The STEM Village – Fostering a Community of Learners

As we transition to an increasingly technological economy, the need for a skilled technical workforce will grow exponentially.  Even those who do not directly pursue STEM careers will require a foundational understanding of advanced technology if they wish to be competitive in higher education, industry, research, and entrepreneurial endeavors.  The next generation must be more than tech savvy – they must possess a distinct functional literacy in the emerging technologies that will drive our economy and redefine our every day lives.

In this article, I will discuss the critical link between community engagement and technical literacy.  Using the case study of Microsoft EPIC, I will highlight one successful model, which has proven effective at mobilizing community stakeholders to support next generation learning for students from diverse and often underserved communities.  The result is nothing less than a vibrant STEM Village – a community of engaged learners that support, encourage, and inspire one another to learn more, be more, do more, and to aspire to become EPIC!

Technical Literacy – Building the STEM Village

The term “digital literacy” often emerges when we speak of building an education pipeline to next generation STEM careers. I propose expanding this to more fully encompass the variety of technology related fields that our students will navigate (medicine, law, engineering, computer science, etc.).  This is not just semantic, but deeply rooted in the experience of how we acquire new skills and knowledge. In other words, we might think of STEM learning as an acculturation to the language of a new system of meaning-making – a distinct “technical literacy”.

At the most basic level, learning to code implies gaining fluency in a new syntax of symbols and structural associations that give order and meaning to the underlying computer language. But it does not stop there; as we learn to navigate this new functional literacy, we begin to think algorithmically. That is to say that we not only memorize the rules of the language, but also that we begin to internalize the logic of the semantic structures that allow the language to function.

According to leading education researchers, ‘literacy’ should not be described as singular, but as a plurality of functional systems of meaning-making and signification (Cope & Kalantzis, 2009; Gee, 2004; Larson & Marsh, 2005; Lankshear & Knobel, 2011; Rogoff 1994). Lankshear & Knobel (2011) expressly make the case for a more expansive view of literacy, explaining that, “literacies are many, not singular...we now understand literacies as socially created constitutive elements of larger human practices” (p. 76).

The key point is that we navigate various frameworks of literacy on a daily basis, often without realizing it, and our dispositions and attitudes toward these literacy encounters are determined largely by their social and cultural relevance to our own lives.

At this point, you may be wondering what any of this has to do with STEM learning or preparing our students to excel in higher education and technology careers.

I can sum it up in one word – COMMUNITY. If our willingness and ability to navigate new literacies is determined by our personal experiences, then it naturally follows that those individuals who shape our experiential ecosystem are critically important to both our immediate development and our long-term potential for growth.

Research also shows that “children enter school differently prepared for the demands of formal education, and these initial differences often impact the trajectories of children’s subsequent language, cognitive development, literacy and academic achievement” (Rodriguez et al, 2009, p. 678).

Accordingly, there is a strong connection between family literacy and functional literacy practices, and the home environment provides the foundation for many of the “initial” literacy practices that students will further develop through institutional education (Gordon & Gordon, 2003, p.17). Unfortunately, research also suggests that many students are not exposed to the readiness skills necessary to develop at a normative academic pace in the years prior to formal education.

“Many children come prepared to deal with the rigors of academic instruction and social and interpersonal demands of the classroom. However, for other children, socioeconomic status, culture, and family- related factors can have a negative impact on language and social development and academic achievement, which, in turn, places them at risk for school failure” (Watson et al., 2010, p. 335).

As Shelea Majors (Education Director, Kino-Eye Center) explains, “these literacy encounters must be reinforced and incorporated within the home and the community… and it is important that educators establish strong relationships with parents, students, and the community at-large, in order to support the literacy development of the family as a whole.” (2012, p. 5).

Microsoft EPIC – A Case Study in Community

The Microsoft EPIC (Education Partnerships for Inspired Communities) program introduces the students of today to the exciting next level possibilities of tomorrow through technical training, leadership and teamwork experiences, and the real-world application of academic knowledge!

The intensive STEM curriculum blends project-based learning with an educational foundation in artificial intelligence and data science. Designed by university faculty, Microsoft engineers, and certified teachers, the program challenges students to solve real-world problems by applying the engineering design process.

Students participate in hands-on exercises, design challenges, content area lectures, and project-based learning experiences, all with one driving goal – to empower people to live happier, safer, healthier, and more fulfilling lives!

The Microsoft EPIC program was created through the support of Microsoft, in partnership with the Kino-Eye Center – a 501(c)3 non-profit education foundation. The programming, content, and curriculum for the Microsoft EPIC program was created by a multi-disciplinary team, consisting of university faculty, certified educators, and professional engineers.

