The Clark Aerospace team launched its rocket, Little Penguin, at Spaceport America Cup competition in Las Cruces, New Mexico in June. It is the world’s largest IREC (Intercollegiate Rocket Engineering Competition) for student rocketry teams.  

Nearly 6,000 rocketeers on 158 teams hailing from 24 countries competed at Spaceport. Clark College was the only community college accepted to participate in the competition.  

Xiunu “Sophie” Lin, Ph.D., Professor of Physics and Director of Clark Aerospace Program, shared the team’s video with college staff in an email: “I’m excited to share a brief video that showcases the Clark Aerospace rocket team’s incredible journey to the 2023 Spaceport America Cup competition. This video provides a glimpse into our experience at the event and offers valuable insights into our participation.”  

• Watch the team’s video about their experience at Spaceport America Cup Competition here. 
• Read an earlier Clark 24/7 News story about the team’s rocket test launch in April here.  

Fall and winter: Building the rocket 

In October 2022, a team of six Clark students, an advisor, and a mentor was organized by the Clark Aerospace program to build a rocket for the 2023 Spaceport America Cup. 

Clark College Aerospace rocket team: 

• Students Tyler James Lawrence, Samuel Remus Banceu, Ethan Lloyd Walters, Vyacheslav Timofeyevich Lukiyanchuk, Osvaldo Monroy, and Vee Dunn 
• Mentor Jack Caynon, who guided and supported the team from beginning to end 
• Xiunu “Sophie” Lin, Ph.D., Professor of Physics and Director of the Clark Aerospace Program 

Rocket specs: 

• Name: “Little Penguin” 
• Length: 114 inches  
• Diameter: 5 inches 
• Weight: 39 pounds without a motor 

The team spent about six months building the rocket for the competition. After several flight test failures and rebuilds, eventually, they had a rocket ready for the competition. 

Spring: Test flight 

Every spring, the college’s Aerospace program travels to the scrappy sagebrush landscape of Brothers, Oregon, a premier launch site for high-altitude rocket projects, 40 miles east of Bend to launch their rockets in test flights. 

Clark Aerospace launched their rocket, dubbed “Little Penguin” on April 28 using an M1845 motor. According to the team’s simulations, the rocket with that motor could potentially reach a high point of about 16,000 feet (called “apogee” in rocket lingo).  

Little Penguin launched—and reached an apogee of about 12,000 feet, but the team quickly lost sight of it. Several hours later, the team located their rocket 11 miles from the launch site. It was banged up and hadn’t held up as well as they’d hoped. 

Dr. Lin said, “After the flight test at Brothers, we had to rebuild some parts of the rocket to make it stronger.” 

Spaceport America’s Cup 

Day 1 (June 18), Arrival:  

Clark Aerospace team flew to Las Cruces, New Mexico, and checked in at Spaceport. One Clark Aerospace student observed: “It was thrilling to finally meet so many young rocketeers who share the same passion and dream we have about space and technology.” 

Day 2, Project Presentation:  

Clark Aerospace showcased their rocket at Las Cruces Convention Center. The team’s rocket attracted much attention. Next, the team took their rocket through the flight safety review. Eventually, they were granted permission to fly the following day. 

The night before the launch, students worked in the garage of the Airbnb house to correct some minor issues identified during the flight safety review. Together, they prepared the rocket for the next day’s launch. 

Day 3, Scheduled Launch Day:  

Students worked on the rocket to earn the opportunity to launch the rocket on the first day and accumulate more points. They took the rocket to the flight readiness safety inspection, where the launch control officer reviewed their rocket. It passed the final safety check. They were cleared to take their rocket to the launch site.  

Unfortunately, strong winds picked up in the late afternoon. All launch events were suspended. Little Penguin would have to wait another day to fly. 

Day 4, Second Launch Day:  

The students awoke at 3 a.m. and lined up at the gate of the launch site at 6 a.m. Building their rocket in the early morning light, Clark Aerospace was in the first group of teams to set up the tent and work on their rockets. 

One student said, “We were trying all we could to earn an edge to compete with the four-year universities. There is not much difference between us and the students from four-year universities, as long as we are willing to work as hard, or even harder than them.” 

Just like the previous day, they lined up for the flight readiness safety inspection. They were given the green light to take their rocket to the vertical launch site, where they set up their rocket. Then they settled into the bleachers to watch Little Penguin fly. 

