The STEM Building opened for classes at the beginning of the 2016 fall quarter. Photo: Clark College/Wei Zhuang

Shortly before Clark College’s STEM (Science, Technology, Engineering, and Math) Building opened for classes at the beginning of the 2016 fall quarter, Clark College Construction Project Manager Jim Watkins stood on its north plaza and pointed out a few hidden features to a group of visitors.

Watkins pointed to the lines marking the poured concrete that make up the plaza floor. “The smaller squares around the perimeter are in 1-meter increments, while the large squares are 3-by-4 meter and 4-by-4 meter blocks,” he said. “That way, if a physics class is doing experiments where they need to measure the flight of a projectile or something, it’s easy for them to gauge how far it’s traveled.”

Structural elements like heating pipes were deliberately left exposed to serve as teaching tools for engineering students. Photo: Clark College/Wei Zhuang

Throughout the building’s 70,000 square feet, details abound that reflect and strengthen its purpose. Structural elements—including heating equipment, water pipes, and earthquake-proof concrete—have been left visible deliberately to serve as teaching tools for engineering students. Decorative touches, like the “STEM” laser-carved into the metal stair railings and the ceramic-tile periodic table inlaid into the second-story floor, remind visitors what’s studied here. And that column of glass that rises from above the front entry doors to the top of the building’s airy lobby? It’s actually a 44-foot high, 4-foot square drop tower, where dropped objects can be filmed with a high-speed digital camera in experiments by engineering or physics students.

While the building opened to students on September 19 for fall classes, an official ribbon-cutting ceremony is scheduled for October 3.

“I am so excited to see students enthusiastically learning in the new STEM Building on the first day of the new academic year,” said Dean of STEM Peter Williams regarding the opening. “The STEM Building is a beautiful, technologically advanced educational facility that perfectly supports academic excellence, one of the core themes of Clark College’s strategic plan. It is ideal for students who may not know how exciting and interesting science can be, and hopefully provides a starting point for a career in a STEM field, one of the fastest growing job fields in the country.”

The new, LEED Silver-certified building—the largest ever built on Clark’s main campus—holds nine classrooms, twelve labs (including some spaces that serve as both), two conference rooms, 16 student areas of various sizes,  and 41 offices. It will house much of Clark’s engineering, chemistry, biology, and physics departments. The first new instructional building to be built on the main campus since 1994, it was paid for primarily through Washington State capital funding, supplemented with generous donations to the Clark College Foundation to make up for a budget gap in the project’s $40 million cost created when the state reduced its contribution due to the economic recession.

Learning extends outside the STEM Building, with multiple outdoor classroom/study areas set along the south wall. Photo: Clark College/Hannah Erickson

The building offers many new opportunities for Clark students. A six-table cadaver lab includes operating-room LED lighting and a high-definition camera that allows even those students who aren’t at the dissection table to see anatomy and procedures clearly on two large plasma screens. Clark College is one of only four community colleges in Washington to have a cadaver lab, and this new lab greatly expands the number of students able to take the perpetually waitlisted Anatomy and Physiology classes that are required for a number of health-related degrees.

Additionally, a Collaboratorium sits at the heart of the building’s main floor. This high-tech “makerspace” is filled with tools and machinery to allow students—and possibly community members, in the future—to create their own designs. Watkins showed visitors the large double doors facing out to the north plaza. “We designed this so you could bring a truck-size project through here if you wanted to,” he said. “We didn’t want our engineering students to feel limited as to the projects they could take on.”

According to the Washington Student Achievement Council, Washington State has the third-highest concentration of STEM-related jobs in the United States—but up to 40,000 of those jobs may go unfilled by 2017, in large part due to a lack of qualified applicants with the appropriate training.

“I am so impressed and excited by the possibilities this new building brings to the college,” said Clark College President Bob Knight. “Clearly, STEM is going to be very important to this region’s economy, and we are proud to be able to offer state-of-the-art training and education in this field, continuing a legacy of excellence that stretches more than 80 years.”

