$2 Million Grant to Benefit Chemistry and Biochemistry Students

$2 Million Grant to Benefit Chemistry and Biochemistry Students

By Rae Lynch

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The STEM field is a continuously growing community with many job opportunities on the rise for science students. Cal State San Marcos is committed to providing the resources and support these students need to pursue higher education and integrate themselves into the workforce.

That commitment received a boost recently as CSUSM was awarded a $2 million grant from the National Science Foundation to create a learning community for chemistry and biochemistry majors and award scholarships to qualified students. The program will incorporate a Vertical Mentoring Learning Community (VMLC) for up to 30 chemistry and biochemistry students each year, with eight first-year students receiving a renewable $15,000 scholarship based on financial need.

The program is led by chemistry and biochemistry professor Robert Iafe, the principal investigator, and co-principal investigators Afra Panahi, a chemistry and biochemistry professor, and Aswad Allen, CSUSM's chief diversity officer.

Together, they plan to create a community of high-achieving, motivated students recruited from introductory chemistry classes. Students who prove proficient and committed to their studies will be invited to join the learning community, and those who qualify financially will be able to apply for the additional scholarship to help with tuition and housing.

"The community aspect of it gives it a supportive place to really go for your goals, but also a safe and secure place to experiment," Iafe said.

Students selected for the VMLC will also receive priority enrollment for chemistry classes and labs required for their major.

The vertical mentoring learning experience highlights a discipline-specific learning community of students supported by each other, faculty members and professionals. This allows students a comfortable learning environment filled with like-minded individuals guiding them toward their futures in STEM, whether that be graduate school or pursuing a career.

"We make sure they participate in professional development activities so they can build a strong science identity and become more competitive for graduate school and job market," Panahi said. "The supportive environment from their peer mentors, academic advisers and professional mentors can really help them build a stronger network."

The smaller, more intimate setting of the vertical mentoring program provides a comfortable space for students to ask questions freely and create a closer relationship with faculty. This environment creates a rewarding experience for all and promotes a sense of happiness and job satisfaction among the faculty involved.

"There are concrete benchmarks along the way for students to actually see themselves progressing," Allen said. "Vertical learning allows students to visualize their futures and see themselves where they want to be.

"We're going to create the right atmosphere, the right environment, and all the right ingredients for them to thrive."

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