The launch site announcer said: “We’re looking at Clark College. This is a community college. It’s good to see community colleges participate. You don’t have to be a major Division 1 school. You just need students who have the passion and interest, a little bit of support from the community and the school. Clark Aerospace is launching from Pad B3. Skies are clear. LCO (launch control officer) is counting it down. Launching in 5-4-3-2-1!” 

The rocket lifted up. For this flight, the team had attached an M1419 motor. The rocket reached an apogee of 8,529 feet. Little Penguin was recovered about 200 feet away from the launchpad, a new record for the rocket team. 

Dr. Lin said, “Our program’s projects offer a valuable chance for students to voluntarily step up and take on responsibility, enabling them to delve deeper into their true potential and explore the possibilities of who they can become.” 

Spaceport America Cup by the numbers: 

• 5,913 rocketeers participating 
• 158 teams 
• 1,329 (22%) of participants were women  
• Students hailed from 24 countries on 6 continents  
  (Algeria, Argentina, Australia, Brazil, Canada, Denmark, Egypt, Germany, Greece, India, Italy, Nepal, Malaysia, Mexico, New Zealand, Poland, Romania, South Korea, Thailand, Turkey, Ukraine, United Arab Emirates, United Kingdom, United States) 

Next challenge: Spaceport 2024 

The next challenge for Clark Aerospace: Building their project to compete in the next Spaceport America Cup competition in June 2024. The team plans to make their own motor, build a six-inch diameter rocket, and compete in the SRAD (Student Researched and Designed) 10,000-foot category.  

Interested in joining? 

Clark Aerospace is looking for interested Clark students to join them. No prior experience with rockets is required.  

Clark’s Aerospace Club actively participates in science, technology, engineering, and math-based experiential project/aerospace design competitions, and students also attend launch events, museums, and aerospace-related activities. 

To learn more: Email clarkaerospace1@gmail.com 

Local high school students and some first-year Clark College students were immersed in hands-on experience in Science, Technology, Engineering, and Math fields during Clark’s STEM Pathways Camp on June 26 and 27 on the main campus. There was no cost for any students to participate in the camp, which was funded by Guided Pathways and Clark College Foundation.  

Each student had the opportunity to experience six different activities: 

• Bioplastics and Green Chemistry Design-Thinking 
• Compass, Pacing and Triangles (Surveying and Geomatics) 
• Thinking Embedded 
• Intelligent Transportation Design (Automotive Technology) 
• Native Bees (Biology) 
• 3D Printing (Engineering) 

Hands-on learning 

Students participated in hands-on STEM activities with college professors.  

In front of the STEM building, biology professors Steven Clark and Christine Gregor directed students as they conducted bee surveys in the Bee Garden. In groups of three, students walked a 200-foot transect and counted all the native bees and honeybees they could find. Above: holding a clipboard, Mel Lopez, who recently completed her first year at Clark College, teamed up with Isaiah Weatherspoon and Caleb Wrede. Both will be juniors at Mountain View High School in the fall. Peering into the wildflower blossoms, they looked closely for bees—and spotted a Bombus. Mel marked it on their tally sheet. 

Each group of STEM campers had two MESA mentors, current Clark students who are successfully pursuing a STEM degree and who can advise high school students about getting started on a college path. 

“The MESA mentors are an integral part of STEM camp,” said Professor Carol Hsu. “The high school students can look to the mentor as someone who is succeeding at college and has chosen a career path.” 

Dr. Steven Clark said, “Two of the strategies to attract and support MESA students are to enhance engagement and to help students have a realistic expectation of what college work is like. The Bee Survey did both. It’s a fun, engaging activity but it also is what is required of biology majors at Clark.  The STEM camp students did a great job with their sharp eyes and their enthusiasm to find even the tiniest native bees. One group found a leafcutter bee carrying a cut flower petal into her nest—a very impressive sighting. Another group caught a native bee that was so small that it squeezed through the tiny air hole to escape from our viewing jar! It was the size of a grain of cooked rice!” 

In addition to engaging in hands-on learning activities, the camp also provided students with free Clark College T-shirts plus breakfast, lunch and snacks.  

The STEM camp was created in collaboration with the college’s Guided Pathways initiative, led by Rhianna Johnson, director of Guided Pathways Partnerships. 

