Tag Archives: STEM

The Reasoning For Quantitative Reasoning

After sharp criticism, the California State University Board of Trustees has pushed back until 2022 its vote on a proposal requiring a fourth year of quantitative reasoning for incoming high school students. Implementation would now occur in 2027.

In his justification for the plan, Timothy White, outgoing CSU Chancellor, said, “the nature of work in the future will require more quantitive reasoning. We want underserved students to be competitive in the future of work.” However, the proposal drew push back from such groups as the Campaign for College Opportunity, The Education True — West, the Los Angeles Unified School District as well as Lieutenant Governor Eleni Kounalakis.

“There was no data, and there was not a study done on how this proposal might impact our students,” said Sasha Renée Pérez, Student Engagement Manager for the Campaign for College Opportunity. To better understand how these changes would affect graduating seniors, the Campaign for College Opportunity conducted its own research by examining data from the class of 2018. “The results indicated to us what we expected,” Perez said. “[The plan] affected low-income students, black students and Latinx students the most.”

Loren Dittmar, a high school academic counselor in Simi Valley, said high schools would need time to prepare in order to add a mandatory fourth year of mathematics to their curriculum. Dittmar previously worked as a high school counselor in Georgia, where four years of math is already mandatory to get into college. “I think that once you’ve implemented the structure to make it work, it could be a good thing, because you’re raising the standard,” he said. “But without having the support to make sure students are prepared, then, well, we don’t want to lose people along the way.”

The current requirement for CSU eligibility is three years of mathematics that includes Algebra I, Geometry, and Algebra II. Proponents of the new plan cite CSU enrollment statistics suggesting that 93 percent of admitted students have already taken a fourth year, but critics suggest that requiring a fourth year will make it even more difficult for students to obtain a university degree, particularly those in districts receiving less funding.

CSUN Mathematics Professor Katherine Stevenson was co-chair of the CSU Quantitative Reasoning Task Force. She said her team’s report was a broader examination of quantitative reasoning in the California education sphere, and included representation not just from CSU and UC campuses, but also industry and government professionals. The task force made four suggestions to the trustees, one of which was chosen.

“It’s important to point out that there were some differences in what the task force was recommending, and what ultimately the CSU proposed,” Stevenson said. “Where we differed was that we said ‘if it takes you four years to get through your existing math requirement, that’s ok with us.’ The CSU required an additional year.”

In the end, most critics agreed that the proposal was an incomplete, and, in some sense discriminatory fix to a larger problem of funds and educational support. For now, the CSU is back at the drawing board as it attempts to address issues of low graduation rates and employment opportunities for its graduates.

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STEM Punks

A new report from the Organization for Economic Cooperation and Development shows the US is lagging behind in Science, Technology, Engineering, and Math (STEM) when compared with other nations. The study ranked the US twenty-one out of twenty-three countries in Math, and seventeen out of nineteen countries in problem solving.

But at CSUN, the Mechanical Engineering department is trying to change that trend by providing students with hands on experience. One of those projects is called Matador Motorsports Racecar Building Team.

Geography professor Steven Graves said students need more than a classroom experience. “You have to have both sides,” Graves said. “You have to be able to connect the theory to the practical application.”

Matador Motorsports allows students to build racecars from scratch every year. Through this project students are able to apply the theories they have learned in previous classes.

“We not only do the scientific analysis behind it, but we also physically build it ourselves,” Mechanical Engineering student Ryan Camire said. “So we’re not just engineers, we’re also craftsman.”

A major issue of STEM education has been diversity. President Obama launched the Educate to Innovate initiative in 2009, with a particular objective to diversify the STEM talent pool by including more women and people of color.

“Walking into classes, you’re probably one of three, maybe, women, or maybe the only one,”  said CSUN Mechanical Engineering student Mayra Montesinos. “I know this past summer I took a class, and I was the only woman in the class.”

 

 

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