SOU Ashland Computer Science presentation to exclusive AI organization

SOU AI work presented to exclusive organization

SOU Computer Science faculty member Bernie Boscoe and two of her students presented information to an exclusive organization of artificial intelligence researchers earlier this month on SOU students’ use of computer vision to glean data from camera traps at the future site of a wildlife crossing over Interstate 5 south of Ashland.

The poster presentation was given in Washington D.C., at the second annual meeting of the National Artificial Intelligence Research Resource (NAIRR), a National Science Foundation-supported group on the cutting edge of artificial intelligence research.

Boscoe and SOU Computer Science students Katherine Nunn and Brayden Stach presented their poster, “Teaching Scalable Wildlife Image Processing with NAIRR Jetstream2 GPUs to Undergraduates.” GPUs – Graphics Processing Units – are electronic circuits used to accelerate image rendering, process video and train artificial intelligence.

“The module allows students to engage with wildlife data from Oregon while learning scalable computational workflows,” Boscoe and her team wrote in an abstract about their presentation.

Their poster included step-by-step guidance that enables other researchers and students to apply the same procedures used to collect data for the Oregon wildlife crossing to their own wildlife images and video datasets.

“By presenting a transparent, modifiable pipeline, the module allows students to experiment, troubleshoot common GPU-related issues and reflect on computational tradeoffs,” the poster abstract said.

Boscoe, an SOU assistant professor of computer science who builds and researches infrastructures and tools to help domain scientists do their work, has been collaborating with SOU associate professor of Environmental Science Karen Mager for more than three years to study wildlife patterns along I-5 and better understand regional needs for wildlife crossings. The data their students generated by using camera traps was a key component of a feasibility study that identified the Mariposa Preserve of the Cascade-Siskiyou National Monument as the priority site for an overpass.

The wildlife crossing, which has received a total of $37 million in federal and state funding, will span the freeway’s northbound and southbound lanes 1.7 miles north of the Oregon-California state line to help reduce vehicle-wildlife collisions. Construction is expected to begin as early as 2028.

The NAIRR was established by the NSF as a pilot in 2024, and now supports more than 600 research projects and 6,000 students across all 50 states, Washington, D.C. and Puerto Rico. It is intended to be a national infrastructure to provide critical computing, software, data, models, educational resources and expertise that the research and education communities need to advance AI innovation. Its annual meeting is an invitation-only gathering of researchers, educators, innovators, students and partners.

SOU Ashland faculty at DECA conference

SOU School of Business faculty engage students at DECA Conference

Faculty members from the Southern Oregon University School of Business recently participated in the Oregon DECA State Career Development Conference, supporting and mentoring high school students preparing for careers in business and entrepreneurship.

MBA Program Coordinator Douglas Daley; senior instructor Jeremy Carlton, Ph.D.; and assistant professor Jacob Ongaki, Ph.D., represented SOU at the conference that was held in Portland on Sunday through Tuesday, Feb. 22-24, and attended by approximately 1,300 high school business students from across the state. The three faculty members served as judges for multiple student competitions, evaluating presentations from some of Oregon’s most talented young business leaders.

On the second day of the conference, the faculty members hosted an exhibit booth where they met with students interested in learning more about SOU and the School of Business. They spoke throughout the day with prospective students about academic programs, career preparation and opportunities available through SOU.

Daley facilitated a workshop later that afternoon that was attended by 40 DECA students focused on the evolving role of artificial intelligence in education and business. The session emphasized how students can use AI tools to support their thinking and creativity while maintaining strong critical-thinking skills. Students were highly engaged throughout the workshop and expressed enthusiasm about learning how AI can be used as a tool to strengthen their ideas rather than replace their own thinking.

“The goal isn’t to replace thinking with AI,” Daley explained during the session. “It’s to use these tools to strengthen your thinking and help you explore ideas more deeply.”

The conference concluded with a round of competitive events, where the SOU faculty again served as judges and had the opportunity to interact with students demonstrating impressive business knowledge, professionalism and creativity.

