Anthropology Lab Conversion

Context

• The COVID-19 pandemic eliminated in-person instruction overnight, creating a critical challenge for the anthropology department.

• Unlike lecture-based courses, anthropology labs relied heavily on hands-on, sensory learning students inspected fossils, measured specimens, and collaborated on analysis in real time.

• A traditional online conversion approach risked stripping away the core pedagogical value of the lab experience. A new model was required one that could replicate the intent of experiential learning within a fully remote environment, while operating within tight timelines and budget constraints.

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Objective​

To preserve the integrity of experiential lab learning in a remote environment by designing an interactive, scaffolded, and collaborative digital lab experience.

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Strategy & Approach

 

​The redesign followed a pedagogy-first approach, ensuring that the online experience maintained the principles of experiential learning rather than simply translating content.

 

The approach was grounded in:

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• Experiential Learning Theory

• Scaffolding (education)

• Cognitive Apprenticeship

• Distributed Cognition

• Expert Blind Spot   

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The strategy emphasized:

• Making expert thinking visible to novice learners

• Structuring learning into guided, progressive steps

• Recreating interaction rather than replicating static content

• Embedding collaboration and feedback throughout the experience

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Execution

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• Designed a three-phase lab model: pre-lab, interactive lab, and post-lab reflection

• Built pre-lab knowledge checks to activate prior knowledge and prepare students

• Created interactive lab activities enabling virtual inspection, measurement, and analysis

• Integrated real-time instructor monitoring to mirror in-person “walkaround” support

• Designed structured opportunities for peer collaboration across all phases

• Developed post-lab reflection components to reinforce and deepen learning

• Delivered the solution within low-budget production constraints, ensuring scalability

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Anticipated Risks & Mitigation Strategy
 

• Expert Blind Spot
  → Mitigated by requiring explicit scaffolding for all student tasks and making expert processes visible

• Loss of Experiential Learning
  → Mitigated by redesigning the experience around interaction rather than static content

• Lack of Collaboration
  → Mitigated by embedding structured group work across pre-lab, lab, and post-lab phases

• Absence of Real-Time Support
  → Mitigated by integrating live instructor monitoring and responsive feedback mechanisms

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Key Solutions & Innovations

• Reimagined lab delivery using a three-phase experiential learning model

• Translated physical lab interactions into structured digital experiences

• Replicated instructor “walkaround” support through real-time engagement

• Embedded scaffolding to support novice learners navigating complex tasks

• Balanced pedagogical integrity with practical constraints (time, budget, tools)

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Results & Impact​

• Preserved experiential lab learning in a fully remote environment

• Enabled both individual and collaborative student engagement

• Maintained real-time instructional support comparable to in-person labs

• Accelerated student understanding through immediate feedback loops

• Established a scalable model adopted as a template for other experiential courses

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Leadership Takeaway

Translating experiential learning online isn't about replacing the experience. It's about designing a new one that honors the same pedagogical intent.