This area combines chemistry, biology, physics, computation, and systems design. Students learn how to model reactions, move mass and energy, design biomaterials, deliver drugs, build clean energy systems, and shape the next generation of health and sustainability technologies.
How energy, entropy, and molecular interactions govern devices, reactions, and materials.
How momentum, heat, and mass move through fluids, tissues, devices, and reactors.
Designing chemical and biological transformations, and turning them into scalable systems.
Where engineering meets living systems, targeted therapy, and the human body.
Designing responsive materials for energy, manufacturing, sustainability, and medicine.
Simulation, prediction, and digital design for molecules, devices, and full systems.
Building cleaner energy systems and climate-resilient technologies.