DECA, which was formed in 1948 as the Distributive Education Clubs of America, is a not-for-profit student organization with more than 290,000 high school members, 6,000 advisors and 15,000 postsecondary collegiate division members around the world. Typical student members of DECA are actively involved in preparing for successful careers in marketing, finance, hospitality and management.

Oregon’s DECA association has more than 2,000 members.

Participation in events such as the Oregon DECA State Career Development Conference allows SOU faculty to support the next generation of business leaders while also sharing the university’s programs with high-achieving students considering their college options.

The SOU School of Business continues to build strong relationships with organizations like DECA as part of its commitment to experiential learning, mentorship and preparing students for the rapidly evolving business environment.

Story by Douglas Daley, SOU MBA Program Coordinator

SOU Ashland's Earl Hills and his soft hammer

Earl Hills, a map forward and the hammer

A middle school teacher, a working class past and the quiet labor of keeping a community together when everything breaks.

It was 2020, the year the Rogue Valley felt like it was ending.

Earl Hills was in his early forties, sitting alone with a laptop, staring at a grid of middle school faces on Google Meet. Brand new teacher. Algebra on the screen. COVID everywhere. Deaf in his right ear, barely hearing out of his left.

Twenty minutes into his first lesson, the Wi Fi cut out.

Earl did not log off.

He switched to his phone, kept the class live, texted his principal, and walked out to his truck. He drove across Medford with the students still in his pocket, thirty kids listening to the hum of his engine and the faint squeak of the suspension. Sound has always come to him that way. Incomplete. Underwater. Something his brain has to chase and reorganize before it means anything.

By the time he reached the school, he had ten minutes left in the period.

He finished the lesson from the building.

That instinct did not come from pedagogy. It came from work.

Before he ever taught, Earl delivered things. Furniture for McMahan’s. Ice cream. FedEx routes. Beer trucks for Gold River and Columbia. Early mornings. Heavy loads. Paycheck to paycheck. The kind of work where the route changes and the delivery still has to happen.

At thirty six, he clipped the side of a building in a company truck. A mistake he still calls silly. It ended the job. He had two kids and no map forward.

That night, his wife told him to try college.

She was a 911 dispatcher. She spent her days keeping people on the line while help was on the way. She knew when something had to change.

Earl Hills of SOU Ashland and fun on his deskEarl did not want to go back to school. He had barely passed high school, mostly because he needed to stay eligible for sports. Football. Wrestling. Track. He wore number seventy two on the line and thought athletics might be his way out until an ACL tear ended that plan.

School, for him, had always been muffled.

He was deaf in one ear and hard of hearing in the other. Before the IDEA Act, before sophisticated amplification, he wore basic hearing aids that made things louder but not clearer. His mind drifted. Teachers noticed something was wrong early. He learned how to look normal.

It took him decades to understand that normal was the wrong goal.

At Rogue Community College, he started over. Basic English. Remedial math. Classes that did not count toward a degree. He was older than most of the room. His wife’s paycheck kept the family afloat. He relied on mentorship and disability services not as favors, but as structures that made learning possible.

It took more than two years before his credits counted.

When he transferred to Southern Oregon University, math finally clicked. Not because it was easy, but because faculty stood with him. Humor mattered. Time mattered. Being treated as capable, not fragile, mattered. For the first time, struggle was not read as failure but as information.

Then the world shut down.

His first year of teaching happened on screens, with no runway. He learned the systems while they were breaking.

Later that same day, after finishing his lesson from the school building, his phone buzzed again.

When you get home, load the trailer. We have to go.

The Almeda Fire was moving. Their house was one street from evacuation. Earl remembers his youngest panicking, trying to grab everything. He remembers telling her they could not take everything. He remembers keeping his voice calm so his kids could borrow it.

That is the reality of teaching in the Rogue Valley. You do not just teach through curriculum. You teach through smoke.

A few days ago, walking out of Scenic Middle School in mid-February, the valley looked clear again. From the parking lot, you could see Mount McLoughlin rising behind the hills. From Central Point, it is distant but unmistakable, the only peak with a white crest that day, holding the sky in place. The kind of landmark that reminds you where you are and that you are still here.

