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of ivy from the hillside. Chris Treasure, a freshman from Spanaway, said that this On the Road adventure held the same pull for him. “I like to give back to the community,” said Treasure, who plans on declaring a chemistry major. PLU work parties such as this one have been working with the Puget Creek restoration society for the last decade or so, pulling out the weeds, replanting and doing the scut work needed to bring this once flourishing stream back to life, Hansen said. And even though
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when he was 14 and has called the Pacific Northwest home ever since. He said he chose PLU because he liked the liberal arts aspect, and he wanted to study science. “I saw them as a nut to crack in some ways,” Malloy said. “I wanted to challenge myself.” Malloy, who double-majored in Chemistry and Computer Science, credits PLU with propelling him onto his career path. “I probably wouldn’t have gone to Guatemala if I hadn’t gone to PLU, and then I wouldn’t have gone to Columbia University or married
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Symposium uplifts collaborative student-faculty research Posted by: Kari Plog / April 3, 2017 Image: Mackenzie Deane and Associate Professor of Chemistry Tina Saxowsky work in a biology lab at PLU. (Photo/John Froschauer) April 3, 2017 By Brooke Thames '18PLU Marketing & CommunicationsTACOMA, WASH. (April 3, 2017)- Pacific Lutheran University is aiming to increase visibility of student-faculty research across campus with its first Undergraduate Research Symposium on April 8. Previously, an
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and fishing outdoors, and it’s cool to be out there,” he says. Environmental science tied Chontofalsky’s passion for science and nature in a new way. “People look at Wapato Lake and wonder, ‘Why is this water so clear?’” he says, and now Chontofalsky can explain the chemistry of water treatment and the lake clean-up process. “It’s just been a cool experience,” he says. Read our full profile of Tom Chontofalsky. The Creative CuratorClarissa Gines ’12 was one of the first students to graduate with
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academic departments (Biology, Chemistry, Computer Science, Earth Science, Mathematics, and Physics) as well as PLU’s Pre-Health Sciences and Dual-Degree Engineering advising programs. Her role also includes the directorship of the NSSURP and the position of Responsible Administrator (RA) for the Tacoma/South Puget Sound MESA Program. She also serves as co-principal investigator of PLU’s STEM Scholars Program, which provides scholarship, curricular, and cocurricular support to low-income STEM students
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academic departments (Biology, Chemistry, Computer Science, Earth Science, Mathematics, and Physics) as well as PLU’s Pre-Health Sciences and Dual-Degree Engineering advising programs. Her role also includes the directorship of the NSSURP and the position of Responsible Administrator (RA) for the Tacoma/South Puget Sound MESA Program. She also serves as co-principal investigator of PLU’s STEM Scholars Program, which provides scholarship, curricular, and cocurricular support to low-income STEM students
Office HoursMon - Fri: -Area of Emphasis/Expertise -
the All Saints students—especially the way so many of them seemed to know what they wanted to major in in college: theater, chemistry, mortuary science, psychology, chemical engineering, sociology, business, communication, English, economics, and history. The Principal of All Saints, Ms. Carla Sarauw, and the College Counselor, Ms. Dena Langdon, stressed how much it meant to them and the whole school to have close connections to PLU, and Dena pointed out to the group that “It looks like PLU could
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Aminda Cheney-Irgens ’20 on her chemistry and Hispanic studies double major, research in Puerto Rico, and preparing for graduate school Aminda Cheney-Irgens is a smart, driven, and globally-minded Pacific Lutheran University senior who, like her peers, spent her spring adjusting to a new way of doing college. She’s learned to record Zoom lessons, sharpened her Google Docs skills, and misses the real-life campus interactions. She’s… May 20, 2020 Alumni, Internships, Career
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chemistry and pure research when she became involved in this project, into which she poured an estimated 100 hours’ worth of work by the time she graduated. She will be going directly into a chemistry Ph.D. program at the University of Washington in the fall. “I’m so qualified to be in that program, and this has really helped,” Stein said of her project. Nataly Meyer ’13 and McKenzie Allen’s ’13 student-teaching capstone led to an opportunity to travel to a remote region of Alaska, where they taught at
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. “Multifunctional 3D Nanoarchitectures for Energy Storage and Conversion,” Rolison, D.R.; Long, J.W.; Lytle, J.C.; Fischer, A.E.; Rhodes, C.P.; McEvoy, T.M.; Bourg, M.E. and Lubers, A.M. Chem. Soc. Rev., 2009, 38, 226-252. “Multifunctional carbon nanoarchitectures as designer platforms for energy storage and conversion applications.” Long, J.W.; Lytle, J.C.; Bourg, M.E.; Fischer, A.E. and Rolison, D.R. Polymer Preprints (American Chemical Society, Division of Polymer Chemistry), 2008, 49, 550-551. “Self
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