Engineering Out Loud

Imagine the camera of a self-driving car switches to a power-saving mode and takes low-resolution images. As a result, the car hits a pedestrian. A mundane decision to save battery thus becomes a decision to value battery life over human life. While we have long relied on software and automation, the prospect of a fully automated decision process charges many algorithmic decisions with a variety of ethical problems.

The talk presented in this podcast, "Where do Ethics Belong in Artificial Intelligence?", explores how philosophers and engineers think about ethics in artificial Intelligence. It was presented at Oregon State University by Houssam Abbas, assistant professor of electrical engineering and Alicia Patterson, assistant professor of philosophy, as part of an AI seminar series.

BONUS CONTENT

Artificial intelligence program at Oregon State

AI Newsletter at Oregon State

AI seminars at Oregon State

Imagine the camera of a self-driving car switches to a power-saving mode and takes low-resolution images. As a result, the car hits a pedestrian. A mundane decision to save battery thus becomes a decision to value battery life over human life. While we have long relied on software and automation, the prospect of a fully automated decision process charges many algorithmic decisions with a variety of ethical problems.  

The talk presented in this podcast, “Where do Ethics Belong in Artificial Intelligence?”, explores how philosophers and engineers think about ethics in artificial Intelligence. It was presented at Oregon State University by Houssam Abbas, assistant professor of electrical engineering and Alicia Patterson, assistant professor of philosophy, as part of an AI seminar series. 

BONUS CONTENT 

Artificial intelligence program at Oregon State 

AI Newsletter at Oregon State 

AI seminars at Oregon State 

The Klamath River is transforming after four dams were removed in 2024. In this episode, we join the research team studying the impacts of the dam removals on plant and algae. Hear from the students and faculty about what they are learning at the confluence of engineering and ecology.

BONUS CONTENT

River Rebalance (story)

Mark Bransom Heads the Historic Klamath Dam Removals (video)

How Engineers Decommissioned Four Dams Along the Klamath River (lecture video)

Rewilding the Klamath (story)

What it Takes to Take Down a Dam (podcast)

The removal of four dams from the Klamath River was a once-in-a-lifetime opportunity to capture the interplay of science, engineering, and culture. Desirée Tullos, professor of water resources engineering at Oregon State University assembled a collaborative team that unites Western science and traditional ecological knowledge of Indigenous people.

BONUS CONTENT:

• What it Takes to Take Down a Dam (podcast)
• Unrestricted Flow (video about River Engineering field trip on the Klamath)

This is a historic year on the Klamath River, where the biggest dam removal in the U.S. is underway. The hope for the monumental engineering project is that it will restore some balance to a damaged ecological system. We hear from Mark Bransom, who is overseeing the demolition and restoration, about why and how it's happening and some of the challenges of the project.

Bonus content:

• Video: Mark Bransom heads the historic dam removals

• Clean Water Showcase: May 21-22, 2024. Join us at the 2024 Clean Water Showcase hosted by Oregon State University to learn more about innovative and leading work to protect this precious resource through talks by keynote speakers, panel discussions, student presentations, and professional development activities.

• Video: Sowing Seeds Series: Episode 4 with Brook Thompson

Will swarms of unmanned aerial vehicles be able to aid humans in wildland firefighting or package delivery? Research summarized in a new paper in Field Robotics represents a big step towards realizing such a future. In this interview, Professor Julie A. Adams describes the research showing that one person can supervise more than 100 autonomous ground and aerial robots.

The final episode of the season occupies a time of transition, as spinoff company Espiku ramps up. We get an update on two systems that received patents and a third that could provide an environmentally benign technology for extracting lithium. We also hear from four graduating students who reflect on their experiences.

Bonus content:

• Tapping technology to ensure the world has enough clean water
• OSU-Cascades spinout is semifinalist in $4 million federal lithium extraction contest

The pandemic didn't stop Bahman Abbasi's desalination research. In this third episode, we learn about the successful lab-scale demonstration of his team's technology and the next steps toward its commercialization. Plus, the team takes on a new project to clean up wastewater from oil and gas production.

Bonus content:

• Espiku, OSU spin-off company
• Turning freshwater into saltwater, Bend Source article

In the second episode of this four-part season, we travel to Bend, Oregon to visit the Water and Energy Technologies Laboratory and meet the team that is inventing a new technology to desalinate water. Bahman Abbassi, associate professor of mechanical engineering, talks about building the lab from the ground up, and graduate student Mohammed Elhashimi demonstrates their system to desalinate water.

Bonus content:

• Quest for Clean Water (story, video)
• Water and Energy Technologies Laboratory

Can turning seawater into drinking water be a cost-effective way to provide clean, fresh water for the growing numbers of people facing water scarcity? Bahman Abbasi, associate professor of mechanical engineering, is taking up that challenge with a mobile, modular, solar-powered, desalination system. This is the first episode in a four-part season.

Bonus content

• OSU-Cascades researcher awarded $2 million for research turning salt water into drinking water
• Department of Energy Solar Desalination program
• Energy Systems Engineering — OSU-Cascades