“Career exploration is a critical component of the Guided Pathways model,” said Johnson. “For students to begin a career pathway, they need opportunities to learn about the many options available and to gain exposure to industries that they may not be familiar with. Research shows that different demographics receive disparate levels of career guidance and exposure, based on a number of factors that can create equity gaps related to pursuing high wage, in-demand programs.” 

Clark faculty and staff spread the word about the camp via social media and by contacting nonprofits that work with youth, including Girls Inc. and iUrban Teen. Johnson already is making a plan to reach more students to attend next year’s camp. 

She added, “The STEM camp was invaluable for showing students what career opportunities are available in STEM fields. Planting that seed.” 

Photos: Clark College/Susan Parrish

Every term, Professors Tina Barsotti and Carol Hsu pose a real-life problem to their engineering students and instruct them to design and build an object that solves the problem.

The last step of the project: During a three-hour competition, teams of students present their built project and then test it in front of their peers and judges from the community. Teams of engineering students competed in the challenge on June 6.

The topic of the 2023 spring competition, International Space Station Challenge, was proposed by Clark engineering alum Sarah Morgan. For the past decade, she has worked for Boeing in Houston ensuring engineering systems are working on the International Space Station.

International Space Station challenge 

Sarah contacted her former professors with an idea for the competition that was based on a project her team was working on.

Problem to solve: On the International Space Station, a pressure ventilation valve is damaged. To keep astronauts safe, students must design and build a temporary protective cover.

Sarah met with Clark engineering students via Zoom to answer their questions about the project.

“Our students were really excited about this project and got a chance to talk with an engineer with real life experience with the International Space Station,” said Professor Hsu. “Students also gain invaluable experience working with teams to solve problems.”

The Challenge

Sarah presented the challenge to the engineering students: “On the International Space Station (ISS), keeping a module pressurized is very important, but it’s also important to keep the pressure inside the station from getting too high. With this need to balance pressure in a specific range, there are ventilation lines/valves that go from the inside of the Space Station to the outside and ‘pop off’ at certain pressures.”

• The immediate problem: “One such line/valve has been damaged and an exposed portion is in an area that puts it at risk of being kicked by crew. If kicked, the vent line could become a hole from the inside of the pressurized module to the vacuum of space.”
• Problem statement: How might we design a temporary ventilation valve cover that can be assembled and disassembled and be able to withstand a 12-pound kick force?
• Working toward a permanent solution: A design team is working on a permanent solution to protect the exposed portion of this line. However, the design project is expected to take several months to develop and build before it can be flown on a supply vehicle.
• Students create a proposed temporary solution: “In the meantime, to ensure the safety of the astronauts on the ISS, an immediate temporary protective cover is required.”

Design a Solution

Students chose their team names, which included Space Penguins, Drop Kick Dynamics, and the Three Astroneers, to name a few.

Teams got to work designing a proposed temporary solution. Students chose various materials to build their valve covers: cardboard, block foam, aluminum, and polylactic acid (PLA), a popular material used in desktop 3D printing. Designs ranged from a trampoline-inspired fabric cover to a 3D-printed dome.

At the competition, each team took a turn standing in front of their professors and peers to explain their solution. Then came the moment of truth—testing what they had built. Two engineering students conducted the test of striking the design with a long-handled metal sledgehammer set to impact at a certain degree. Which designs would fail? Which designs would remain intact and protect the valve?

Top Three Teams

Professor Hsu said, “Winning the engineering competition earns the team bragging rights!”

The top three teams, in no particular order:

Team: D-Something
Students: Zane Bohyer, Caelan Heimbuch, Todd Karlsen
Project: Padded Wrench Frame

Team: Aerospace and Friends
Students: Clark Hegewald, Tyler Lawrence, Jack McMahon, Osvaldo Monroy
Project: ViceGuardian ValveArmor

Team: Stariod Engineers
Students: David Bogdanov, David Albulov, Gregory Wanner
Project: Tin Can Cover

About Sarah Morgan

When Sarah was enrolled in the engineering program at Clark College, she was president of N.E.R.D. Girls (Not Even Remotely Dorky) and was involved in the Engineering Club. After she earned an Associate of Science, Engineering transfer degree at Clark in 2011, she earned a Bachelor of Science in mechanical engineering at WSU Vancouver in 2013.

