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Can, a Plan,” which features a variety of recipes that can be made with a few simple ingredients, mostly canned goods. Major: applied physics and computer science Hometown: Sumner, Wash. Staple Food: cereal Specialty: biscuits and gravy or Kraft Macaroni and Cheese Where he gets his food-spiration: from “A man, a Can, a Plan” cookbook, on the rare occasion he cooks Where he gets his food: QFC or Sars Grocery List: cereal, milk, orange juice, beer, taquitos, and frozen pizza Breakfast: cereal and a

of projects we work on, and get the chance to explore the various engineering disciplines like electrical, mechanical, environmental, civil, and computer science engineering. WHAT CAN YOU EXPECT?   During the two hours, you will hear some very brief presentations and then spend most of your time in Zoom break out rooms interacting with engineers of your choice. WHEN AND WHERE?  We have two opportunities for you to participate. Simply click the Apply button above and register for your preferred

is to create a companion program that supplements a student’s major — a bridge from academia to the professional world. “Let’s say you have an art degree and you are a person who’s working on graphic design,” Halvorson said. “But maybe you don’t regularly meet with business or computer science students, and you want to develop a broader range of entrepreneurial skills. The Innovation Studies program is meant to help you achieve the career and leadership goals that you want out of your art program

three hours a night. Despite frequent team runs to Bigfoot Java, Duffy, a third-year computer science major, got sleep paralysis twice in 24 hours. Yet the stress and the fun go hand in hand. Madeline, a second-year physics major, particularly loved waiting for the problems to open and for the timer to go off. “And then it’s just violent brainstorming,” she added. “Every single room has eight whiteboards, and everyone is just spewing ideas. It is the most chaotic and one of the most creative times

lanthanides. Target synthesis and fabrication, including thin films and nanowires. Target characterization using techniques including: SEM, TEM, EDS, and ICP-MS. Designing and executing experiments to optimize unit process steps, device structures, process integration, and automation of the isotope production technology. Analyses and interpreting of experimental data and development of predictive computer models. Qualifications: Candidates should currently be pursuing or recently have completed a

than 270 diplomatic facilities worldwide. They develop, enhance, and manage interconnected, and secure IT networks and computer systems worldwide. They promote and safeguard the health and wellbeing of America’s diplomatic community. They are at the forefront of addressing some of the world’s most challenging issues like climate change, sustainable energy, global health, arms control, and nonproliferation. Women, people of color, LGBTQI+, individuals with disabilities, veterans, and interested

, and electrical & computer engineering. Students can choose to work on the theory that drives the development of new photonic materials that will enable quantum computing. Other labs work on integrating these new materials into devices at both the nano- and macro-scale. Program Dates: Vary by location (UW Program: June 20 – August 19, 2022; a ten-week program between May 30 – August 2022 at other sites) Application Open: December 17, 2021 Application Deadline: February 7, 2022 Stipend: $6,000 (or