Oswald greets visitors to the 2016 Clark County Fair.

In keeping with this year’s Clark County Fair Theme of “Science Fun,” Clark College is offering a host of family-friendly, hands-on activities promoting Science, Technology, Engineering, and Math (STEM).

Clark students, staff, and faculty will lead demonstrations every day of the fair, which runs from August 5-14. Clark College was invited to participate in this year’s theme to highlight the college’s highly regarded STEM programs, as well as the opening of its new STEM building this fall.

All activities take place in the college’s exhibit area in South Hall 1 and are free with fair admission. Scheduled events include:

Teeth and Technology
The Clark College Dental Hygiene program demonstrates modern ultrasonic methods of removing tartar or calculus from teeth. Fri, Aug. 5: 10:30 a.m. – 11:00 a.m., 11:30 a.m. – noon, 1:30 p.m. – 2:00 p.m.

Science Fun with the N.E.R.D. Girls
Clark College’s N.E.R.D. (Not Even Remotely Dorky) Girls, a student club focused on getting younger students interested in engineering, lead hands-on activities like building balloon-powered pinwheels and demonstrating Newton’s third law of motion. Sat, Aug. 6: 11:30 – noon, 1:30 p.m. – 2:00 p.m.

Pharmacy Innovations
Learn about new, high-tech ways of compounding pharmaceuticals from Clark College Pharmacy Technician faculty. Sun, Aug. 7: 11:30 – noon, 1:30 p.m. – 2:00 p.m., 2:30 p.m. – 3:00 p.m. Fri, Aug. 12: 11:30 a.m. – noon.

The Science of Sourdough
Learn all about fermentation when Clark College baking instructor Alison Dolder explains how sourdough is made. Try some delicious sourdough pancakes and take home a little sourdough starter of your own. Mon, Aug. 8: 10:30 a.m. – 11:00 a.m., 1:30 p.m. – 2:00 p.m. Sat, Aug. 13: 11:30 – noon, 1:30 p.m. – 2:00 p.m.

POKE-A-MAN!
Faculty from the Clark College Phlebotomy program will demonstrate how to draw blood from a model arm. Participants can use a centrifuge to make their own aliquots from imitation blood and plasma. Tues, Aug. 9: 11:30 a.m. – noon, 1:30 p.m. – 2:00 p.m., 2:30 p.m. – 3:00 p.m.

Simulation Technology and Nursing Education
Meet the “Sims,” the lifelike automatons used by Clark College nursing students in the college’s state-of-the-art simulation lab to practice procedures ranging from tracheotomy to childbirth. Wed, Aug. 10: 10:30 a.m. – 11:00 a.m., 11:30 a.m. – noon, 1:30 p.m. – 2:00 p.m. Sun, Aug. 14: 11:30 a.m. – noon.

Additionally, visitors can test their dexterity at the college’s Automotive Technology installation and view STEM-related student projects, including an aluminum boat created by some of the college’s welding students. The college also will have staff available during the fair to answer questions about available programs, GED courses, Running Start, financial aid, and more. Staff also will be available to assist current students with registering for fall classes, looking up records, and other student support needs—and Clark’s lovable mascot, Oswald the Penguin, will be present many afternoons and evenings for photos with children.

For those interested in attending Clark, the $25.00 application fee will be waived for the first 50 applicants each day who apply at the fair. Current students and alumni and students will be able to stop by the booth for special giveaways and drawings for prizes.

For more information, visit www.clark.edu/cc/fair and follow Clark College on social media.

Photo: Clark College/Jenny Shadley

Qi Wu and Tammy Senior are Clark College’s representatives to the 2016 All-Washington Academic Team.