Immediately after Sarah graduated, she was hired by Boeing in Houston as a structural analysis engineer on the International Space Station’s structural integrity team. She has worked at Boeing for a decade. Since 2021, she has been the ISS mission evaluation room manager, leading and integrating engineering systems for operational success.

Read a story about Sarah Morgan in WSU’s Crimson and Grey Magazine here

Photos: Clark College/Susan Parrish

The Mathematics Department is excited to announce the recipients of this year’s Sigma Scholarship. This scholarship was established in summer of 2020 to support and encourage students who are traditionally underrepresented in STEM fields to pursue higher-level mathematics.  

Congratulations to our 2023 Sigma Scholarship recipients: 

Abou Bakar Berthe 

STEM field: Mining Engineering 

2023-24: Clark College 

Oliver Rosas 

STEM field: Civil Engineering 

2023-24: Clark College 

Spencer Henwood 

STEM field: Computer Science 

2023-24: Portland State University 

Isaac Osorio Beltran 

STEM field: Computer Science or Engineering 

2023-24: Clark College 

Post and photos contributed by Kayoko Barnhill

Engineering and Computer Science students preparing to graduate presented their projects in an expo in the STEM Collaboratorium on June 6.  

Engineering Professor Izad Khormaee explained that at the beginning of the academic year, students were assigned a task: to build and design a project that solves a real-world problem. Students proposed their project and designed it in Fall term, built it in Winter term, and improved on it in Spring term.   

Brandon Eastman (above) designed and built an electric-powered robot for use in production line automation. His project combines mechanical engineering, electrical engineering, and computer science. 

“It’s very simple,” Brandon said. “It is three motors equaling three degrees of freedom. Each motor is a wheel.”  

Brandon is earning his associate degree in electrical engineering and transferring to WSU Vancouver to pursue a bachelor’s degree in electrical engineering.  

Mellanie Martin (above) displayed the bioinformatics program she created that applies computer science principles to biological data.  

“This program takes a DNA strand and transcribes it to RNA,” she said. “Bioinformatics is a growing field. We have so much biological data, but we don’t know what to do with it.”  

Mellanie is transferring to WSU Vancouver to earn a bachelor’s degree in computer science.  

Linnea Castro (above) a mother of three children, enrolled at Clark in her late 30s to pursue a career in computer science. She is transferring to WSU Vancouver to pursue her bachelor’s degree. She created a homework timer to encourage kids to focus for 25 minutes. 

“It’s fun to do a project that’s manifested around something you want to learn,” Linnea said.    

Outside on the terrace, Carlos Aragón (top of page) demonstrated his renewable energy project, Ram Power Energy, a wave-powered generator that transforms hydraulic energy into electrical energy. He hopes to use this technology to harvest the energy of the ocean waves to produce electricity and to extract hydrogen.  

Carlos is earning his associates in electrical engineering and is transferring to WSU Vancouver, where he plans to earn his bachelor’s degree while continuing to improve his project. Eventually, he believes this process could not only be used to generate energy but also to clean the oceans.   

“I’m excited to see how to use it,” he said. “I hope to inspire more students at Clark to research new sustainable and clean energy sources.” 

Photos: Clark College/Susan Parrish

To equip their engineering students for success, professors Tina Barsotti and Carol Hsu encourage their students to create community by participating in campus and community outreach events, including STEM NERD Girls.  

These outreach events available in Engineering program provide opportunities for diverse learners to explore and achieve their educational goals by promoting social connectedness through peer support, volunteering, networking, professional interaction, and mentoring.  

“Building community fosters collaboration and connectedness,” said Professor Barsotti. “By providing these opportunities, the program encourages students to continue their paths in the STEM field. This helps us to retain students from systemically non-dominant groups.” 

Engineering graduates remain connected 

Four Engineering graduates who volunteered in outreach events also formed a study group when they were Clark students. Over the years, they have remained friends and continue to encourage each other as they transitioned to pursuing bachelor’s degrees, and now in the early years of their careers. They spoke on a panel at a Women in STEM tea on May 17 in the STEM Building. 

Megan Sarygin, Gabriella Miller, Shiori Baba, and Marie Roza heeded their professors’ advice when they were STEM students at Clark College. They volunteered in NERD Girls and contributed to other outreach and campus events. After they graduated from Clark, they transferred to various universities, but they continued their study group as they faced the rigors of advanced STEM classes and projects.  

