Career Center


Job Seekers, Welcome to SPE Career Solutions
Search Filters
Use this area to filter your search results. Each filter option allows for multiple selections.
Search Results: 19 Jobs
Create Alert
Loading... Please wait.
Polyvinyl Films Inc.

Sutton, Massachusetts

Cardinal Health

East Rutherford, New Jersey

NEW! NEW!
IWT Corporate Headquarters

Old Saybrook, Connecticut

NEW! NEW!
University of California Los Angeles Logo
University of California Los Angeles

Los Angeles, California

B. Braun Medical Inc

Irvine, California

Washington State University Logo
Washington State University

Spokane, Washington

University of California Los Angeles Logo
University of California Los Angeles

Los Angeles, California

Johns Hopkins University Logo
Johns Hopkins University

Gaithersburg, Maryland

Cushman Wakefield Multifamily Logo
Cushman Wakefield Multifamily

Pecos, Texas

Cardinal Health

Fort Lauderdale, Florida

Velocity Restorations Logo
Velocity Restorations

Cantonment, Florida

Massachusetts Institute of Technology (MIT) Logo
Massachusetts Institute of Technology (MIT)

Cambridge, Massachusetts

Northeastern University Logo
Northeastern University

Boston, Massachusetts

Michigan Technological University Logo
Michigan Technological University

Houghton, Michigan

University of Southern California (USC) Logo
University of Southern California (USC)

Marina del Rey, California

Michigan State University Logo
Michigan State University

East Lansing, Michigan

Rutgers University Logo
Rutgers University

New Brunswick, New Jersey

Cal Poly Pomona Logo
Cal Poly Pomona

Pomona, California

Loading... Please wait.
Res Assoc Materials Sci
The CFN is seeking an exceptional postdoctoral researcher to pursue frontier research using novel, self-assembling block copolymer blends to heal irregularities in ultra-high resolution directing chemical patterns, with enormous potential impact in future semiconductor technology fabrication. In this position, you will uncover relationships between pattern-forming kinetics, stochastic defectivity, polymer composition and process design in the lithographically directed self-assembly of polymer thin films. Your project will use innovative blending strategies to uncover fundamental relationships between film composition (polydispersity, chemical mixing, etc.) and dynamic interfacial phenomena in self-assembled nanopatterns. You will also employ cu


This job listing is no longer active.

Check the left side of the screen for similar opportunities.
Loading. Please wait.
Powered By Naylor Association Solutions




For questions regarding the career site, please call 888-491-8833. At prompt please press 4. The extension is 1063. Thank you!





spe2018logov4.png