Earl’s classroom feels like that.

It is not quiet, but it is steady. Star Wars posters on the walls. SpongeBob nearby. In the corner, a Baby Yoda holding a lifesaver. The message is not subtle. You can laugh here. You can struggle here. You will not drown.

He tells students the truth. He was not good at math. On the wall behind him is a poster about growth mindset, not as decoration but as record. He teaches math because he learned, slowly and publicly, that struggling with something does not mean you cannot become good at it.

He listens differently. He watches posture, timing, silence. He knows when a child is carrying something heavy before the child knows how to say it. He knows when to let a kid step out and when to hold the line.

His mother used to say he had broad shoulders for a reason.

He keeps a folder in his room. Thick. Notes from students. Thank you for being my teacher. Thank you for making me want to come to school. Thank you for being the dad I needed.

He does not describe the folder as pride.

He describes it as responsibility.

On his desk is a gray rubber mallet, the kind used when you need force without damage. He calls it the hammer. It is loud enough to get attention, soft enough not to break anything. A tool chosen by someone who knows exactly what happens when you hit too hard.

Earl Hills does not deliver things anymore.

When the system fails. When the fire comes. When a child walks in carrying a world he cannot hear but can still see.

He keeps the kids on the line.

Story by Bryce Smedley, SOU School of Education

Civics course by SOU Ashland's Prakash Chenjeri

SOU civics course included on select national list

(Ashland, Ore.) — A Southern Oregon University Course – “Civicus: Advancing Civic Education” – has been recognized as a national resource and included on a select list of such classes by the Hoover Institution’s Alliance for Civics in the Academy at Stanford University.

The Civicus course at SOU – created and taught by Philosophy professor Prakash Chenjeri – explores how citizenship evolved and how it is practiced as a commitment to the common good. Students study democracy’s philosophical roots and development, along with contemporary challenges.

Current students in the class are enthusiastic about its takeaways.

“Civicus, like no other class, has made me realize the lack of engagement I’ve put into my community and has motivated me to try to change that within myself and my peers,” student Drew Wright said.
“This class has given students like me the opportunity to learn how to understand our democracy, be a part of political discussions, and argue with reason,” said Kloie Watkins-Simpkins. “The impact that I feel I can have on our society and nation has grown immensely since taking this class, I will forever push to have it be a part of our education system.”

The term “civicus” derives from the Latin word “civis,” whose present-day meaning is “citizen.” The Latin term signified both membership in a political community and the duties, privileges and shared outcomes associated with that community.

“Reclaiming this root for our own time reminds us that citizenship is not a passive condition but an active practice of engagement, deliberation and care for the common good,” says a syllabus of the SOU course on the Alliance for Civics in the Academy (ACA) website.

“In the 21st century, the idea of Cīvicus takes on renewed urgency,” it says. “Democracies today face strains from polarization, erosion of trust and disruptive technologies that challenge our ability to discern truth and act collectively. Against this backdrop, Cīvicus calls us back to the essence of citizenship: to be stewards of democratic life through informed participation, critical reasoning and meaningful dialogue.”

SOU’s Civicus is one of 39 courses at universities and other institutions nationwide ­– and the only one in Oregon – that are listed on the Alliance for Civics in the Academy website. The SOU course is supported in part by gifts to the Cīvicus Project Fund of the SOU Foundation. Donations help pay for guest lecturers, instructional materials and opportunities for students to study, observe and engage in civic processes and civil discourse.

The ACA is a part of the Hoover Institution, a public policy think tank located at Stanford University and Washington, D.C., and led by former secretary of state Condoleezza Rice. The Hoover Institution furthers ideas that promote economic opportunity while safeguarding peace.

“Civicus made me realize that civic education is essential now—not just at the university level, but across all stages of education,” SOU student Vanessa Salazar said. “By critically examining my beliefs and learning to engage respectfully with diverse viewpoints, this course strengthened my skills as a thoughtful, informed, and responsible citizen in ways I didn’t know I was capable of.”

