Problem-based Learning at the Rochester STEM High School

October 26, 2011

Charles, Lway, Selena, Corrina and Kameron share their research on teen pregnancy

Yesterday I attended a poster symposium put on by students of the Academy of Health Science (AOHS) at the Rochester City School District STEM High School. Since I spent two weeks with the STEM faculty in a summer institute on teaching through Problem-based learning, I was excited to participate in the culminating activity of the first problem.

About 6 weeks ago, the students of AOHS were presented with a real life problem regarding teen pregnancy and STDs in the Rochester area.  Each Wednesday, students researched, participated in lab activities, and learned about different aspects of to this important topic.  As a culminating activity, students created a tri-fold displaying what they’ve learned and solutions to help teens with this current health crisis.

Students worked in groups of four or five and created posters to present their research. Most students found the topic deeply engaging and relevant. According to Charles Nash, a tenth grader at STEM,

“Having a baby changes your life. You lose your childhood when you become a parent..its really hard”.

I asked the students what was the most surprising information they learned though their research and learned some surprising statistics:

  • One-in-four U.S. teens get pregnant by age 18.
  • The US has the highest rate of teen pregnancy in the industrialized world.
  • 20% of US teens live in poverty.

Asked about their sources of information, students gave a range of responses, although clearly the internet is a primary source of information.  Several student groups cited the U.S. Centers for Disease Control and Prevention, or told me they limited their online sources to those ending in  .gov, .org or .edu. Clearly, these students are learning not only the content, but also about the importance of distinguishing  credible from noncredible sources of online information.

In addition to asking about the research project itself, I also asked students how they felt about learning through Problem-Based Learning, as opposed to through traditional classroom instruction. All of the students I spoke with said they preferred it, believed they learned more and felt they were more likely to remember what they learned than through traditional instruction. Corrina Soto, a ninth grader at STEM summed it up nicely when she said,

“Its nice, you can teach yourself, instead of a boring lecture. It helps you know more when you teach yourself. When you put it in your own brain, it stays there”.

The research on learning backs up Corrina’s observation…active learning in context does indeed support longer-term memory. Bravo STEM HS!

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Congratulations to Suzanne Pilon!

August 5, 2009

White House

The Rochester Area Colleges’ Center for Excellence in Math and Science (RAC-CEMS) wants to congratulate Suzanne Monagan Pilon for receiving the  Presidential Award for Excellence in Mathematics and Science Teaching. Mrs. Pilon is a Primary Multi-Age Teacher at Hilton’s Quest Elementary School. The news article can be found at Hilton Central School District’s website.

To find out more about this and other awards for educators, visit our web site’s Educator Fellowships and Awards page.


Using Sand in Your Classroom

November 5, 2008

Browsing through my feeds I found an article on sand from Andrew Alden, a Geology Guide. As I was reading, it made me think about projects that could be done with sand in a science class, from Kindergarten to 12th grade. Some projects I thought about are: an art project in primary school, a report on what sand is used for in middle school, doing something with sand in the chemistry lab in high school.

This also reminded me of the sandblasting that young visitors can do at the Corning Museum of Glass.

The article Here’s Sand in Your Eye answers questions such as this:

– What is considered sand?

– What is sand made out of?

– What does sand form or make?

– Does sand make sound?

These are questions that a teacher could ask students to do a short report on.

What other sand projects do you think your students could do?