Two outstanding Clark College students were selected to attend the 2016 All-Washington Academic Team Recognition Ceremony, held on March 24 at South Puget Sound Community College in Olympia, Washington. Tammy Senior and Qi Wu are two of just 66 students from community and technical colleges across the state to receive this honor, which recognizes students for their academic excellence and service to the community.

At first glance, Senior and Wu don’t seem terribly similar. One is young even by the standards of Running Start, a program that allows high schoolers to take college courses; the other is coming back to college after serving four years in the military. One has spent her whole life in Vancouver; the other has lived in more countries than she can count on one hand.

But on closer inspection, certain parallels become clear between the two young women: They’re both fascinated by science and technology. They both are driven students who make time in their busy schedules to serve their communities. Both have had to challenge others’ assumptions and figuring out creative ways to get around obstacles in their educational journeys. And so far, both are succeeding impressively.

Clark student Qi Wu stands before the college’s new STEM Building, slated to open in fall 2016.

Wu’s obstacles began surfacing when she and her mother emigrated from China to the United States. Wu, then a sophomore in high school, struggled to maintain her grades while learning a new language in a new culture. She also found herself confronting gender stereotypes, as classmates and teachers assumed she would be more interested in subjects like art and the humanities instead of math and science.

“When I was growing up, I was always better in physics and chemistry,” she said. “I like numbers, I like logic. When I came to Clark and took my first engineering course, it was like, ‘Wow, this is where I belong!’”

However, soon a new hurdle appeared. Wu, whose mother had remarried and had another child, realized her family could not afford to pay for her college education. Hoping to support herself, she enlisted in the U.S. Navy in 2010 as an aviation mechanic, and took every opportunity to earn educational credits and develop new skills—despite the doubts some had of the petite young woman’s abilities.

“When I got transferred to Japan, my supervisor told me, ‘Well, you can do the desk job here, because you’re a girl,’” Wu recalled. “And I said, ‘No. I want to do the job I trained for.’”

Wu said that overall, she’s grateful for the opportunities the military provided her to travel and learn skills that will help in her electrical engineering career. She’s currently receiving scholarships from Clark, which allows her to save her military education benefits for the more-expensive, four-year institutions she hopes to attend one day to earn her master’s degree. She also works in Clark’s scholarship office herself, and spends weekends training as a Naval Reservist.

Clark student Tammy Senior says she’s been impressed by how welcoming the college was to her, even when she took her first class at age 14.

Like Wu, Senior’s challenges also began in high school, but they were of a different nature: She felt stifled. “I wasn’t being challenged enough,” she recalls. “I took a class at Clark and found it so much better.”

Senior’s family couldn’t afford to pay for a full load of college classes out of pocket, and when the 14-year-old visited Clark’s scholarship office, she discovered she was too young to qualify for financial aid or scholarship opportunities. Then, the scholarship staff offered a new possibility: Perhaps Senior could enroll in Running Start, the Washington State program that allows eligible high school juniors and seniors to take college classes tuition-free. The only problem was that Senior was still a freshman. She wound up skipping the 10th grade in order to qualify, enrolling at Clark as a full-time student at age15.

“It was definitely interesting,” Senior, now 16 and set to graduate in the spring, said with a grin. “But Clark’s pretty welcoming, and I really thrived in the community here.”

Senior has maintained a 4.0 GPA while taking classes in Clark’s challenging Honors Program, volunteering with her church, teaching private music lessons, and serving as the vice president of leadership for Clark’s chapter of Phi Theta Kappa, the international honor society for two-year colleges. She’ll be 17 when she enters a university—potentially with junior standing, depending on where she attends.

“People ask me, ‘Why don’t you enjoy your high school years?’” Senior said. “But I’m a planner. I think ahead. My mother wasn’t able to finish school because she started a family. I know I have a lot of school ahead of me, and this is a way to speed things up.”

Senior hopes to become a neurologist, a goal developed when her beloved grandmother suffered a series of debilitating strokes in 2014. Like Wu, Senior faced some skepticism about her ambitions.

