The complex interactions of atoms, molecules, and ions determine our shapes and sizes, our environment, and even how we feel on a given day. Our faculty and students endeavor to understand the the world at the molecular level and apply this understanding to tackle problems in modern society.
Students in our department have close relationships with faculty who are committed, excellent educators. They’re engaged in rigorous coursework on exciting modern topics, including bioanalytical chemistry, environmental chemistry, and medicinal chemistry. In their laboratory courses, students use advanced instrumentation to learn technical skills and problem-solving strategies that prepare them for careers after SCU. Outside of the classroom, our award-winning chemistry club fosters camaraderie among majors and engages students in fun chemistry-themed activities on campus and in the community.
Our faculty work one-on-one with many students in the research laboratory, on such projects as developing organic materials for harvesting solar energy, manipulating chemical reactions with microfluidics, and understanding interactions between nanoparticles and biological molecules. Students routinely present their work at local and national conferences and are co-authors on publications in the chemical literature.
"I will be a neurosurgery resident through the University of Washington Department of Neurosurgery which covers a total of 5 hospitals. Mainly Harborview Medical Center and UW Medical Center - Montlake, but also Seattle Children’s, the Puget Sound VA, and UW Medical Center - Northwest."
– Julian Clarke '14 (Biochemistry)
Student and Faculty News
Sophomores Ella Basler and Erica Svendahl will have the opportunity to conduct intricate and influential research on critical scientific topics as Santa Clara University’s two Beckman Scholars this year.
Alumna Zoe Amaris ’17 shows the value and impact of hard work and community on the journey to her career at Genentech.
This was awarded from the National Institutes of Health to support his lab's project: "Defining the Biochemical Function and Therapeutic Utility of Unique PARP14 and PARP15 ADP-Ribosylation Sites."