Cognitive Apprenticeship and Computer Science Education in Cyberspace: Reimagining the Past

Cognitive Apprenticeship and Computer Science Education in Cyberspace: Reimagining the Past

Cynthia M. Calongne (Colorado Technical University, USA), Andrew G. Stricker (The Air University, USA), Barbara Truman (University of Central Florida, USA) and Fil J. Arenas (The Air University, USA)
DOI: 10.4018/978-1-5225-2182-2.ch013
OnDemand PDF Download:
No Current Special Offers


The lens of appreciative inquiry, as seen through the eyes of educators, examines ten years of virtual learning at several institutions. The study reflects on the impact of presence, and explores how learning communities develop as students assume roles and learn using cognitive apprenticeship. The examples reinforce the value of deep immersion and identity in situated learning, even as the software design activities illustrate the benefits experienced when students assume ownership and structure their activities. Encouraged by self-reflection, the learners explore their shared values, form into groups, and make personal discoveries. The examples illustrate the power of design thinking during individual and group work. From early work with 400 8th graders through 50 higher education classes taught at two institutions, techniques emerged for applying cognitive apprenticeship and deep immersion that strengthened the experiences and provided insights for developing a sustainable educational program.
Chapter Preview


Robert Lockhart and Fergus Craik (1972) turned cognitive models of learning upside down by introducing the concept of levels of processing. Their model featured two categories: shallow processing and deep or semantic processing.

Memories decay under shallow processing, influenced by data related to:

  • How an object looks - structural processing;

  • How something sounds - phonemic processing;

  • How letters are symbols that when grouped together, become words - graphemic processing;

  • How the shape of objects appear - orthographic processing.

In contrast, the construct of semantic processing uses deep immersion to reflect on:

  • The relationship between objects or experiences;

  • The deeper meaning of the experience;

  • The importance of the experience.

Lockhart and Craik’s deep learning through semantic processing favors deep immersion through context and the relationship between objects or situations, the search for deeper meaning through comparing and contrasting related experiences, and when reflecting on the importance of the experience. In virtual world education, learners gather in synchronous sessions or work with 3D holograms that represent the content through a variety of shapes, symbols, and media presented within a situated learning context.

Deep immersion occurs when the learners apply the principles of design thinking (Brown, 2008) to imagine and reflect on the art of the possible as they apply the course concepts using situated cognition (Glick, 1997), critical thinking and problem-based learning challenges. They imagine a variety of possible scenarios, and create 3D environments that engage the visitors in probing, immersive experiences. The power of creation reinforces the learning experience, and they remember the details as well as the outcome. See Table 1 for a proposed model of how to reflect on the levels of deep immersion and their relationship to identity confusion and safety.

Table 1.
Deep immersion framework

Throughout the process, the deeper levels foster a suspension of disbelief to form relationships that establish the optimal conditions for shaping identity. Interesting questions come to mind, illustrated using the analogy of a scuba diver:

Complete Chapter List

Search this Book: