Empowering the Next Generation: NMSU's Interactive AI Summer Camp for High School Students

In the rapidly evolving field of artificial intelligence (AI), early exposure and hands-on experience are crucial for fostering the next generation of innovators. Recognizing this need, New Mexico State University's (NMSU) Physical Science Laboratory (PSL) has been hosting the STEM Mavericks camp—a dynamic AI summer program designed specifically for high school students in Doña Ana County. This initiative not only equips students with essential technical skills but also ignites their passion for STEM disciplines.

The Genesis of STEM Mavericks

A Collaborative Effort

The STEM Mavericks camp is the result of a strategic partnership between NMSU's PSL, the Department of Defense’s Chief Digital AI Office, Trenchant Analytics, and various NMSU departments, including the Electrical Engineering Department and the STEM Outreach Center. This collaboration aims to provide a comprehensive, hands-on learning experience that bridges the gap between theoretical knowledge and real-world application.

Inception and Growth

Launched in 2023, the camp began with a select group of students from the Las Cruces Public School District and Gadsden Independent School District. The inaugural program focused on introducing participants to the fundamentals of AI, coding, and software-defined radio. Building on its success, the program expanded in 2024 to include more students and a broader curriculum, incorporating advanced topics such as machine learning and data analysis.

2025: A Milestone Year

Program Expansion

In June 2025, the STEM Mavericks camp reached a significant milestone by hosting 40 students from various high schools, including Alta Vista Early College High School, Arrowhead Park Early College High School, Centennial High School, Chaparral High School, Gadsden High School, Las Cruces High School, Mayfield High School, Organ Mountain High School, and Santa Teresa High School. This expansion underscores the growing interest and recognition of the program's value within the community.

Teacher Involvement

A notable addition in 2025 was the inclusion of local high school teachers in the program. Selected through a competitive application process, these educators participated in training sessions prior to the camp, supported learning activities during the camp, and are now equipped to integrate the lessons learned into their own classrooms. This approach ensures the sustainability and broader impact of the program, as teachers become catalysts for disseminating AI knowledge within their schools.

Curriculum and Learning Outcomes

Hands-On Projects

Over the two-week program, students engaged in a variety of hands-on projects that introduced them to computer science and electrical engineering concepts. Key areas of focus included:

• Coding Fundamentals: Students learned programming languages such as Python, which is widely used in AI development.

• Artificial Intelligence: Participants explored AI concepts, including machine learning algorithms and their applications in real-world scenarios.

• Software-Defined Radio: The camp provided insights into software-defined radio technology, enabling students to understand its role in modern communication systems.

Exposure to NMSU Facilities

Beyond the classroom, students were introduced to various facilities and programs at NMSU, such as the Aggie Innovation Space and PSL’s Telemetry and Missile System Division. These visits offered students a glimpse into the cutting-edge research and development occurring at the university, inspiring them to envision their future in STEM fields.

Guest Speakers and Industry Insights

The program featured guest speakers from the region with careers in applied engineering, computer science, and defense. These professionals shared their experiences, discussed career pathways, and emphasized the importance of STEM education in addressing global challenges. Such interactions provided students with valuable mentorship and a broader perspective on the potential applications of their skills.

Impact on Students and the Community

Skill Development

Participants reported significant growth in their technical skills, particularly in coding and problem-solving. The hands-on nature of the camp allowed students to apply theoretical knowledge to practical challenges, enhancing their understanding and retention of complex concepts.

Increased Interest in STEM Careers

The exposure to various STEM fields and the encouragement from mentors and peers led to a heightened interest in pursuing careers in science, technology, engineering, and mathematics. Many students expressed a desire to continue their education in these areas, aiming to contribute to technological advancements and societal progress.

Community Engagement

The involvement of local teachers and the emphasis on community collaboration fostered a sense of unity and shared purpose. The program not only benefited the students directly involved but also had a ripple effect, inspiring other educators and students within the community to explore STEM opportunities.

Looking Ahead: The Future of STEM Mavericks

Program Sustainability

Plans are underway to ensure the sustainability of the STEM Mavericks camp. This includes securing funding, expanding partnerships, and developing a curriculum that evolves with advancements in AI and related technologies. The goal is to create a program that remains relevant and continues to meet the educational needs of high school students.

Broader Impact

By equipping students with AI skills and fostering a passion for STEM, the program aims to contribute to the diversification of the tech industry and address the growing demand for skilled professionals in AI and related fields. The emphasis on inclusivity and community engagement ensures that the benefits of the program reach a wide demographic, promoting equal opportunities in education and career advancement.

Conclusion

The STEM Mavericks camp at NMSU exemplifies the transformative power of collaborative efforts in education. By providing high school students with interactive, hands-on experiences in AI, the program not only enhances their technical skills but also inspires them to envision and pursue careers in STEM fields. As the program continues to evolve and expand, it holds the promise of shaping the future of technology education and contributing to a more innovative and inclusive society.

For more information about the STEM Mavericks camp and other STEM initiatives at NMSU, visit the NMSU Newsroom.

Note: The information provided in this article is based on the latest available data as of June 2025.