91传媒

FEATURE

The Next Century of Spartans

By Cassie Myers

Visions of the future often look like science fiction movies, with everyone in silver jumpsuits and flying cars. Or they鈥檙e apocalyptic, featuring fire-and-brimstone hellscapes. But, of course, no one knows what the future will bring.

What we do know is that San Jos茅 State will be a part of it, as our Spartans help shape the future through patents, scholarship, business ventures, community projects and much, much more. Follow us as we imagine the next century of Spartans.

As Andrew Jenkins, 鈥�21 Political Science, 鈥�23 MS Justice Studies, 鈥�24 MS Interdisciplinary Studies, and Concussion Coach co-founder, states, 鈥淪an Jos茅 has a lot of knowledge and a lot of people who want to change the world, and at San Jos茅 State, we preach and pride ourselves on being the pioneers of change.鈥�

Patents

Spartan inventors are hard at work in various fields, securing patents for potentially revolutionary ideas for the future of science, engineering, medicine and more.

What could this mean for our next century? A great deal. In our idealized, Spartan-led future:

Breastfeeding women have a less painful option for breast pumps, thanks to Lin Jiang, assistant professor of mechanical engineering.

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Elizabeth Skovran, professor of biological sciences, uses her genetically modified bacteria to eat rare earth metals in electronic waste, which researchers then recover and re-use.

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portrait of Katie Wilkinson, professor of biological sciences, wearing green jacket in studio. patents, biology, 91传媒厂 College of Science,  neuropathy, innovation

New treatments help alleviate painful chemotherapy-induced neuropathy in cancer patients, courtesy of discoveries made in part by Katie Wilkinson, professor of biological sciences.

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Professor Mojtaba Sharifi and student researchers at 91传媒厂 test the exoskeleton on a human wearer. student research, STEM, engineering, exoskeleton, innovation, patents

A modular, full-body exoskeleton with removable and adjustable pieces helps those with mobility issues walk again or gain better control of their bodies, courtesy of Mojtaba Sharifi, assistant professor of mechanical engineering.

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Professor Laura Miller Conrad and student researcher pipette in her research lab. science, student researcher, STEM, ISB Interdisciplinary Science Building, 91传媒厂 College of Science, undergraduate research

A new medical therapy helps vanquish antibiotic resistant bacteria, thanks in part to Laura Miller Conrad, associate professor of chemistry.

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Breastfeeding women , thanks to Lin Jiang, assistant professor of mechanical engineering.
Read about smart breast pumps
Elizabeth Skovran, professor of biological sciences, uses her, which researchers then recover and re-use.
Read about recycling rare earth metals
New treatments help alleviate painful chemotherapy-induced neuropathy in cancer patients, courtesy of discoveries made in part by Katie Wilkinson, professor of biological sciences.
Read about Katie Wilkinson's research
A modular, full-body exoskeleton with removable and adjustable pieces helps those with mobility issues walk again or gain better control of their bodies, courtesy of Mojtaba Sharifi, assistant professor of mechanical engineering.
Read about the full-body exoskeleton
A new medical therapy helps vanquish antibiotic resistant bacteria, thanks in part to Laura Miller Conrad, associate professor of chemistry.
Read about antibiotic resistant bacteria

AI and Adaptive Devices

As anyone in Silicon Valley has heard ad nauseam, artificial intelligence is the wave of the future. As a tool, AI has great potential and countless applications, from medicine to business to engineering and beyond.

So if we project into the next century of Spartans, we know AI and adaptive devices will play a role, although we don鈥檛 know precisely what that role will be. Professors and student entrepreneurs currently exploring AI may bring more questions, projects and inventions forward.

Some of these may include:

, which uses machine-learning to help determine a wildfire鈥檚 trajectory. Huston Scharnagl, 鈥�24 Aerospace Engineering, and Sofia Silva, 鈥�24 Software Engineering, who spearheaded the project, have high hopes for its future.

鈥淎 lot of us think the software is a great individual product and we鈥檇 love to see them refine and actually produce this individual product because it could save millions of lives,鈥� Scharnagl says.

鈥淚 hope that this will eventually help people,鈥� Silva agrees. 鈥淕oing into this, I never expected our senior design project to blow up like it did.

鈥淏ut seeing all of this work pay off through competitions and seeing the work acknowledged by people is very rewarding in itself. Regardless of where this project goes, I still want to develop it and make it better than it is. I鈥檓 very excited.鈥�

Members of 91传媒厂 student led startups Project Firewatch and Concussion Coach gather at a startup competition. Student entrepreneurship, STEM, adaptive devices, Project Firewatch, Concussion Coach, Sofia Silva, Huston Scharnagl, Andrew Jenkins

Project Firewatch and Concussion Coach team representatives at the Sunstone CSU Startup Launch Competition. Photo courtesy of Michael Ashley.

鈥淪eeing all of this work pay off through competitions and seeing the work acknowledged by people is very rewarding in itself. Regardless of where this project goes, I still want to develop it and make it better than it is. I鈥檓 very excited.鈥�

鈥� Sofia Silva

Concussion Coach, a wearable device roughly the size of a quarter that helps determine when football players may be at risk of concussion, is the anchor of a Spartan-led startup organization that has now won three . The product is currently on track to be prototyped and potentially even available to consumers in about a year. They hope to integrate AI into the device鈥檚 algorithm in future iterations.

The device contains a nine axis accelerometer that measures the acceleration your head receives when moving certain directions and then calculates the force to evaluate the potential for concussion.

The medical standard threshold for concussion is 90 Gs of force. 鈥淎nd so if you receive that force in the helmet region, since its adhesive sticker sticks on the back of any helmet, you would be alerted by a red light,鈥� explains Andrew Jenkins, one of Concussion Coach鈥檚 co-founders and a .

The device also 鈥渟martly adapts鈥� to avoid second impact syndrome, since once a player鈥檚 been hit, a second concussion can happen at a much lower force. 鈥淪o now it's shining red at maybe 40 Gs, 30 Gs, whatever that smart threshold is,鈥� Jenkins says.

The Concussion Coach team recently filed paperwork to turn their project into a limited liability corporation, or LLC, to push the idea even further.

鈥淚t's something we're really passionate about,鈥� Jenkins says. 鈥淭he game of football is forever changing, but it's something that we don't want to see go away. And on top of that, this is technology that could truly change how we operate in certain sectors.鈥�

Beyond football, he lists examples of other possible applications: for kids with cerebral palsy, it could potentially track their neck movement to monitor their therapies鈥� effectiveness, or in the construction industry it could warn workers of potential concussion risks.

鈥淲e definitely see this device really taking off,鈥� Jenkins concludes.

Top photo: Laura Miller Conrad works with a student researcher in her lab. Photo by Robert C. Bain.

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