纳米科学理学学士

在很小的科学领域中找到自己的角色：纳米科学。利用生物学
Comparable to the introduction of electricity and digital information revolutions, nanoscience is a transformative field. It is an inherently multidisciplinary approach that unites chemistry, physics, biology, mathematics and engineering. Discoveries in nanoscience and nanotechnology are formed at the interface of these disciplines and are leading to breakthroughs in areas such as drug delivery and disease treatment, renewable energy and the advancement of consumer staples such as stain resistant fabrics and lightweight yet durable athletic equipment.<br>Nanoscience graduates have gone on to exciting careers,helping grow an area that is advancingresearch and playing a major role in industry and consumer products around the world.<br>Here are just a few careers our graduates have successfully pursued: Nanolithography process designer, Nanoparticle toxicologist<br>Cancer nanotechnologist, Nanomaterials chemist, Project manager, Formulation Scientist<br>Draw upon chemistry and physics to become an expert in this innovative field, learn to control the atom-by-atom assembly of matter, form quantum dots and nanowires.Establish yourself and build a successful career in a fast-growing field Understanding the world at the molecular level is increasingly important for creating many new technologies such as energy storage, human health and consumer staples.Reinforce your Nanoscience learning through unique laboratory settings where students learn to create nanoparticles and nanostructures using a wide range of research-grade nanotools and nanotechnology.