Some years later, they still connect and remain friends. Now instead of seeking advice about college classes, they discuss the successes and challenges they are experiencing as young women working in male-dominated STEM fields. 

Megan Sarygin  

Profession: Field service engineer, Tokyo Electron US   

Education:  

• Clark College Running Start student; Associate of Science, mechanical engineering, 2019 
• Bachelor of Science degree in mechanical engineering, minor in business administration, Washington State University Vancouver, 2021 

Insights:  

“Developing your social skills is very important, just like your hard skills. Social skills are just as important as your classes, getting good grades, and studying. Make connections. Work in a group. Work on your communications skills.” 

“Ask for help. In a lab at WSU Vancouver, we were using a mill and a lathe to make small parts for a gyroscope. Using the lathe did not make sense to me. I was so far behind. The lab instructor was patient and opened up the lab on the weekend for extra work on the lathe. It was so nice to have it click in my brain.” 

Gabriella Miller

Profession: Associate mechanical design engineer, Curtiss-Wright Corporation 

Education:  

• Clark College, Associate of Arts, mechanical engineering, 2018 
• Bachelor of Science degree in mechanical engineering, Washington State University Vancouver, 2022 

Insights:  

“When we were growing up, it wasn’t expected that a girl would go into a STEM field.” 

“I wanted to work in a field where there are always questions to answer, opportunities to learn.” 

“I was drawn both to aerospace and neuroscience. I asked myself: Space or brains?” 

“Being able to make mistakes is sometimes harder for women. People can be more critical.” 

Shiori Baba

Profession: Project engineer classified as civil engineer, Bonneville Power Administration 

Education:  

• Bachelor of Science degree in geology/earth science, University of Washington, 2016  
• Clark College, supplemental prerequisite engineering classes to transfer to Portland State University 
• Bachelor of Science degree in civil engineering, Portland State University, 2021 

Insights:  

“Networking is a scary term, but who you know is important. You don’t know who will be your boss or what opportunities may come up because of word of mouth.” 

“My agency makes transmission lines and maintains substations. It’s been male dominated, but I’m seeing more female engineers now. BPA has been putting in efforts for more diversity within their workforce.” 

“It’s okay to make mistakes. Just make sure you learn from your mistakes.” 

Marie Roza

Profession: Senior emerging technology engineer, Skanska, the fifth-largest construction company in the world 

Education:  

• Clark College Running Start student and Associate of Science degree in civil engineering, 2019 
• Bachelor of Science degree in civil engineering, Portland State University, 2021 

Insights:  

“In engineering, there are so many options. You aren’t limited.” 

“Construction is very male dominated. Only about 13% are women. But within my company, we have an amazing focus on diversity and inclusion.” 

“Make your connections within your classes. It’s important to have a support system, especially as a woman in STEM. I could not have made it without these three.” 

Photos: Clark College/Susan Parrish

Penguins fly!

Or rather, one “Little Penguin” rocket flew on April 28, with the help of four Clark Aerospace students.

Every spring, the college’s Aerospace program travels to the scrappy sagebrush landscape of Brothers, Oregon, a premier launch site for high-altitude rocket projects, 40 miles east of Bend. Their mission: Launch the rockets they have built during the academic year.

Clark’s team arrived in two cars filled with rockets, tools, four students, and Xiunu “Sophie” Lin, physics professor and director of Clark’s Aerospace Program.

First, student Tyler Lawrence launched his rocket, and it was safely recovered. This achievement marked Tyler’s L1 High Power Rocket Certification.

Great outcome!

Next, the team launched their rocket, dubbed “Little Penguin,” which is 12 feet long, 5 inches in diameter and weighing about 45 pounds. According to the team’s simulations, the rocket with an M-1939 motor could potentially reach a high point of about 16,000 feet (called “apogee” in rocket lingo).

Little Penguin: All Systems Go!

Following a simple countdown, the team launched Little Penguin around 5 p.m. Wow, did that Little Penguin fly!

Professor Lin said, “It took off with tremendous power, producing a shock wave that could be felt 500 feet away from the launch site. The rocket soared straight into the blue sky with a beautiful straight line before disappearing.”

After a rocket is launched, it’s crucial for the team to follow its trajectory visually, so they later can find where it lands. When they lose sight of a rocket, the team uses a radio receiver to follow the signal of a radio tracker attached to the rocket’s nose cone.

