Post Doctoral Research Position Opening

College of Engineering, Chemical & Biomolecular Engineering

Post Doctoral Researcher

Deadline: Open until filled

The researcher will work with Professor Wagner and his research team. The research will include formulation and testing of STF-composites for use in space applications centered around astronaut protection on project with STF Technologies LLC under a NASA funded STTR grant. The research will include both proprietary and publishable work.


Work with UD and STF Technologies researchers to formulate shear thickening fluids and integrate them into composites.
Perform rheological characterization of STF fluids as well as performance testing of STF-composites.
Responsible for data management, analysis, and presentation of results to industrial and NASA scientists and management, business leaders, as well as at relevant scientific conferences.


A PhD or equivalent in chemical engineering, physical chemistry, physics or related fields with experience in experimental measurements of the rheology and or structure of complex fluids. Expertise in colloids science and or textile engineering is desirable. Strong interpersonal skills along with analytical skills.

How To Apply

ACNS Achievement Awards

ACNS Meeting

2016 American Conference on Neutron Scattering Queen Mary in Long Beach, California

Four Awards Were Presented to UD and Former UD Students and Faculty

Four awards were presented to UD and former UD students and faculty at the 2016 American Conference on Neutron Scattering on the Queen Mary in Long Beach CA in July. [From left to right in picture] Prof. Norman Wagner received the Neutron Scattering Society of America’s Service Award for his work on the executive committee and long-standing efforts to raise funding for students, post docs, and young scientists to attend the meeting. Ph.D. student, Michelle Calabrese of the Department of Chemical and Biomolecular Engineering, won one of four student poster prizes out of a field of over 80 scientific posters for her work on understanding the effects of branching on the flow of self-assembled surfactants. Former PhD student, Dr. P. Douglas Godfrin, won the Best Dissertation Award, while Dr. Yun Liu, UD Research Associate Professor and NIST Beamline Scientist won the Science Prize of the ACNS. Dr. Godfrin received his PhD in 2015 for his work on understanding the properties and stability of monoclonal antibodies and protein solutions under the advisement of Prof. Wagner and Dr. Liu. The ACNS is held once every two years and is the premier North American scientific venue for presenting and discussing scientific advances afforded by neutron scattering methods.

Excellence in Graduate Polymer Research Award

Melissa Gordon, University of Delaware Doctoral candidate in Chemical Engineering

Melissa Gordon, University of Delaware Doctoral candidate in Chemical Engineering

Chemical Engineering Honors from the American Chemical Society

The 12th Excellence in Graduate Polymer Research Symposium took place at the ACS national meeting, held in San Diego from March 13-17. The symposium recognizes outstanding graduate students in polymer science and engineering, fosters networking and exposure, and helps to develop the careers of future leaders in the field. Gordon delivered an oral presentation on her research, which focuses on developing novel stimuli-triggered polymer networks for self-healing applications. “Stimuli-triggered processes found in nature, such as the contraction of our eyes in response to bright light or healing after a cut, motivate the design of ‘smart’ materials that can respond to environmental cues, such as light, temperature or pH,” Gordon says. Gordon, who has accepted a faculty position at Lafayette College beginning in January 2017, is co-advised by Norman Wagner, the Unidel Robert L. Pigford Chaired Professor of Chemical and Biomolecular Engineering, and Christopher Kloxin, assistant professor. Read more…

Of Superheroes and World Changers

"The inventions of UD's Norman J. Wagner have superheroic properties."

“The inventions of UD’s Norman J. Wagner have superheroic properties.”

Two UD professors inducted into National Academy of Inventors

You might say that curiosity got the best of University of Delaware inventors Norman J. Wagner III and the late Richard F. Heck. And we’ve undoubtedly been the beneficiaries of their scientific sleuthing and tinkering. The two were inducted as fellows into the National Academy of Inventors on Friday, April 15, in ceremonies at the United States Patent and
Trademark Office in Alexandria, Virginia. Wagner, who is the Unidel Robert Pigford Chaired Professor of Chemical and Biomolecular Engineering, answered some questions for UDaily about developing superhero materials called shear thickening fluids – some that he has developed into “liquid armor” – and what it’s like to be an inventor. Read more about how ‘shear” genius provides super-hero protection…

Treeing It Up

Professor Thomas Epps, the Thomas & Kip Gutshall Associate Professor of Chemical & Biomolecular Engineering, photographed in an Interdisciplinary Science and Engineering Lab microscopy suite to accompany an article he recently had accepted into the journal "Nature Communications".

Thomas H. Epps, III

Research team documents design of wood-based polymers

Professor Richard Wool was a pioneer in green engineering and author of the first book to systematically describe the chemistry and manufacture of biobased polymers and composites derived from plants. Although the University of Delaware chemical engineering professor died in 2015, his legacy lives on, not only in the book but also in the inspiration he provided to others. Thomas H. Epps, III, the Thomas and Kipp Gutshall Associate Professor of Chemical and Biomolecular Engineering at UD, credits Wool with piquing his interest in using trees — specifically, waste from the pulp and paper industry — as a source for new polymers and plastics with “tunable” thermal and flow properties. Epps, who is also an associate professor of materials science and engineering, along with several coauthors recently demonstrated the design of softwood ligninbased polymers with potential application as alternatives to petroleumbased polystyrene. Read more…