The UW AMIC is soliciting proposals for short-term, collaborative research projects that address a current or anticipated need in advanced materials and/or manufacturing. This year’s theme is on materials science and data.
Collaborative Research Project Tackles Interesting Questions While Putting Graduate Student’s Project Management Skills to Work
Working together, University of Wisconsin graduate student, Sachin Muley, and engineers from NCD Technologies have determined optimal recipes for a carbon coating for an industrial application while also furthering research in this area. The 10-month project set out to understand and optimize mechanical properties in amorphous carbon coatings that NCD uses for industrial applications. A paper based on this research is currently in development.
AMIC Industrial Advisory Board Meeting in February
On February 27, the AMIC Industrial Advisory Board (IAB) met in Madison to provide feedback and guidance on the goals and objectives for the AMIC.
Morasch Takes on AMIC Director Position
Dr. Julie Morasch has joined AMIC as its new Director. Julie brings with her deep experience in nanoscale imaging and mechanical analysis as well as a breadth of understanding of industrial applications. Additionally, she is very knowledgeable of the resources available across the University of Wisconsin–Madison campus and the UW system, more broadly.
Call for Student-Industry Seed Proposals Funded by AMIC
The UW AMIC is soliciting proposals for short-term, collaborative research projects that address a current or anticipated need in advanced materials and/or manufacturing. This year’s theme is on materials science and data.
Congratulations to the Winners of the 2017 AMIC Seed Program
Graduate students Yang Liao and Shu-Ching Yang, advised by Prof. Xuejun Pan. “Fabrication of a Novel Functionalized Meso-porous Material from Cellulose and Biomass for Heavy Metal Ion and Formaldehyde Gas Adsorption.” Graduate student Zhaoning (April) Yu and undergraduate Nolan Urbanek, advised by Prof. Mikhail Katz. “Thermal Camouflage Using an Array of Temperature-controlled Tiles.” Dissertator Dr. Mehrdad Arjmand, advised by Prof. Max Lagally. “Silicon-Germanium-Graphene Heterostructure, a Novel Framework for Transistors.”