Training and People



NCMR provides a unique capability of curriculum development and delivery across the spectrum of adult learning. Our approach is to provide an integrated delivery which capitalizes on off-site/on-line distance learning foundations, followed up with hands-on training in a resident environment and culminating in a hands-on practical application training phase in a tough environment. This approach minimizes operational costs and maximizes operational effectiveness for our students. We can accomplish the resident and hands-on phase either at the NCMR training site (Calamityville®) or via mobile training teams anywhere around the world.


NCMR employs full-time staff, adjunct instructors and subject matter experts. The expertise and experience of these individuals span the following areas:

  • Curriculum and course development
  • Course delivery
  • Exercise/scenario development and administration
  • Training analysis and assessment
  • Technical assistance and project management
  • Instructor development
  • SME resource pool

Latest Press Releases

July 23, 2019

Dayton region lands $750K to support medtech startups

Wright State Applied Research Corporation (WSARC) has been awarded $750K to pump into the Dayton region’s burgeoning cluster of medical technology companies, the U.S. Economic Development Association (EDA) announced today. The Dayton MedTech Nexus In...

July 12, 2019

WSARC lands $1.9M contract for Tech Warrior Enterprise

The Wright State Applied Research Corporation, on behalf of the National Center for Medical Readiness (NCMR), was awarded a contract from the General Services Administration (GSA) valued at $1,951,727 as part of the Tech Warrior Enterprise.   The Tec...

February 18, 2019

WSRI Team Successfully Flies Multiple Different UAS with a Single Operator

(Dayton, OH) A team from Wright State Research Institute (WSRI) and the Air Force Research Laboratory (AFRL) spent two weeks in September working in the restricted air space at Camp Atterbury, Indiana testing advanced concepts for single operator con...