Graduate | UC Davis College of Engineering

Chemical Engineering Department Weekly Seminar

Computational Approaches for Understanding and Engineering Biomolecular Condensates Prof. Jerelle Joseph, Assistant Professor of Chemical and Biological Engineering at Princeton University,

Unraveling Chemical Environmental Fate: Bridging Analytical Expertise and Predictive Chemistry for Sustainable Solutions

The economic toll of global environmental pollution is estimated at $4.6 trillion annually (The Lancet Commission).

MAE 297 Seminar: Industrial Applications of Bond Graph Modeling

Prof. Donald Margolis will give a Seminar entitled: Industrial Applications of Bond Graph Modeling. Bond graphs are a concise pictorial representation of all types of interacting dynamic systems.

MAE 297 Seminar with Dr. Peng Wei from George Washington University

MAE 297 Seminar with Prof. Scott McCormack

MAE 297 Seminar: Designing Autonomous Robots via Simulation

Dr. Dan Negrut from University of Wisconsin-Madison will give a seminar entitled: Designing autonomous robots via simulation. How it goes, and why it doesn’t go far enough yet.

MAE 297 Seminar with Prof. Mingwei Zhang

SESM Data-Driven Modeling of Concrete Materials and Structures with John Bolander

Engineering and the sciences depend on various types of models to understand processes and to perform design. Traditionally, these models have relied heavily on accurate descriptions of the physical phenomena that govern the behaviors of interest.

Color in Vivo: Utilizing Multiplexing Capability of Nanotechnology for Measuring Biological Heterogeneity

Jung-Ho Yu is a research scientist at the Molecular Imaging Program at Stanford (MIPS), Department of Radiology at Stanford School of Medicine (Supervisor: Dr. Sanjiv Sam Gambhir (1962-2020)). He received his Ph.D from the School of Chemical and Biological Engineering at Seoul National University (Advisor: Prof. Taeghwan Hyeon) and has developed a research portfolio across multiple disciplines, from the basic science of colloidal semiconductor quantum dots to the preclinical application of surface-enhanced Raman spectroscopy.

Multiscale Biota-sediment-flow Interactions and their Global Environmental and Health Impacts

A wide variety of global environmental and health issues involve physical and biological interactions among fluids, particles or surfaces, and microbes at both micro- and macro-scales.