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New book for educators by SOU Ashland's Renee Owen

New book suggests transformation of education and educators

(Ashland, Ore.) — A new book by Renee Owen, an associate professor in the SOU School of Education, sold out on Amazon almost immediately after it was published but is now back in stock and getting enthusiastic reviews from educators nationwide.

The book, “Becoming a Transformative Leader from the Inside Out,” describes an educational model through which both teachers and their schools are transformed to more positively influence society. It is intended for both new and veteran educators interested in changes that benefit students, teachers and their communities.

Owen, who coordinates the Principal Administrator Licensure program at SOU, co-wrote the new book with Christine Y. Mason, an educational psychologist who is the founder and senior scholar at the Center for Educational Improvement, a non-profit dedicated to heart-centered learning. The book was published in November by Bloomsbury Academic Publishing.

“They not only create a vision of a new model for the world of educators and education, but they also present us with a manual for accomplishing it with humor, hope, real-world experience, wisdom and courage,” Jean Houston, the chancellor of Meridian University and co-founder of the Human Potential Movement, said in the book’s foreword.

“There is no question that Renee Owen and Chris Mason have envisioned, designed and are helping to create a world of joyfully effective, whole-bodied, whole-hearted, whole-systems education, from the inside out,” Houston said. “What a wonder and gift these authors have given us.”

Owen said she wrote the book with students from SOU’s Principal Administrator Licensure program in mind, but “it would also be a great book for anyone teaching or administrating in higher ed.” In fact, Owen shared in her book the story of how SOU President Rick Bailey took a transformative approach to addressing a flawed fiscal structure when he came to the university four years ago.

“I had never met anyone so gregarious, yet thoughtful and authentic in their com­munication,” Owen said. “Rick organized a series of town hall meetings and truly listened to everyone’s concerns. He answered every email. He went out of his way to meet students, attend faculty gatherings and get to know everyone personally.

“Most importantly, he had a practice of total transparency. Every major decision he made, no matter how painful, he announced it, provided the rationale behind it and offered a compassionate response to those who were affected negatively.”

The book’s authors share a variety of stories about school leadership and how to teach meaningful lessons. The book is based on neuroscience, systems thinking and holistic philosophy, and intended for use in both leadership courses and professional development – with ideas that can change lives, improve relationships and impact school or communities.

Owen earned her bachelor of fine arts degree at the University of Michigan, a master’s degree in Educational Leadership at the University of Colorado, Denver, and a doctorate in Organizational and Adult Learning and Development from Columbia University Teachers College. Mason, who received her doctorate in Educational Psychology from Ohio State University, is an assistant clinical professor in the department of psychiatry in Yale University’s school of medicine.

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Open textbook program at SOU Ashland

Open textbook report: 11,000 SOU students, $1.9 million saved

The most recent report from Open Oregon Educational Resources, a statewide initiative that promotes textbook affordability for students at Oregon colleges and universities, shows that a total of 71 different faculty members at SOU have taken part in the program since 2015, enabling more than 11,000 students to save an estimated $1.9 million. The state report highlights the program’s impact on textbook affordability, student savings and the ongoing need for future OER initiatives.

Open Oregon Educational Resources is a state-funded effort to support the use of Open Educational Resources in the state’s community colleges and universities. Open textbooks are usually available online, released under open licenses that allow them to be used at no cost by educators, students and others around the world.

The state program collaborates with various institutions, offering grants and training to support faculty members who develop open textbooks and other Open Educational Resource course materials.

The new report shows that SOU faculty members have received more than $194,000 in state funding for their OER work over the past 10 years, and student savings amount to $9.63 for every dollar spent on developing the open textbooks. In just the most recent biennium (2023-25), SOU students have saved an estimated $264,000 in courses that offer OER textbooks and other materials.

