Job Seekers, Welcome to NCSEA Career Center
Search Filters
Use this area to filter your search results. Each filter option allows for multiple selections.
Search Results: 61 Jobs
Create Notification
Loading... Please wait.
University of Cincinnati, College of Engineering & Applied Science

Cincinnati, Ohio

The Ohio State University

Columbus, Ohio

NCASI

Atlanta, Georgia

City of Sacramento

Sacramento, California

HRI

Albany, New York

City of Sacramento

Sacramento, California

Ada County Highway District Logo
Ada County Highway District

Boise, Idaho

New York University Logo
New York University

New York, New York

National Laboratory of the Rockies

Golden, Colorado

University of California Los Angeles (UCLAA)

LOS ANGELES CA, California

Plant Resilience Institute at Michigan State University Logo
Plant Resilience Institute at Michigan State University

East Lansing, Michigan

City of Belgrade Logo
City of Belgrade

Belgrade, Montana

Pursuit Aerospace

Cleveland, Ohio

Massachusetts Institute of Technology

Cambridge, Massachusetts

City of Bothell

Bothell, Washington

Southwest Florida Water Management District

Brooksville, Florida

Cummings Scientific, LLC Logo
Cummings Scientific, LLC

Tallahassee, Florida

Canadian National Railway

Homewood, Illinois

Town of Queen Creek

Queen Creek, Arizona

Brose Logo
Brose

Auburn Hills, Michigan

Canadian National Railway

Homewood, Illinois

Salas O'Brien Logo
Salas O'Brien

Vista, California

Town of Granite Falls, NC

Granite Falls, North Carolina

Texas Biomedical Research Institute

San Antonio, Texas

Loading... Please wait.
Principal/Senior Research Scientist, Plant Molecular Biology
About Foray Foray Bioscience is unlocking biomanufacturing for plant-based industries to protect and restore natural ecosystems. By cultivating plant cells outside of the plant, Foray produces a diverse array of molecules, materials, and seeds without traditional harvesting, thereby reducing pressure on natural resources. Our technology platform enables plant-free cultivation, which is 100 times faster and uses over 80% less land than conventional methods. This process, driven by a predictive database, makes plant cell culture accessible to the 99% of species previously deemed too difficult to work with. Foray's no-harvest solution addresses the urgent need to combat biodiversity loss and ecological degradation, ensuring the contin


This job listing is no longer active.

Check the left side of the screen for similar opportunities.
Loading. Please wait.