“When I tell people I want to pursue a career in neurology, sometimes they look at me strangely and say, ‘Oh, why don’t you go into nursing, so you have time for a family?’” she said. “But I know I can do it. I can have a family. I can have the career of my choice. I just have to work hard. And you know, they would never tell a male student that.”

Both students say they appreciate the support they’ve found at Clark. “I like the diversity here,” says Wu, a first-generation college student. “Engineering professor Izad [Khormae] is from Iran. My physics teacher is from Russia. I think half the STEM faculty are women. And then in my classes I’ve met a few other veterans. You get so many different experiences here, different cultures.”

Wu and Senior were honored for their achievements at the All-Washington Academic Team induction ceremony on March 24, 2016, in Olympia, where Gov. Jay Inslee was the keynote speaker. The All-Washington Academic Team is a program of Phi Theta Kappa, the international honor society of two-year colleges. Team members are eligible for numerous scholarships, including transfer scholarships at most four-year universities in the state.

“It is such an honor,” said Senior, sitting with Wu during a break between classes.

“It’s nice for your hard work to be recognized,” adds Wu.

“Yes, you feel like your hard work is finally paying off,” said Senior.

Photos: Clark College/Jenny Shadley

Clark College is providing an unprecedented opportunity for eligible students to start their research careers while still in community college–getting hands-on research opportunities, paid internships, and special educational support to help them succeed in the exciting career of scientific researcher.

This opportunity comes through a recently developed program called BUILD-EXITO. Introduced in 2015, BUILD-EXITO is a program designed to support undergraduate students who are interested in pursuing research careers in the biomedical, behavioral, clinical, health, and social sciences. Scholars receive a broad range of support and opportunities. Over the course of their three years in the program (one here at Clark, the other two at Portland State University, the University of Hawaii at Mānoa, the University of Alaska in Anchorage, or the University of Guam), scholars will enroll in specific courses and will participate in workshops designed to enhance their skills and knowledge in science and research. In additional to summer research training, scholars will be placed in research labs and will receive paid research internships, as well as some tuition benefits. And scholars will have access to dedicated advisors and mentors to help them navigate their educational pathway.

This a great opportunity for students interested in solving pressing medical problems, discovering new scientific breakthroughs, or simply satisfying their curiosity about the world around them. Interested students can visit The first step to applying is to visit the BUILD-EXITO website–but they should do so quickly, as the application deadline before noon on Friday, March 4.

Clark students interested in participating in the program may direct questions to Professor Travis Kibota (tkibota@clark.edu, 992-2282). Dr. Kibota can put interested students in contact with one of Clark’s current 2015 BUILD-EXITO scholars to get some first-hand information about the program.

This article was contributed by Prof. Roberto Anitori

Biology professor Steven Clark

Clark College is inviting the public to come back to school for a series of free seminars that explore the lighter side of Science, Technology, Engineering and Math (STEM). New this academic year, the Clark College STEM Seminar Series launches on Friday, October 16, at noon in Anna Pechanec Hall room 201 with “Rockin’ Out with Rock Rabbits.”

This seminar covers research done by biology professor Steven Clark on pika, tiny rabbit-like creatures who normally live in high elevations. Prof. Clark will discuss what he’s discovered about an unusual population of these creatures living in the Columbia River Gorge whose survival may hold keys to understanding how our environment can adapt to global climate change. Expect Prof. Clark, who recently received an Exceptional Faculty Award, to share photos and insights in an exciting, high-energy presentation geared toward anyone with an interest in science—no Ph.D. required!

Other fall quarter events in this series include:

• The Science Behind Sci-Fi with Prof. Joe Pitkin, Oct. 30
• Handicapping Horse Races with instructor Robert Weston, Nov. 13
• Breaking the Cycle of Abuse with Prof. Mika Maruyama, Dec. 4

All events are held on Fridays from noon to 1 p.m. in APH room 201. All are free and open to the public. Light snacks will be available and guests are welcome to bring their own lunches with them.

