one course in the physics department as

Hadware Engineer, Ouster Alex Wert Manufacturing Engineer, Telephonics Jordan Crist Senior Engineering Manager, MKS Instruments Morgan Bergstrom Rotational Engineer, Gates Corporation Jennifer Buechler Engineering Manager, Medtronic Sam Roland Analytical Chemist, Nike Adam Golfman Analytics Engineer, Intel Tiphanie Pfefferle Synthetic Chemist, Cascade Chemistry Can’t make it?   I’m happy to book 1:1 appointments – lynde@uoregon.edu Academic Requirements: Students with backgrounds in chemistry, physics

Hadware Engineer, Ouster Alex Wert Manufacturing Engineer, Telephonics Jordan Crist Senior Engineering Manager, MKS Instruments Morgan Bergstrom Rotational Engineer, Gates Corporation Jennifer Buechler Engineering Manager, Medtronic Sam Roland Analytical Chemist, Nike Adam Golfman Analytics Engineer, Intel Tiphanie Pfefferle Synthetic Chemist, Cascade Chemistry Can’t make it?   I’m happy to book 1:1 appointments – lynde@uoregon.edu Academic Requirements: Students with backgrounds in chemistry, physics

life.” For Bryson Baligad ‘18, who received a degree in physics during his three years at PLU and is now studying mechanical engineering at Columbia for his last two, the 3-2 program was a chance to get ahead of his peers. “I can definitely see that I’m more prepared than a lot of other students at Columbia because I have this strong foundation (in math and physics),” he said. “So a lot of the concepts that we’re learning right now actually don’t seem that unfamiliar.” Bryson Baligad ‘18 received a

the NSF grant and a recent partnership with the University of Washington, Waldow’s polymer experiments are being used to create organic transistors based on polymers. While batteries store energy, transistors control the flow of and amplify electric currents. They are crucial elements of nearly all modern electronics. Waldow and his team hope to find ways to improve organic transistors for possible use in biological and medical applications. “What’s really satisfying is to see students realize