UCF now offers a Professional Science Master’s in Nanotechnology.
This program incorporates both the higher level scientific content and business and entrepreneurial components that are necessary to drive innovative ideas in nanotechnology product development. Click here for more information.
Other Ways to Study NanoScience at UCF
Undergraduate students can enroll in a traditional discipline such as Chemistry, Physics, or Biology.
Graduate students can also pursue a master's or doctorate in their chosen field, working with a faculty member within the NanoScience Technology Center or with one of our joint or affiliate faculty members in a partnering college on a nano-related project. The degree awarded is that of a traditional discipline, with a focus in NanoScience technology.
UCF has several academic departments that offer degrees with nano-related courses.
These departments and courses can be found by following the links below.
Research Experiences for Undergraduates (REU)
The NanoScience Technology Center suppports a NSF Research Experience for Undergraduates (REU) with a program in which offers student research experiences that cover a range of topics in nanoscale science and engineering across a range of disciplines. For more information click here!
“REU gave me chance to see how a lab works. . .
“My name is Sheba. I came to UCF for summer of 2008 for REU and worked in Treen's (Dr. Qun Huo) lab on gold nanoparticles. I met you a couple of times that summer. I met Ajay Karakoti at the ACS meeting last week. It was great to see Ajay and see that he is doing well. He gave me some good advice/suggestions about grad school. When I met him, I realized that I never updated you on how REU was pivotal to my life.
I am now a chemistry graduate student in Dr. Roger Leblanc's lab in University of Miami. Dr. Leblanc was also Treen's professor when she was in grad school. My area is surface chemistry and I mainly work with Langmuir monolayers. I look at protein/amyloid conformations at air-water interface. I also work with quantum dots/nanoparticles (CdSe/Zns, CdS, Au, Ag...) and how their conjugation to protein increases/decreases protein fiber formation. I am now working on a project where I am synthesizing quantum dots and nanoparticles by using proteins as a reducing agent.
Prior to REU, I never experienced a working environment in a lab. REU gave me chance to see how a lab works< and being at UCF for that summer played a huge role in the decision to go to graduate school. So, thank you Dr. Seal for giving me the chance to be a part of REU.”