“Clark College has long been a center for STEM learning in this region,” said Clark College STEM Coordinator Erin Harwood, who helped organize the seminar series. “We already do lots of outreach to encourage interest in STEM among our community’s young people through our annual Science Olympiad and other events. This is a way to show adults as well that learning about STEM can be lots of fun. We’re hoping people start looking forward to these seminars as a great way to spend their Friday lunch break learning something new.”

Clark College is located at 1933 Fort Vancouver Way, Vancouver. Driving directions and parking maps are available at www.clark.edu/maps. Anyone needing accommodation due to a disability in order to fully participate in this event should contact Clark College’s Disability Support Services Office at (360) 992-2314 or (360) 991-0901 (VP), or visit Penguin Union Building room 013, as soon as possible.

Biology professor Steven Clark in his office.

Steven Clark’s office is full of animals. There’s the “Cats Against the Bomb” calendar; the poster of the grizzly bear; the woodblock print of a turtle; the vintage Audubon Society birdwatching chart; photos of bees, rodents, spiders, his dogs. The effect is something like walking into a natural history museum that’s been shoved into a filing cabinet.

“This room is reflective of my interests,” says Clark, glancing over at an illustration of wildflowers above his desk. And, indeed, a conversation with Clark is likely to take you through the intricacies of parasitic wasps, the difficulties involved in attaching radio monitors to pond turtles, and a startlingly accurate imitation of a pika—a small, rabbit-like creature whose populations in the Columbia Gorge Clark has been helping to monitor for years.

It’s hard not to look around this room and assume that Clark was destined to be a biology professor. But Clark, who received his Master of Special Education for the Hearing Impaired from Lewis & Clark College in 1986, began his career teaching almost everything but biology at the Washington School for the Deaf.

“I was attracted to the idea of teaching an underserved population,” he says. Eventually, however, Clark found himself drawn to the sciences, and in 2000 he left the School for the Deaf to pursue a master’s degree in Environmental Sciences and Resources at Portland State University. For four years, he worked as a field biologist for the Washington Department of Fish and Wildlife while also teaching mathematics and biology at Clark as an adjunct instructor.

For Clark, teaching at a community college still fulfills that urge to help underserved populations. “There are great teachers at all colleges, I know that, but I think the mission of the community college—to teach the rank and file of our community—I like that,” he says. “My mother never got to go to college. But I used to think that if my mom had gone to college, she would have gone to a community college.”

Professor Clark at a STEM demonstration in 2015.

Clark, who received tenure in 2014, currently teaches the biology sequence for life sciences majors, a three-quarter series that has earned a reputation as a daunting academic challenge.

“It’s funny, because I think of myself as a warm person, but I know my class is often perceived as … rigorous,” Clark says, smiling and pausing as he searches for the right word. “I think some students get nervous at first when I explain the work load. But the reason I talk about it from the very beginning is that I want them to understand what they’re getting into. I invite students from the past year to talk about what worked in getting them to be successful. I’ll tell students to show me their notes so I can see where they’re missing something. And you know, I think by the middle of winter quarter, their [study] habits have gotten better and they’re starting to have fun.”

Clark’s theory is backed up by the many students who nominated him for a 2014-2015 Exceptional Faculty Award. “Biology may very well be the study of life, but without an enthusiastic instructor it can seem completely lifeless,” reads one nomination. “Steven Clark has somehow managed to maintain a strict and efficient authority over his classroom, while also making it incredibly fun and intriguing. I can honestly say that I have never seen those two concepts, authority and fun, incorporated into a class so well together. … He truly cares for his students, that is abundantly apparent.”