But the signal they picked up was weak, indicating that the rocket must have drifted far from the launch site. The students, Professor Lin and the team’s mentor, Jack Caynon started driving, and stopping every few minutes to check the signals and direction before driving forward.

After driving for an hour or two, they eventually picked up a stronger signal. It came from a sagebrush-covered field behind a barbed wire fence. The sun had already set. The team crawled beneath the fence and walked uphill for a mile, where they found Little Penguin 11 miles northeast of the launch site.

Little Penguin broke Clark’s record

Keith Stansbury, the prior director of the college’s Aerospace program, said “an 11-mile recovery is a record for Clark. Eleven miles and we got it back! Phenomenal!”

“Recovering the rocket 11 miles from the launch site is almost a miracle,” said Professor Lin. “The recovery may not have been successful on our very first flight test, but we collected our first set of flight data to analyze and improve our rocket for future flights.”

The team examined the errant Little Penguin and discovered that an insufficient weld led to the bulkhead detaching from the fin cans, causing the rocket to drift in strong winds. The team plans to scrutinize the flight data to glean further insight.

Their next mission: competing at the SpacePort America Cup competition, the world’s largest intercollegiate rocket engineering conference and competition, held June 19-24 in Las Cruces, New Mexico.

“Our students learned good lessons from this flight,” said Professor Lin. “The perseverance they showed during the search of the rocket was impressive and amazing. As a team, we are determined to fail as many times as necessary before we can succeed at the SpacePort America Cup competition.”

Watch the Rocket Launch.
Photos by Carla Caynon, courtesy of the Rocket Club.

Have you heard the latest buzz?

Just in time for Earth Day, Clark College was certified as an affiliate of the Bee Campus USA program on April 20, joining 165 other college campuses and 179 cities across the country united to make their landscape attractive to pollinators.

“Through a variety of sustainability initiatives, college students, faculty, and staff have championed creating environmentally friendly campuses,” said Clark College President, Dr. Karin Edwards. “I was fortunate to help sow wildflower seeds on campus in early spring. I anticipate that we will be enjoying beautiful native wildflowers—and seeing more bees on campus—in the coming months.” 

Biology Professor Steven Clark is coordinating the college’s Bee Campus initiative and has led the college in laying groundwork, such as planting native wildflowers, to make the campus more attractive to bees and other pollinators.

“Bee Campus helps bees because we provide food and habitat for bees,” Clark said. “But it may help humans more because we learn how to live in harmony with nature.”

Pollinators—including mason bees, bumblebees, butterflies, moths, beetles, flies, and hummingbirds are essential for the planet. They are responsible for the reproduction of almost 90% of the world’s flowering plant species and 30% of our food.

As part of the college’s Bee Campus initiative, it is offering opportunities for student research and service learning. Faculty, staff, and students have worked together to study and create pollinator habitat with native plants.

As a certified Bee Campus, Clark College will offer education to students and community members about the region’s native pollinators, potentially via biology labs, community science research contributions, environmental science service learning, Continuing Ed seminars, and Bee Units offered to nearby elementary schools.

During Clark’s Take Your Child to Work Day event on April 27, he led a group of college employees and their children on a bee walk just outside the front door of the STEM Building. Within minutes the kids were identifying and counting mason bees, bumblebees and more.

Professor Clark will teach two Clark College community education courses focused on bees and their habitat. Bee Walks and Bee Lives begins May 26. Bee Walks and Bee Biology begins June 6. Both courses include classroom time followed by a “bee walk” around campus.

Bee City USA and Bee Campus USA are initiatives of the Xerces Society for Invertebrate Conservation, a Portland-based nonprofit. Bee City USA’s mission is to galvanize communities and college campuses to sustain pollinators by providing healthy habitat, rich in a variety of native plants that are free of pesticides.

For more information, visit:

• Clark College’s Bee Campus USA initiative
• Bee Campus USA
• Four simple ways to help pollinators

Clark College Engineering Professor Carol Hsu is an immigrant, a woman of color, and a pioneer of sorts who pursued a mechanical engineering degree at a time when only 10% of engineering students were women.

But did you know she’s also an avid gamer who plays World of Warcraft?

