K-12 STEM Outreach Community

Community Mission

The K-12 STEM (Science, Technology, Engineering, and Mathematics) Outreach Community of Interest’s mission is to promote and support pathways to STEM degrees and STEM careers for K-12 students as part of the national strategic effort to produce more STEM professionals for the nation.

Vision

The K-12 STEM Outreach Committee provides for the security of the nation by ensuring a robust STEM workforce.

Scope

K-12 students need to be exposed to STEM activities, degrees, and careers as they move up the academic ladder. The committee will work with the network of Posts, individual members, sustaining members, service branches, and strategic partners to increase opportunities for STEM exposure for K-12 students. The COI will also promote the Society’s STEM programming at local, regional, and national events, as resources allow.

Activities

• Categorize different examples of how the Post/individuals support K-12 STEM at the local level
• Identify and provide guest speakers/webinars on relevant topics
• Serve as a clearinghouse of STEM information
• Provide a calendar of STEM (SAME/Post and external) events and points of contacts

To learn more about the K-12 STEM Outreach Community of interest, contact a member of the Steering Committee, or reach out to Amy McGeever, STEM Coordinator.

Community Chair

Victoria Hernandez
Program Manager, AFCEC

Immediate Past Community Chair

Joshua Graham, P.E., PMP, F.SAME
Project Manager, HDR

View Joshua’s leadership profile.

Upcoming National Webinars

• 
  July 15, 2026

  Webinar

  How NAOC Powers and Facilitates the Next Era of Munitions Response

  This webinar introduces attendees to the National Association of Ordnance Contractors (NAOC)—a nationally recognized organization representing companies engaged in all aspects of military munitions response. NAOC advocates for efficient, high quality project execution and promotes safety for both the workforce and the public, while serving as a central forum for government–industry collaboration across the munitions response community.
• 
  July 16, 2026

  Webinar

  Brave New World: Bid Protests in 2026 and Beyond

  Any industry insider can tell you that bid protests have become – for good or for ill – an inevitable feature of many procurements. For that reason, successful contractors know how to both successfully assert a protest challenging a competitor’s improper award, and successfully defend against baseless protests brought by their own disgruntled competitors.
• 
  July 22, 2026

  Webinar

  Progressive Design Build: A New Delivery Method Now Available

  Progressive Design Build – New NDAA language. This webinar will help explain the fundamental shift in federal construction delivery and clarify the meaning and application of qualifications-based selection processes for construction. Our expert presenters will address what this model means to acquisition teams and how industry evaluates and responds to these opportunities.

Related TME Articles – K-12 STEM Outreach

• 

  Eliminating PFAS Leaching at Camp Grayling

  January 22, 2024

  At Camp Grayling, a novel colloidal-activated carbon material was used as a horizontal barrier on a site where aqueous film-forming foam had previously been discharged to prevent PFAS from leaching into groundwater.
• 

  Reaching Sustainability Goals with Waste-to-Energy

  January 22, 2024

  The U.S. Army Engineer Research & Development Center’s Construction Engineering Research Laboratory is working to develop small-scale waste-to-energy systems that will advance installation sustainability and waste management.
• 

  Investigating Emerging PFAS Destruction Technologies

  January 22, 2024

  Following recent interim guidance from the Department of Defense on how military organizations are to handle the destruction and disposal of PFAS, developing technologies that target the destruction of these forever chemicals hold possibilities for effective and efficient removal.
• 

  Managing Crystalline Silica

  January 22, 2024

  The risk of crystalline silica exposure is prevalent in operations associated with concrete and asphalt cutting (including runway repair), but improvements in engineering controls and personal protections can lower risks to personnel.