A recent SOU open textbook project started in September 2021, when Open Oregon Educational Resources received a grant from the U.S. Department of Education’s Fund for the Improvement of Postsecondary Education (FIPSE) to develop openly-licensed materials with an equity lens in criminal justice. That project resulted in four new open textbooks whose authors include four SOU faculty members and a student in the Criminology and Criminal Justice program. Lead authors from SOU for that project were faculty members Shanell Sanchez and Jessica Peterson, and contributing authors included faculty members Kelly Szott and Alison Burke, and undergraduate student Catherine Venegas-Garcia.

Other SOU faculty members who have recently helped to develop OER materials include Larry Gibbs in Criminology & Criminal Justice, Francie Bostwick in Math and Holly Harding in Education.

Faculty members who are interested in creating open textbooks in their subject areas are encouraged to contact Holly Gabriel, an open access librarian at SOU’s Hannon Library who assists in locating open course materials and helps coordinate projects from Open Oregon Educational Resources.

Design Patterns and AI: Computer Science evolves at SOU

Design Patterns and AI: Computer Science evolves at SOU

(Ashland, Ore.) — A new “Design Patterns” course in Southern Oregon University’s Computer Science program leans on artificial intelligence to perform coding tasks, allowing students to focus on the big picture and serve as architects rather than carpenters.

The course – an upper-division elective intended primarily for Computer Science majors – reflects an ongoing shift toward AI in software engineering by taking a deeper look at the structure of software, teaching students how to recognize recurring problems in programming and apply reusable solutions, or patterns.

“The main difference (from other coding courses) is the students aren’t doing much coding at all in this class,” said David Pouliot, an SOU associate professor of Computer Science and instructor for the course. “Instead they are designing the code, which is more like creating the blueprints and defining the functionality of the different pieces of software and how they interact.

“This approach lets different teams work independently, makes it easy to upgrade parts without breaking the whole system and keeps complex software manageable,” he said.

The Design Patterns course – offered for the first time this fall – acknowledges that tools such as ChatGPT and GitHub Copilot have become capable of generating short, functional pieces of computer code, and the role of computer scientists is moving from line-by-line implementation toward a higher-level of thinking.

AI can quickly generate snippets of code, but it still struggles with things that come more naturally to humans, such as design. Programmers still need the same core engineering skills to use AI effectively, as artificially generated code often contains bugs, logic errors or vulnerabilities that inexperienced developers may not recognize.

“Students analyze how programs are structured rather than the nitty-gritty details of the program,” Computer Science student Felicity Johnson said of the Design Patterns course. “You can think of it like how an architect creates blueprints for a building, but the builder actually makes the building itself.

“It teaches students how to structure software so that it’s flexible, efficient and easier to maintain.”

Students in Design Patterns learn how to think about structure, choosing between composition and inheritance, where to apply abstraction and how to design programs for scalability and flexibility. Those are decisions that require judgement, creativity and a good understanding of software architecture – traits that even the most advanced AI tools today don’t possess.

The course is intended to help students learn how to use AI as an assistant and increase their programming productivity. The field is moving in the direction of developers spending more time at the structural level, making design decisions and defining interfaces, while AI handles more of the low-level and repetitive work.

“First, they get experience designing large projects – something they don’t normally get until they have graduated and been in the industry for a while,” Pouliot said. “The other thing I hope is that this class will help prepare students for changing roles.

“It should help prepare students for any class where the students complete larger projects – primarily our capstone sequence where groups of students work on a real project over multiple quarters.”

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SOU Ashland's Chandler Campbell and Jacob Nowack present research on artificial intelligence

Graduate and current student present SOU research at national conference

(Ashland, Ore.) — Southern Oregon University computer science graduate Chandler Campbell and current student Jacob Nowack attended a conference of research software engineers in Philadelphia last month to showcase their work on a pair of closely related projects that hinge on the use of artificial intelligence to simplify and organize highly complex research tasks.

Campbell presented a paper on his study of tacit knowledge in research settings – gathering, storing and retrieving the unspoken practices of academic teams that sometimes are lost when a project is disrupted or ends – and Nowack spoke about using a tacit knowledge tool to help UCLA astronomers rapidly expand their efforts to survey billions of distant galaxies. Both Campbell and Nowack work on their AI projects under Bernadette Boscoe, an SOU assistant professor of computer science who builds and researches infrastructures and tools to help domain scientists do their work.

