The event supports the first national scale program from NanoTecNexus to exhibit at the 3rd USA Science & Engineering Festival (http://www.usasciencefestival.org/)
“Nanotechnology is the future of virtually all of our existing technologies, and now nanoengineering has developed into its own field of study,” says Timothy O’Connor, co-founder and president of GSN and UCSD team leader for USASEF. “We founded GSN to be a resource for students pursuing nano-related fields and have an obligation to inform society and inspire the next generations at the USASEF”.
Educational demonstrations include color changing nanoparticles, invisible nanopatterns that ward off water, sand that will not get wet, clothes that do not stain and concrete that conducts electricity. The exciting part is what this can do for applications in next generation medical, electronic, solar, and environmental industries to name a few. The goal and challenge from an educational perspective is to convey complex phenomena that occur only at the nanoscale and make it accessible and fun to learn.
“We live in a world where technology is not only rapidly evolving, but is increasing immensely in complexity. This is perfectly demonstrated in the world of nanotechnology,”
Adriana Vela, Founder and CEO of NanoTecNexus said, “Successful collaborations require more than a common goal. They require passion and conviction for the cause and we are pleased to see that dedication from the GSN team in their efforts to support the USASEF program.”
Poised for magnificent futures, contributing members of the GSN team share their aspirations:
- Timothy O’Connor – is committed to using his five years of experience and knowledge in the fields of nano-electronics, renewable energy technologies, and nanoengineering to help secure a responsible energy future for our nations.
- Tyler Dill – the son of two scientists, has always loved to tinker and figure out what makes the world tick. His driving force is to better the world through the development of new technologies;
- Tarah Sullivan - works with plasmonic nanomaterials with the aim to make ultra-sensitive optical sensors. Through her research she strives to develop new technologies and contribute to developing the science and technology sector in her home state of Hawaii.
- Chandler Miller - intends to receive his Ph.D. researching high voltage all-solid-state Li-based batteries. His inspiration for pursuing a degree in electrochemistry is to make green energy cheaper and more accessible. Ultimately, he plans to create a start-up to increase advanced battery chemistries to sizes capable of grid-scale energy storage that will allow better integration of solar, wind, and other forms of green power sources.
The wine tasting and lecture features Dr. J. Ernie Simpson, a highly recognized and respected wine educator and professor of chemistry at California State Polytechnic University, Pomona. To learn more about the USASEF, watch the video at www.usasciencefestival.org/
NanoTecNexus (NTN) has traditionally focused on the business-education ecosystem specializing in the field of nanotechnology and its impact on industry, academia and society. Founded in 2004, it is acclaimed as a leading non-profit organization dedicated to the business-education ecosystem. Its mission is to achieve meaningful change in how society learns about nanoscience and inspire K-12 students to pursue STEM education and careers. NTN was originally founded as NanoBioNexus in 2004 and dedicated the first five years to the intersection of nanotechnology and biotechnology. In 2009, the organization expanded to other sectors and continues to evolve to meet the ever changing needs of its target market.
About UCSD Department of NanoEngineering
UC San Diego established the Department of NanoEngineering within its Jacobs School of Engineering in July 2007. The NanoEngineering Department is focused on research, which we refer to as “Materials Science for the 21st Century” covering a broad range of nanomaterials related topics, in the fields of biomedical nanotechnology, nanotechnologies for energy conversion, computational nanotechnology, and molecular and nanomaterials synthesis. The department also administers the undergraduate and graduate programs in Chemical Engineering. Faculty research programs include: nanomedicine, sensing and diagnostic technologies for applications such as clinical, environmental and security monitoring and remote sensing; nano-fluidics;
About the Graduate Society of NanoEngineers (GSN)
Our mission is to foster the professional, educational, and social development of NanoEngineering graduate students by working with the Department of NanoEngineering to provide 1) opportunities to build relationships and network with other graduate students, department faculty and alumni, and members of industry, 2) resources to help new students transition smoothly to graduate school both academically and socially, and 3) programs that help graduate students to work beyond the lab and participate in outreach events. GSN aims to work at the interface between the graduate student body, the department administration, faculty, and staff, and the local and professional community, acting as a liaison between these parties.