California is attempting to fix its STEM teacher drought

From left: Kirk Williams, Andy Beronilla and Jennifer Oloff-Lewis

 
         
California is short 33,000 teachers for the next 10 years in current projections. The California State University system graduates 6,800 teachers per year from its credential services.
According to the Bureau of Labor Statistics, new jobs in science and technology are going to increase 18 percent by the year 2022. These high-earning jobs require heavy training in math, science and technology. In California, seven out of 10 of the state's fastest growing jobs are in fields that require STEM training.
These skills begin to develop in the classroom at a young age. According to a report by The Education Trust, in highly urbanized and impoverished areas have fewer quality STEM educators and a growing proficiency gap between advantaged and disadvantaged groups.
The quality of training is also another issue under discussion. When faced with teacher shortages, a number of states allow schools to hire  new teachers who haven't yet received expected levels of training.
Addressing this issue could involve changing the way teachers are trained and hired, according to a report by the Learning Policy Institute
Lowering standards to become a teacher is one solution the report identifies, though research  indicates this may lead to a higher teacher  turnover rate in the long haul. Schools with lower turnover rates generally have better student outcomes.
Other solutions involve early recruitment of teachers and a focus on increasing the quality of educators, a strategy California has adopted in recent years. 
Chico State recently received a National Science Foundation grant that should help it graduate more math and science teachers.
This year, the university has a little more than $701,000 to train new STEM educators by funding juniors and seniors studying STEM fields who wish to seek their teaching credentials after graduation.
 
(Jennifer Oloff-Lewis)
“Right now, the state is experiencing a large number of retirees, and some of the biggest need we have is in the STEM field and in special education,” said Jennifer Oloff-Lewis, the principal investigator on the grant.
“Rural areas particularly have a high need (for educators) right now,” she said.
This is the third year Chico State has received funding for the grant. Of the scholarship recipients, 35 prospective STEM educators graduated last school year and another 33 planto graduate this year.
One of the grant requirements is that each scholarship recipient complete two years of teaching for each year of support. Each recipient must also complete a teaching obligation at a high-need school. Students who know they want to teach are the primary targets, according to Lewis.
A physics student and recipient of the scholarship, Andy Beronilla, said he was encouraged early on to become a teacher.
“Even back in high school” he said, “teachers had told me I speak well in front of others and I’m comfortable like that, and they always kind of suggested I be a teacher and back then I said no way.”
During his time at Shasta College, Beronilla came around to the idea after hearing his college professors say similar things. The primary benefit that he and another recipient of the scholarship, Kirk Williams, identified was that it allowed freed them to focus on their education.
“What it does for me is it allows me not to work another job and to focus on my courses and on other things I have to do to prepare to be a teacher,” Williams said.
By Nicholas Feeley

ChicoReport

ChicoReport is a local news project produced by students in the Public Affairs Reporting class (JOUR 321) at California State University, Chico. You can read more about the individual reporters, editors and writers on our Contributors page. If you have questions, comments or news tips, email us at chicoreport@gmail.com