Campbell and Nowack were presenters at the third annual national conference of the US Research Software Engineer Association, an organization that supports those who use expertise in programing to advance research. The association is a project of a California-based nonprofit.

“I got to meet a lot of really interesting people from all over the country, and learned more about cutting-edge AI technologies and software development techniques which I think will help me a lot in my future career,” Nowack said, describing his experience at the conference.

“I was a bit nervous initially going into it, but when the time came I had a great time presenting,” he said.

Nowack’s project is intended to help astronomers who measure the distances to far-flung galaxies so they can better understand how the universe has expanded and evolved. Spectroscopy, the traditional method of measuring those distances, is expensive and time-consuming.

“Our project uses machine learning to solve this problem,” Nowack said. “We trained an AI model on approximately 286,000 galaxies whose distances were already measured using spectroscopy. Once trained, (the AI model) can estimate distances over 1,000 times faster than traditional spectroscopy, making large-scale cosmic surveys practical.”

His work with the UCLA astronomers is based on a Large Language Model (LLM) of artificial intelligence that is used to archive the group’s protocols.

Boscoe’s research group at SOU has developed a Retrieval-Augmented Generation (RAG) system – an AI framework that pairs an LLM with an information retrieval system to improve accuracy and relevance of resulting data. Her research has received grants over the past two years from the Sloan Foundation and the National Science Foundation, and Boscoe has worked with Campbell to build the project’s RAG-LLM tool – AquiLLM, which was the subject of Campbell’s presentation at last month’s conference.

“Our work on AquiLLM is part software development and part social research,” he said. “We’re investigating the potential for an AI-enabled knowledge repository to improve how academic research groups function.”

Tacit knowledge – which can include informal practices such as notes, meeting transcripts and group communications – can sometimes be lost when participants come and go from academic research groups.

“Our hope is that if we can ingest enough informal communication into the system, and give an LLM access to that information, it will be able to help group members access the tacit knowledge of the group,” Campbell said. “To do this, we’ve written a custom Retrieval-Augmented Generation tool (AquiLLM) specifically for researchers. We have a beta version deployed for astronomers at UCLA, and we’re currently working on fleshing out more functionality.”

The Philadelphia conference included representatives from several national research labs and dozens of top research universities, and Campbell said many were thinking about the same issues that his work addresses.

“I got a lot of valuable feedback on our work, and got to see how other researchers are trying to use AI to solve adjacent problems,” he said. “I was very proud to be there in the mix, representing SOU.”

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New SOU Ashland program in Ghana funded by Matt and Ella Essieh.

Gift from SOU alumni leads to partnerships in Ghana

(Ashland, Ore.) — A couple who gained a global perspective and the academic foundation for success from their education at Southern Oregon University are funding a pilot project to provide similar opportunities for others, through a partnership between SOU and a pair of universities in the African country of Ghana.

The program begins this academic year with Collaborative Online International Learning (COIL) partnerships between SOU and PALM University College in Kordiabe, Ghana, and Catholic University of Ghana, in Sunyani. Recently signed memoranda of understanding for those partnerships are preliminary steps toward a shared business course between SOU and one of the Ghanian universities that will include a two-week, reciprocal exchange program during the 2026-27 academic year.

The project is being funded by a grant from the Essieh Family Foundation, a philanthropic entity established by alumni Matt and Emmanuella Essieh, who met as international students at SOU. The Essiehs’ five-year commitment will enable SOU to develop its relationships with the Ghanian universities and complete planning for the pilot project.

“Thanks to my education at SOU, my worldview was greatly expanded,” Matt Essieh said. “With the success I’ve been blessed with, the time has come for me to pay it forward.”

Matt Essieh, who is from Ghana, earned his bachelor’s degree in business in 1982 and his master of business administration degree in 1983, and is the founder and CEO of Beaverton-based EAI Information Systems – a computer software company that helps banks, brokers and insurance companies track and manage their investments. Emmanuella Essieh, who is from Nigeria, earned her bachelor’s degree in business at SOU in 1982, and is the cofounder and president of KMJ Asset Management – a residential property investment and management firm in Portland.