Professor Hsu talked about these things and more when she spoke to more than 70 Clark College students, faculty and staff at the Spring Student of Color Luncheon on April 25.

The free event is presented each term by Clark’s Office of Diversity, Equity and Inclusion and Multicultural Student Affairs. It provides opportunities for students to be encouraged by inspiring stories, meet faculty and new friends, consider different career paths, and identify community resources and potential mentors.

Professor Hsu shared her story and her lessons learned and shared tips to help students navigate college. She grew up in Taiwan, where she attended school seven days a week. When she was in high school, her family emigrated to Houston, Texas. She didn’t speak English, but thanks to her high school’s ESL classes, she learned.

Recognizing her aptitude to working with her hands, she earned her Bachelor of Science in Mechanical Engineering and Master of Science in Mechanical Engineering degrees from the University of Texas at Austin. Before her teaching career, she was an engineer at various companies including Chevron, Motorola and Hewlett-Packard. In her work, she traveled to many countries and experienced diverse cultures.

Now in her 13^th year of teaching at Clark, she also co-directs NERD Girls and other STEM outreach in the community.

She encouraged students to “find opportunities whenever possible. Get involved.”

Professor Hsu’s advice to students:

• Design is a process. It takes a team.
• Join clubs on campus and get involved to make connections.
• Get to know your professors, who know about opportunities and can write recommendation letters.
• Join a study group and make friends; encourage each other to keep going.

Her words of wisdom:

• “If you tell me ‘no,’ I’m going to show you that I can.”
• “Your reputation follows you, so do a good job.”
• “There’s nothing you can do about the past, but you can change the future.”

Fun Facts about Professor Hsu:

• She is an inventor who holds two U.S. patents.
• She is an avid gamer. In World of Warcraft, she is a warlock.
• She commutes to campus via bus and listens to audiobooks; she has listened to 377 audiobooks.
• Her favorite genre is fantasy; favorite authors include Brendon Sanderson and Neil Gaiman.

Photo: Clark College/Susan Parrish

Clark’s MESA program is still in its first year, but already it’s providing new opportunities for student success.

MESA (Math, Engineering, Science Achievement) is a national program dedicated to encouraging under-represented populations to succeed in STEM fields. At Clark, this includes a dedicated space for studying and creating community, as well as opportunities for mentorship, assistance with books and fees, and conference participation.

This March, two Clark MESA students attended the MESA Student Leadership Retreat at Warm Beach Camp in Stanwood, Washington, along with students from 15 other MESA community college programs from Washington and California. Mai Lee Xiong and Alejandra Magallanes were able to participate in activities to boost their professional development and leadership skills.

They also participated in a competition for human-centered design solutions, breaking into groups to identify a problem, interview a potential user of their solution, and prepare a poster and oral presentation to explain it to others.

Xiong’s group focused on health care disparities that arise from language barriers between health care providers and patients whose first language is not English. They proposed the development of an app to translate medical information into different languages–one that would include medical terminology not available through tools like Google Translate. The project was a perfect fit for Xiong, who is studying biology and plans to pursue a degree natural medicine after her bachelor’s degree.

Alejandra Magallanes’s group also decided to tackle an issue related to healthcare: the availability and convenience of Pap smear exams to detect cervical cancer. They proposed a device that could be used at home to collect a sample of cervical cells. It could be used by people who have difficulty attending doctors’ appointments or who may avoid Pap smears because of the uncomfortable nature of the exam–and in doing so, could increase the number of people who receive preventative care. Magallanes’ group won second place in the competition, which includes proposals from more than 20 teams.

As with Xiong, Magallanes’s project aligned well with her interests; like Xiong, she is studying biology and plans to transfer to a university for her bachelor’s degree after graduating from Clark College in 2020.

“This experience really helped show the value of having the MESA program at Clark College,” said MESA director Dr. Ellen Harju. “It was wonderful to see these two students be able to work and succeed with their peers in an environment that allowed them to be their authentic selves. I’m excited to see more of our MESA students get the chance for these experiences.”

Clark’s MESA program is located in the STEM Building rooms 206/208 and is open Monday – Thursday 8:00 a.m. – 6:00 p.m., Friday: 9:00 a.m. – 5:00 p.m., Saturday: 10:00 a.m. – 2:00 p.m. More information about the program is available online at www.clark.edu/cc/mesa.

Photos: Clark College/Ellen Harju