Community Mission
The College Outreach Community leads collaborative efforts between SAME and academia to identify and resolve national security infrastructure-related challenges and supports Post’s efforts to mentor and develop future STEM professionals at the collegiate-level. The community serves as a bridge between academia, Posts, government (military and civilian), and the private sector. The community provides guidance to the network of student chapters across the Society, promotes internship opportunities from SAME sustaining members, and will establish a new engineering competition for students designed to address the nation’s grand challenges.
Overview
The SAME College Outreach Community strives to organize programs and present opportunities to future military and civilian members of the A/E/C profession that will foster networking within their professional community, build leadership skills, and provide job opportunities to recent graduates. Additionally, students with an active membership within SAME have at their disposal a wealth of knowledge and experiences from professionals throughout the A/E/C community of practice.
Executive Community Structure
Vice Chairs
Danielle Hughes, Communications
Jeffrey Allen, Academia Engagement
Staff Liaison
Sarah Feighery, Program Manager
2026 SAME Undergraduate Innovation Design Challenge
Submissions for the 2025-26 SAME Undergraduate Innovation Design Challenge are due by February 6, 2026. This competition, led by the College Outreach COI, evaluates design projects that are being developed by student members as part of their degree curriculums and highlights the innovative thinking of the next generation of STEM professionals.
Learn more about the Innovation Design ChallengeUpcoming National Webinars
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Surprising Stories About Camp David’s Unique History
Do you know the original name of Camp David? Do you know its historic role in the WW-2 D-Day invasion, or even where the secret presidential retreat is located? Please join us for this compelling webinar presented by a former commander of Camp David who will answer these questions and provide scores of other interesting facts and stories about the 84-year-old mountaintop refuge. -
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The Latest in HRSC: Real-Time Data and Remedial Alternatives
The process of High-Resolution Site Characterization (HRSC) continues to evolve, giving environmental professionals faster, more defensible ways to understand and remediate contaminated sites. -
- Webinar
How Global Flood Data Drives Infrastructure Resilience and Emergency Management
Utilizing physics-based 2D hydraulic modeling and climate-conditioned flood datasets can deliver actionable and scalable risk intelligence for infrastructure resilience and emergency management
Related TME Articles – College Outreach
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Relationships, Resiliency, and Readiness: Increasing Interoperability Through Combined Joint Engineering Operations
The annual base defense exercise at Marine Corps Air Station Iwakuni brought together engineering forces across the Indo-Pacific, along with members of the Japanese Ground Self-Defense Forces, to gain bilateral training, forge relationships, and increase interoperability in a joint environment. -
Assessing Mobile Nuclear Reactor Usage in the Pacific
A research team at the Air Force Institute of Technology carried out a lifecycle assessment of the environmental impacts, operational viability, and logistical considerations of mobile nuclear reactors in the Indo-Pacific. -
Deploying Renewable Generation Through Small-Scale Hydropower
A field demonstration and ongoing investigation of modular hydrokinetic turbines by the U.S. Army Engineer Research & Development Center’s Construction Engineering Research Laboratory illustrates the potential applicability for using the technology on military deployments. -
Driving Resilience Decisions Through Better Data
The Air Force Office of Energy Assurance is demonstrating how a new iteration of resilience assessments can better target and quantify potential vulnerabilities in energy security—bolstering national defense by supporting more informed decisions on resilience improvements at installations.
