Advances in polymer chemistry over the last several decades have ushered in a new era of functional polymers capable of a variety of advanced applications. Discrete control of the polymeric backbone microstructure and overall molecular architecture has provided “smart” materials that autonomously self-assemble into a variety of periodic nanostructures based on chemical composition. This research opportunity aims to explore this rich area of polymer science to develop block polymer systems from unique and precise segment chemistries that has never before been explored and which have been recently developed in our laboratory. We hypothesize that certain applications, such as purification membranes, battery electrolyte layers, and nanostructured anti-bacterial surfaces will benefit from exploration of these new materials. The project will focus largely on the synthesis, design, and structure-property relationships in the initial stages followed by advanced application measurements once materials are developed. A Ph.D. in Chemistry or Chemical Engineering with particular emphasis in organic chemistry, polymer science, or soft matter is particularly suited for this position although education in other working areas the physical sciences may be considered.