Students in the joint PhD program can select faculty mentors at Oregon State University (listed below) or at the University of Oregon. At this time, MS students can only select faculty mentors from OSU.
Faculty
Associate Professor
Interests: Biomaterials, biomimetics, molecular self-assembly
Associate Professor
ravi.balasubramanian@oregonstate.edu
Interests: Robotics and human control systems
Professor
Interests: Mechanisms of pathogenesis of intracellular bacteria, with focus on mycobacteria
Associate Professor
Interests: Biological systems, systems biology, systems neuroscience, and cognitive science
Associate Professor
Interests: Nanomaterials and integrated biosensors for point-of-care testing
Professor
Interests: Biomagnetic applications, magneto-acoustics, magnetic metrology, 3D printed magnetic materials, spintronics
Assistant Professor
Interests: The Fogg Lab aims to develop and exploit high throughput in vitro 3D models of cancer in order to identify novel druggable targets, improve treatment selection of current therapeutics, and reprogram the immune system in the metastatic niche
Associate Professor
Interests: Biosensing and microfluidics for field-use applications
Assistant Professor
Interests: Predicting treatment outcomes for intervertebral disc regenerative and surgical therapies., Interests: Utilizing MRI, image processing, mathematical modeling, tissue engineering, drug delivery, and surgery to study transport phenomena in vivo.
Professor
Interests: Novel approaches to predictive toxicology
Associate Professor
Interests: Structure, function and mechanisms of action of non-coding RNAs, both large and small.
Professor
Interests: Technologies for long-term stabilization of cells, tissues and organs; microfluidic devices for chemical processing of blood.
Professor
Interests: RNA folding, RNA design, mRNA medicine, protein folding, protein design
Associate Professor
matthew.johnston@oregonstate.edu
Interests: Electronic sensors, circuits, and devices, with an emphasis on biosensor and bioelectronic platforms, massively-parallel sensing, and lab-on-chip technologies for medical monitoring and point-of-care diagnostics.
Professor
goran.jovanovic@oregonstate.edu
(541) 737-3614; alt: (541) 737-2981
Interests: Design, manufacturing, and application of microscale-based therapeutic devices. Continuous blood processing via the i-Blood platform, a wearable, high-performance microfluidic device.
Associate Professor
Interests: Occupational ergonomics and biomechanics.
Assistant Professor
heidi.kloefkorn@oregonstate.edu
Interests: Our lab integrates noninvasive observational and analytical technology with tissue analysis to: , Interests: 1. better understand pathophysiology of chronic disease and injury conditions, Interests: 2. advance preclinical model assessment for better translational efficacy, and , Interests: 3. understand and minimize experimental bias
Associate Professor
Interests: Health and wellbeing of typically developing children and children with disabilities.
Courtesy Appointment
marilyn.mackiewicz@oregonstate.edu
Interests: Our research is centered around 4 major themes that include: 1) designing nanoscale materials for biomedical and environmental applications , Interests: 2) studying nanoparticle-biological interactions and nanotoxicology, Interests: 3) developing diagnostic assays and systems to monitor disease states and therapeutic response, Interests: 4) systems for imaging and targeted drug delivery
Associate Professor
Interests: The Philmus lab is interested in the natural products, aka secondary metabolites, produced by both microorganisms and plants.
Associate Professor
Interests: Reverse engineering gene regulatory networks; genetic variation and its effect on gene expression and gene regulation; atherosclerosis; cancer.
Associate Professor, Chemical Engineering
skip.rochefort@oregonstate.edu
Interests: Rheological, molecular, thermal, and surface characterization of polymer-based biomaterials and biomedical devices
Associate Professor
thomas.sharpton@oregonstate.edu
Interests: Using gut microbiomes to understand, diagnose, and treat chronic diseases