For Clark, his classes’ rigor is one of the ways he shows that he cares. “I like my students to know that they did all their hard stuff at community college, where the focus is on teaching and the tuition is lower and there’s more room to recover from mistakes,” he says. “The best thing for me is when former students email me and say, ‘I’m at Washington State University right now, and me and the other Clark students are in the top tier.’”

Learn about other recipients of the 2014-2015 Exceptional Faculty Awards.

Photos: Clark College/Jenny Shadley

When antibiotics were first introduced in the 1930s, they seemed almost magical in their ability to save people from previously fatal infections. But recently, the medical community has warned that bacteria are evolving to resist the current drugs available, creating an urgent need for new antibiotics. Now Clark College has joined with Yale University to become part of a program searching for new antibiotics—and getting students interested in science, technology, engineering and mathematics (STEM) at the same time.

Called the Small World Initiative, the project is funded and organized by the Yale Center for Scientific Teaching. Clark is offering the Small World Antibiotics Research classes (BIO 105 & BIO 106) in the winter quarter of 2019, and another session of BIO 105 in the spring quarter.

“Clark College was one of only four community colleges in the country to be picked to start this pilot program,” says Dr. Ryan Kustusch, a Clark biology instructor who teaches the Small World class. “That makes Clark not just different from other community colleges, but different from other four-year colleges, other universities. This is a very different learning experience that a lot of students in this country just don’t get.”

Biology instructor Dr. Ryan Kustusch, standing, helps students in the Small World Initiative class.

In Small World, students learn microbiology by doing hands-on research—in this case, collecting soil samples to test them for potential new antibiotics. Approximately 75 percent of the antibiotics currently in use are derived from microorganisms living in the soil. After students gather their soil samples, they bring them back to the classroom, where they learn to grow the organisms living within those samples in various media in petri dishes until they have enough to test. Students then purify those organisms in order to test them against four sample bacteria that are commonly used to test antibiotic-effectiveness by pharmaceutical companies, in the hopes of finding organisms that can kill them.

“It’s really student-driven,” Kustusch explains. “I give them supplies; I tell them what may work, what might not work; and then they experiment. It really is a truly hands-on, authentic research experience.”

Any promising microorganisms are sent to Yale for DNA testing to see if they already are known to medical science; if they aren’t, these microorganisms could become the source of medicine’s next broad-spectrum antibiotic. During the class’s inaugural run at Clark during the 2014 spring quarter, two students found an organism that killed all four pathogens, and while it turned out that the microorganism had already been discovered and studied by other scientists, the possibility of discovering something that could one day save people’s lives helps keep students motivated and enthusiastic.

“I told everyone I could about that class,” says pre-nursing student Dawn Smith, who enrolled in Small World after seeing a poster advertising it near Registration. “It would be so awesome to be involved in something like finding a new antibiotic. Just the idea of that is incredible.”

It’s also crucial, given that more and more infections have grown resistant to currently used antibiotics. According to the Centers for Disease Control, each year at least 2 million people in the U.S. become infected with antibiotic-resistant bacteria; at least 23,000 of them die due to those infections. Yet pharmaceutical companies have been reluctant to research and develop new antibiotics because the drugs are rarely profitable—patients only take them in emergencies, and only for a week or two at a time.

“We simply do not have enough drugs to treat our current infections,” says Kustusch. “We’re going back to the 1800s, when you treated infection by amputation—which is a terrible vision for our future. Someone has to do the initial legwork to find these drugs. We’ll never be the people doing the clinical testing and human trials and all that, but no one else is doing this basic legwork.”

“In this class, money was stripped out of the equation,” says Smith. “All we had was the big question mark hanging over our heads—our curiosity. We didn’t have to worry about profit.”

Kustusch says that combination of hands-on learning and potential real-life rewards makes Small World the perfect way to get more students interested in science. BIO 105 has no prerequisites, meaning non-science majors can take it to complete their science requirements for their degree. If a student is interested in the second Small World course, BIO 106, but has not completed the prerequisite of BIO 105, they may contact microbiology professor Dr. Roberto Anitori for a waiver (ranitori@clark.edu).

