Chemical and Biomolecular Engineering
Engineering at the cellular level.
The next big cancer drug. Algae biofuel. Nanodevice miniaturized surgical tools. These are just a few examples of what Chemical and Biomolecular Engineering will bring to society. We work at the molecular and cellular level, interfacing between physical sciences and life sciences. Our achievements advance the fields of energy, nanotechnology, pharma, systems engineering, biotechnology, biomedical engineering and advanced materials processing.
To learn more about the Chemical and Biomolecular Engineering department, visit our dedicated site.
In 1973, UCLA computer science professor Jacques Vidal published a landmark paper, “Toward direct brain-computer communication” that both coined the term “brain-computer interface” and set the foundation for an emerging field.
UCLA computer scientists and their collaborators have devised a plan for the use of cloud computing and big data analysis to allow scientists in developing countries to jumpstart bioinformatics research programs.
Inspired by how dew drops form on spider webs, UCLA engineers and mathematicians have designed a unique and effective water vapor capture system that could be used to produce clean, fresh water, or to recycle industrial water that would otherwise be wasted.
Last year, we asked newly admitted freshmen why they selected UCLA Samueli. A year later, after their fall and winter quarters, we followed up on what they thought of their first year as Bruin engineers.
After being impacted by suicide in his senior year of high school, Sahen Rai, a first-year computer science student, is using his newly learned skills to put numbers to feelings.
The UCLA Samueli School of Engineering has received a gift of $5 million from alumna Stacey Nicholas to create a permanent funding source for a program to support women in engineering.