Tours and Outreach

A man presenting a project to a group of people.

Book a Tour

The HWRL provides tours for the general public and K-12 student groups, Open Houses, and technical visits for researchers, the industry, and stakeholders. The laboratory tours have four specific goals for participants to increase their awareness of:

  • Tsunamis and coastal hazards
  • College preparedness
  • Engineering career awareness
  • Research and the research process

Tours include a 20 minute presentation focusing on the tour goals, a brief wave demonstration in our mini-flume and a guided tour of our facility. These tours typically last 45 minutes. Group size is limited to 20 to 25 participants maximum per tour and a maximum of 4 tours per day. Tours are conducted by appointment only.

Four people talking in a circle in the wave lab.

Open Houses

The HWRL typically hosts two open houses per year in conjunction with OSU Family Weekends in the Spring and Fall.

The open house features a 15-20 minute guided tour highlighting active research projects and the specialized equipment that make the research possible. On average these events serve between 600-1000 people.

Education

In July and August 2022, the O.H. Hinsdale Wave Research Laboratory (HWRL) collaborated with ¾«¶«Ó°ÊÓ State University’s (OSU) College of Engineering (COE) to bring middle and high school-aged youth to the facility to participate in hands-on STEM programming.

Three, 2-hour summer camp events reached approximately 50 youth and 12 college-aged mentors. Summer camp participants were from three camps coordinated through the COE, including: the first-ever Migrant Engineering Camp associated with and camps affiliated with , and .

Children sitting at a desk making crafts.
Students listening to a speaker presenting the wave lab.

Each 2-hour event included a tour of the HWRL facility, connection with engineering professionals, graduate, and undergraduate students conducting research at the facility, and a hands-on activity designed to engage students in the engineering process.

Students were able to witness how researchers from the are using infrared cameras and acoustics to analyze bubbles and foam of breaking waves as a way of understanding wave dissipation.

They were also able to watch researchers from trial their robotic arm that could potentially be used to complete underwater tasks such as data and sample collection or trash removal.

A large ground of students watching the wave lab.
Two students working on crafts with a teacher.

Students also participated in a hands-on engineering design challenge that exposed them to coastal hazards facing the ¾«¶«Ó°ÊÓ coast, including tsunami, tsunami debris, beach erosion, coastal flooding, and marine debris.

To emphasize that engineers work to solve problems to help people, the design challenge included an audience or user. For the challenge, student groups randomly selected their design, coastal hazard, and intended user cards.

Then, using household materials, students built mini-models that offered a potential solution to the coastal hazard and presented their model to their peers. For example, one group designed a structure made from human-made materials (design card) to combat coastal flooding (coastal hazard card) to help a coastal resident (user card).

HWRL staff and students were thrilled to have the opportunity to connect with youth participating in COE summer programming and look forward to many future collaborations!

HWRL is an Experimental Facility of the NSF funded Natural Hazards Engineering Research Infrastructure (NHERI) Project (NSF Award 2037914). Any statements in this material are those of the writer(s) and do not necessarily reflect the views of NSF. 

Students taking photos of two model houses in Directional Wave Basin.

Support

This facility is supported by the National Science Foundation (Award 2037914) and the Pacific Marine Energy Center.

NSF logo
PMEC logo.

Please reach out to the HWRL with any questions.

hinsdale@oregonstate.edu

Get directions to the lab

Find addresses, directions, maps, and more on our detailed directions page.