Dr. Cesare Wright lectures on strategic communication
More info on Microsoft EPIC: 

Kino-Eye Centerhttps://www.kinoeyecenter.com/2019/10/25/microsoft-epic/

IamSTEMpowered Facebookhttps://www.facebook.com/iamSTEMpowered/

Collaboration and Partnership Model

Microsoft EPIC fosters an active community of learners, which positions students to embrace life-long learning and to succeed in higher education and careers.  

In addition to creating an engaging academic experience for students, the program invites parents, teachers, school administrators, college students, and other community partners create a more supportive ecosystem for sustainable STEM learning.

Undergraduate engineering students served as coaches during each Microsoft EPIC session, providing the 7th/8th grade students with invaluable guidance and mentorship.  Professional engineers also joined in to coach several of the teams, and parents were invited to participate and offer insights throughout the day. 

A&M college student coaches Gavin and Israel from the NASA SUITS team

Praxis - When Theory Meets Practice.

We open each Microsoft EPIC event with a direct challenge to students – “Don’t settle for “good” or “excellent” or “outstanding” – aspire to become EPIC!”

But lofty goals are only as valuable as our ability to bring them to fruition, and this mandate for our students to “become EPIC” depends ultimately on the responsiveness and engagement of the community at-large.

In this spirit, Microsoft EPIC was premised on the belief that the community would rally to support educational excellence, if given the opportunity, and when we put our prediction to the test, we were rewarded with an amazing display support and solidarity!

During the Houston area pilot sessions of the Microsoft EPIC program, we were absolutely BLOWN AWAY by the outpouring of enthusiasm from the Greater Houston community!

Principals and school administrators took time out of their busy schedules to aggressively distribute the program information to parents and students, ensuring strong participation and promoting the highest degree of inclusion and diversity. Many of these teachers, principals, and administrators also attended each of the regional Microsoft EPIC sessions, providing an outstanding display of support and recognition for the efforts of the participating students.

Principal Kristen Thome joins parents to watch student pitches

After waking up early on a Saturday morning to bring their kids to the regional Microsoft EPIC events, many parents stayed to observe the lectures, technical exercises, and design challenges throughout the day.  The pride and support of the parents was on full display as student presented their “Shark Tank” style pitches at the end of each regional event.

Parents also took to social media to share the accomplishments of the students; proving that positive achievement and hard work are just as worthy of “likes” as cute animal videos!

High profile community personalities, including the President of the NBA Retired Players Association, participated as judges for the design and pitch competition, and Houston area media mobilized to prominently showcase the hard work and dedication of the participating 7th/8th grade students.

I cannot express strongly enough our appreciation for the support of the Houston community in making Microsoft EPIC a truly next-level experience for the students who participated!

Moreover, I hope that this program will serve as a model of what is possible when industry, educators, parents, students, and community partners come together with the express goal of creating new possibilities and opportunities for the next generation of STEM leaders!

Article by Cesare Wright, Ph.D. M.F.A    |    Nov. 7, 2019   |    Contact – cesare@kinoeyecenter.com 

About the Author:

Dr. Cesare Wright is the President of the Kino-Eye Center.  He served for 7 years as a Lecturer and Leadership Specialist for the Rice Center for Engineering Leadership at Rice University, and has worked for over 20 years in non-profit education, film and media production, and visual anthropology.  His research focuses on the intersection of technology, culture, and education. 

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Works Cited

Cope, B. & Kalantzis, M. (2009). Multiliteracies: New literacies, new learning. Pedagogies: An International Journal, 4(3), 164-195.

Gee, J. (2004). Situated language and learning: A critique of traditional schooling. New York: Routledge.

Gordon, E., & Gordon, E. (2003). Literacy: A historical perspective. Principal Leadership Journal, 11(2), 16-20.

Larson, J. & Marsh, J. (2005). Making literacy real: Theories and practices for learning and teaching. London: Sage.

Majors, S. (2013). Academic Literacy Development and Home/School Education Partnership. Rochester: University of Rochester.

Lankshear, C. & Knobel M. (2011). Literacies: Social, cultural, and historical perspectives. New York: Lang.

Rogoff, B. (1994) Developing understanding of the idea of communities of learners. Mind, Culture, and Activity, 1(4), 209-229.

Watson, S., Gable, R., & Greenwood, C. (2010, March 1). Combining Ecobehavioral Assessment, Functional Assessment, and Response to Intervention to Promote More Effective Classroom Instruction. Remedial and Special Education 2011 32: 334. Retrieved from http://rse.sagepub.com/content/32/4/334