Discover. Design. Deploy. A graduate training program for biologists, engineers, and computational scientists.
Our mission is to equip students with the knowledge and skills to combine plant and microbial biology with engineering technologies to discover, design, and deploy plant-inspired solutions for agriculture and biotechnology.
Biochem. Mol. Biol.
I am interested in the genetic engineering of micro-organisms, such as yeast
My motivation in joining the Plants 3D program is to develop the skills needed to make discoveries in foundational knowledge of photosynthesis.
As a computer scientist, I develop tools that process and explain the deluge of genomic information extracted from various organisms.
Chem. Env. Eng
The beauty of being an engineer is all about how those scientific discoveries in the biology-related field can be applied creatively and solve pressing problems in the real world.
My new research focus is on providing growers with new information to improve the biological and physical qualities of soil health.
My goals are to advance the field of knowledge in how plants protect themselves from pathogens to develop novel and environmentally friendly crop protection solutions.
Chem. Env. Eng
I am interested in working to combat citrus greening disease, which has decimated the citrus industry in Puerto Rico and Florida.
As a chemical engineer, I am interested in novel plant natural products (NPs) discovery which would potentially show some medicinal value.
I hope to collaborate with fellow Plants 3D students to expand nanoparticle application in current agricultural practices.
Jean Ae “Ruth” Kim
The Plants3D program will
provide valuable support and training to both help me improve my science communication skills and make impactful connections with an innovative and interdisciplinary community.
My research goal is to uncover
the function of nuclear photo bodies as gene regulatory hubs so that my findings can be applied to improve crop tolerance to environmental stressors.
My research focuses on how
model and crop plants respond to heat in a time-of-day-dependent manner. I am interested in exploring its implications in designing heat-resistant crops through the Plants3D program.