
First Annual Nano Summer School at UCF
Please join us for the first annual Nano Summer School at UCF. The rapidly growing fields of nanoscience and nanotechnology are one of the major driving forces for next generation technologies. The aim of this Nano Summer School is to introduce nanoscience to non-nano researchers, graduate students, undergraduates, high school students and teachers, and individuals in the community who are interested in understanding this rapidly advancing science.
Through an integrated series of lectures in this three day program, the attendees will gain a working knowledge of the principles in the nanoscience and nanotechnology. This Nano Summer School will include essential knowledge and current state-of-the-art in nanoscience across a wide spectrum of topics and we will address issues such as:
- Using nanoelectronics to create new computer chips
- The creation of small integrated nanodevices to monitor our health status
- Nanomedicine and the creation of new drug delivery systems and imaging agents to reveal disease such as cancer
- Nanophotonics and the use of lasers to better understand biology and cells
- Environmental "green" nanotechnology for renewable energy such as new highly efficient solar cells to create electricity without pollution
- Nanoscale modeling to use computers to simulate conditions at the nano scale
- The use of new tools and microscopes that will allow you to visualize this nano world such as the Atomic Force Microscope (AFM)
Course Information
The rapid growing of nanoscience and nanotechnology is one of the major driving forces for next generation technologies. The aim of this clustered short course is to create a sustainable platform to introduce the theory and practice of nanoscience/technology to persons who are interested to have a jump start in this interdisciplinary area or an update on recent progress. Targeted persons may include postdocs, graduates, undergraduates, high school teachers, industrial scientists, early career professors, law-makers, and investors, from UCF, Florida, or Nation wide.
Through an integrated series of lectures, it will provide a working knowledge of the principles in the nanoscience and nanotechnology. The short courses will include the fundamental knowledge and current state-of-the-art in the area.
Course activities:
- 4 lectures per day for three days.
- Poster session at each night, poster award.
Fees:
The course registration fee is $299. Please include the registration form and make your check payable to "University of Central Florida".
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Location:
Partnership Building I (Research Park, Orlando)
12354 Research Pkwy
Orlando, FL 32826
From Orlando:
- Go East on 408 (toward Titusville) to the end of the expressway (Challenger Drive), turn right at Alafaya Trail (Hwy 434 north).
- Follow Hwy 434 to Research Parkway (Bank of America on the corner).
- Make a right and continue down Research Parkway and after the stop light at Technology Parkway, take your next immediate right.
- You will see a large blue/gray sign labeled "Naval Support Activity Orlando" at the entrance. As you pull up towards the security checkpoint turn left into the parking area for the Partnership building prior to reaching the post. This parking area is located directly behind the Partnership Building (white three-story building).
- This building is not labeled due to security reasons but faces the street side and is visible from the roadway along Research Parkway.
Accommodations:
For those individuals attending the program who are traveling from out of town and will need hotel accommodations, please refer to the following list of local hotels in the area. Most of these hotels provide a UCF discount. Please mention that you are attending a UCF program when contacting the hotel for any specials they may be offering.
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Attendee will receive:
A notebook containing course notes of the power point slides presented by the lectures. A laboratory workbook authored by the lectures.
Course topics will include:
- Nanostructured materials
- Nanoelectronics
- Nanophotonics
- Nanomedicines
- Nanobiotechnology
- Self-assembly
- Nanolithography
- Nano simulation and modeling
- Microfluidics
- Microscopy and Microanalysis
- Energy conversion
- Environmental nanotechnology
Coordinator: Jennifer Walker
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