“I had a couple students who had taken a couple classes in biology, and they said this solidified that they really want to go down this path,” says Kustusch. “But the majority of the students in this class weren’t interested in science—or thought they weren’t. Now I have two students talking to me about, ‘How do I pursue a B.S. in biology?’ I think that was the goal of this class: For the people who really like science, let’s keep them interested. And for the people who never thought of this as a potential option, they’re now excited and thinking, ‘Maybe I can do something in a STEM field.’ And that’s fantastic.”

Photos: Clark College/Jenny Shadley

Students compete in the Rocket Boat Rally during the 2014 Elementary Science Olympiad.

Normally, you wouldn’t encourage kids to drop eggs on your floor. But this Saturday, all the rules got bent (or possibly refracted) at Clark College’s seventh annual Elementary Science Olympiad, where third-through-fifth graders tested the limits of physics with egg drops and challenged their engineering skills with rockets powered by vinegar and baking soda.

Students from Eisenhower Elementary celebrate an unbroken egg after dropping it from the balcony of PUB 161.

Twenty-four teams from 22 different schools in 10 different districts (including one team each from Cowlitz and Pacific counties) participated in this year’s olympiad, making for a total of 328 elementary students participating–Clark’s largest-ever attendance for the event.

“Interest level this year was amazing and meant we had to work just to squeeze all the teams in,” says Clark STEM Coordinator and biology instructor Erin Harwood, who coordinates the event. “We couldn’t say no when there was so much enthusiasm!”

The event’s size meant the need for even more support from the college community–which, as in years past, stepped in to volunteer. In all, 67 members of the Clark community–including students, faculty, staff, and even a dean–spent their Saturday morning helping young scientists compete in five different event categories. “Four out of five events were new this year, making for an exciting and challenging year,” says Harwood.

Engineering instructor Carol Hsu gets participants excited at the 2014 Elementary Science Olympiad.

This year, Chief Umtuch Middle School (Battle Ground) and CAM Academy (Battle Ground) vied for top honors in each competition (see PDF for full list). But as pictures from the fun-filled event show, when young people gather to celebrate science, everyone’s a winner.

Pictures: Clark College/Jenny Shadley. See more pictures in Clark’s Flickr album.

Clark student Audreyana Foster; Dena Horton, representing U.S. Sen. Maria Cantwell; Vancouver Mayor Tim Leavitt; Clark County Commissioner Edward Barnes; Lisa Gibert, president/CEO of Clark College Foundation; and Clark President Bob Knight shovel the ceremonial dirt at the STEM building groundbreaking.

A burst of rain accompanied Clark’s Pep Band as they played Pharrell Williams’ “Happy” before a crowd of about 60 people on Tuesday afternoon during Clark College’s official groundbreaking of its science, technology, engineering and mathematics (STEM) building.

In speaking about why STEM education is critical to the region, Clark College President Bob Knight was joined by Vancouver Mayor Tim Leavitt; Dena Horton, representing U.S. Sen. Maria Cantwell; and Clark student Audreyana Foster.

“When completed, this project will continue to help us do what we have done for over 80 years: train and educate those who will lead Vancouver and the region forward,” said Knight during the September 30 event. “At more than 70,000 square feet, the facility will be the largest single classroom building on campus. The final investment in Clark will exceed $41 million, between state funds and those provided by Clark College Foundation for equipment.”

Leavitt spoke about the economic advantages of having citizens trained for highly skilled and family-wage jobs such as in the STEM field. Cantwell’s message outlined the state’s commitment to education and jobs growth and her excitement about watching the building evolve over the next 20 months of construction.

Foster, a mechanical engineering student who began her studies at Clark when she was a teenager through Clark’s Running Start program, said the college’s faculty have opened up a new world for her.

Clark College’s pep band played through the rain during the STEM Building groundbreaking.