Matt Essieh still has family in Ghana, and his software company has an office in the Ghanian capital of Accra.

The online and in-person exchange program is the first of its kind for students in Ghana; SOU students can participate in a similar hybrid exchange program in business with the Universidad de Guanajuato – the Global Innovation Scholars Program – in Mexico.

“Our partnership with Ghana reflects what’s possible when education transcends borders,” said Dee Fretwell Carreon, the director for SOU’s Center for Continuing and Professional Education, and is also director of the new Ghanian program.

“It’s a powerful reminder that peace and progress begin with collaboration, and that the next generation is ready to lead us there,” she said.

The Essiehs’ project is intended to foster cultural exchange by providing students opportunities to collaborate with peers from around the world, embracing differences while working together to solve hands-on business problems. The interactions between students from SOU and the Ghanian universities could result in changed perspectives and transformative life experiences – particularly for students from rural areas.

“My hope is to give students the experience of collaborating with each other across the world,” Matt Essieh said. “It will give them the opportunity to learn, appreciate and respect each other’s’ cultures.”

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SOU Ashland steps up for special education teacher training

SOU expands special education to meet regional needs

Southern Oregon University’s School of Education is stepping up at a pivotal time for Oregon’s public schools, as the state faces a critical shortage of licensed special education teachers. Across southern Oregon, districts continue to post unfilled positions, rely on emergency or restricted licenses, and struggle to meet the needs of students with Individualized Education Plans (IEPs). According to the Oregon Department of Education, hundreds of special education positions remain vacant each year, revealing a pressing demand for fully prepared educators.

SOU is answering that call, as interest in its special education programs has surged. Undergraduate enrollment in the licensure pathway has doubled this year, while the Master of Arts in Teaching in special education continues to grow. That momentum is an indication that students across the region recognize both the urgency and the stability of the special ed career path. Many see it as more than a profession; they see it as a commitment to human connection.

New leadership and deeper expertise
The School of Education this year welcomed Somer Matthews, Ph.D., whose expertise in inclusive instruction and teacher preparation for diverse learners strengthens SOU’s capacity for hands-on, evidence-based training. She is a graduate of the University of North Carolina, Greensboro, and focuses on leadership in inclusive education and severe disabilities. Her addition expands mentorship and course development, ensuring that candidates learn disability as a natural part of human diversity and that every child deserves an inclusive classroom where they are supported and seen.

School districts throughout southern Oregon are actively recruiting for special education-endorsed teachers, without whom the region’s schools struggle to staff resource rooms, co-teaching models and IEP services. SOU’s expanded preparation pipeline helps to close that gap. Graduates of the SOU program are entering classrooms in Ashland, Medford, Grants Pass and Klamath Falls, where every new teacher means that student are receiving the support they need, sooner rather than later.

What graduates gain
SOU’s special education program prepares educators to deliver differentiated instruction for a wide range of learning needs; collaborate with general education teachers to design inclusive environments; apply Universal Design for Learning and evidence-based interventions; serve students with learning disabilities, autism, behavioral challenges and other exceptionalities with empathy and skill; and graduate fully credentialed and job-ready, entering a field where demand is consistently high.

Nearly all graduates secure full-time teaching positions within months, and the SOU program includes many instructional assistants and teachers with emergency licenses completing their credentials while continuing to serve in schools – a model that sustains classrooms while building long-term capacity.

For SOU graduates, a special education endorsement brings immediate job security, competitive pay and lasting relevance. For Oregon communities, it means students with disabilities are supported by teachers trained to meet them where they are. And for the university, it reflects leadership, responsiveness and commitment at a moment when public education urgently needs all three.

SOU is expanding special education teacher preparation with purpose and urgency, as enrollment is growing, faculty expertise is deepening and partnerships with regional districts are strengthening. The School of Education is not simply growing a program; it is preparing the educators who can see and understand every child, not their label.