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plan to implement research into your future career, if possible? Yes, of course, in a Ph.D. program, I’ll have to do research. After that, who can say? In my future career, I hope to research and develop new syntheses and novel drugs based on natural products that can be used for treating neurodegenerative diseases like Alzheimer’s and Parkinson’s disease. A key part of my future career will be doing research and developing new syntheses. What made you pursue the IHON-Oxford Program? I really

to implement research into your future career, if possible? Yes, of course, in a Ph.D. program, I’ll have to do research. After that, who can say? In my future career, I hope to research and develop new syntheses and novel drugs based on natural products that can be used for treating neurodegenerative diseases like Alzheimer’s and Parkinson’s disease. A key part of my future career will be doing research and developing new syntheses. What made you pursue the IHON-Oxford Program? I really wanted

studied and interned with the Instituto Cultural Oaxaca, the nonprofit aligned with EnVia. Mulder originally met with EnVia’s director, Carlos Topete, during a PLU trip to Oaxaca last fall and has been in touch ever since regarding marketing ideas for the women’s products. And now, said Wang Center for Global and Community Engaged Education Executive Director Tamara Williams, a Business student will join the Oaxaca program in Fall 2015 to intern at EnVia and continue the work. The prize money from the

. Despite learning online, the lessons stuck. “The goal of Innovation Studies is to help us be creative and multiply our impact through teaming and social initiatives,” she said. “I was hooked!” Lund continued to experiment with clothing design and her friends began to notice. During Winter 2020, she decided to advertise some of her hand-made products to people in the Oslo area. The response was strong enough that she launched Elskthestudio.com, a clothing business focused on women’s fashion and

us. Boeing has shaped the course of human history through aerospace innovations. Today, because of our amazing people and powerful technologies, our products connect the globe, protect freedom, and advance scientific discovery around the world. From the depths of the ocean, to Mars and beyond, we’re inspiring the next century of explorers – we invite you to join us on the journey ahead! As an intern at Boeing, you’ll gain hands-on experience, learn from experts, and collaborate with teams that do

us. Boeing has shaped the course of human history through aerospace innovations. Today, because of our amazing people and powerful technologies, our products connect the globe, protect freedom, and advance scientific discovery around the world. From the depths of the ocean, to Mars and beyond, we’re inspiring the next century of explorers – we invite you to join us on the journey ahead! As an intern at Boeing, you’ll gain hands-on experience, learn from experts, and collaborate with teams that do

wanted to support the sciences.“George sort of felt like he owed his success and his career to PLU,” said Lauralee Hagen, senior director of advancement. “He was very nostalgic about professors and his here and really wanted to do something to give back.” Hagen worked with the Longs to secure an endowment fund that supports two to three student internships in the natural sciences each summer, as well as an annual lecture. This is the second year that the George and Helen Long Science, Technology and

decisions, and that reduces risks associated with FDA-regulated products. Discipline(s): Physics (All) Life Health and Medical Sciences (All) Mathematics and Statistics (All) Other Physical Sciences (All) Engineering Bioengineering and Biomedical Engineering Chemical Engineering Engineering Sciences Nanotechnology (All) Computer Sciences Scientific Computing and Informatics Find out more and apply at:  https://www.zintellect.com/Posting/Details/3732 Read Previous Undergraduate Summer Research Program in

and I do in our experiments actually bears many parallels to cooking. By varying the amounts or types of ingredients, the order we add them to the pot, and the time and temperature we heat or cool them, we work to eventually perfect the finished dish – the target compound. Safety goggles aren’t powerful enough to actually let us see compounds we make. And, unlike the chemists of the early 1900s, we don’t taste our products in the lab anymore, either. We must use special instruments to help us “see

You’re invited to the Washington Clean Energy Testbeds Student Open House! Posted by: alemanem / November 11, 2019 November 11, 2019 Serving undergraduate and graduate students from various science and engineering departments, the Washington Clean Energy Testbeds is a lab focused on transitioning scientific breakthroughs into innovative products. The instrumentation and tool sets used are focused on enabling successful and efficient cleantech product prototyping and scale-up. The Testbeds have