“I have learned how things function in the world outside of the classroom,” she said. “And though not all of the lessons have been enjoyable, Clark College’s STEM program has provided me a safe learning environment that has helped me to learn in spite of my mistakes.”

Knight, Leavitt, Horton, and Foster were then joined by Clark College Foundation President/CEO Lisa Gibert and Clark County Commissioner Edward Barnes to shovel the ceremonial dirt of the groundbreaking. The sun shone through the cloud breaks, and cheers erupted from the crowd. Knight thanked the guests for their continued belief in Clark College and for all that they do to enrich the Southwest Washington community.

Construction is underway at the Fort Vancouver Way site and is expected to be completed in February 2016. Currently, the building is slated to open by the summer of 2016, according to college officials.

A version of this article originally appeared on the Clark College Foundation website.

Photo courtesy of Dr. Roberto Anitori

From one-celled organisms to imaginary elephants, we have much to learn from the non-human life forms around us. That is the theme of this year’s season of Clark College’s Faculty Speaker Series, “Microbes, Pets, and Puppets: What Animals Can Teach Us.”

The series begins on October 30 at 4 p.m., when biology professor Dr. Roberto Anitori presents “Microbial Heroics in Antarctica” in the Ellis Dunn Community Room (Gaiser Hall room 213) on Clark College’s main campus.

This presentation is a fascinating exploration of some rarely seen “extremophiles,” microbes that have adapted to survive in places where most living things could not—in this case, the remote and lightless ice caves in an Antarctic volcano. Part travelogue, part scientific presentation, Dr. Anitori invites guests to voyage with him on his 2010 research expedition to Mt. Erebus, the second-highest volcano in Antarctica. Through photos and stories, he will share his experiences training to survive in sub-zero temperatures, as well as his initial findings about the microbes living inside Mt. Erebus’s caves—which could have implications for life in even more difficult-to-research regions, like the deep sea, areas far below the earth’s crust, or even other planets.

“We think these ice caves are models for environments without light,” says Dr. Anitori. “Most life on earth depends on sunlight.”

Instead, these microbes survive on nutrients within the very rock itself—for example, digesting manganese and iron the way other organisms digest biological material. This discovery could, in turn, provide valuable insights into a little-understood aspect of Earth’s ecology.

“Most people, when they think about microbes, they think about things that make you sick—or make yogurt or beer,” says Dr. Anitori. “But 95 percent of the microbes on this planet don’t have anything to do with those things.”

This presentation is free and open to the public. Individuals who need accommodation due to a disability in order to fully participate in this event may contact Clark’s Disability Support Services Office at 360-992-2314 or 360-991-0901 (video phone) or email dss@clark.edu within one week of the event.

Future Faculty Speaker Series presentations include “Why Do We Need a Pet? Effects of animals on children’s socio-emotional development” and “Bilingual Puppetry: a Project-Based Learning Exploration.”

About Dr. Roberto Anitori

Dr. Roberto Anitori

Dr. Roberto Anitori has spent many years studying extremophiles and other microbes. After earning both his bachelor’s and doctoral degrees in Molecular Biology and Microbiology from the University of New South Wales in Sydney, Australia, he worked in research labs at Macquarie University in Sydney and at Oregon Health and Science University. In addition to his work in Antarctica, he has researched extremophiles in other volcanoes, deep-sea vents, underground water tables, deserts, and radioactive hot springs; he wrote the first published description of microbial life in the radioactive Paralana hot spring of Australia. He has been invited to lecture by organizations including the Australian Society for Microbiology, the Geological Society of Australia, and NASA. In 2011, he received the Antarctica Service Medal from the National Science Foundation. Dr. Anitori began teaching microbiology at Clark in 2008 and received a tenure-track faculty appointment in 2013. He is the editor of the book Extremophiles: Microbiology and Biotechnology (2012, Horizon Press).