Digital Platforms in Education
- Teaching has increasingly shifted towards virtual spaces, not just during the pandemic but over the last decade.
- Digital platforms referred to as spaces for social and economic exchanges are utilized in education, resembling ecosystems rather than mere tools.
- General Purpose Platforms: Examples include Amazon, Facebook, Google.
- Educational Platforms: Tools for specific educational functions:
- Classroom Management: Google Classroom, ClassDojo
- Communication: SeeSaw, TalkingPoints
- Monitoring: Securely, GoGuardian
- Instructional Support: Khan Academy
- Content Creation: Voicethread, Prezi, Padlet
- Educators often view platforms as separate tools rather than interconnected digital environments.
- Mistake in thinking that selecting the right tool alone can enhance teaching effectiveness.
- Platforms as "ecologies": Each platform is an environment of interactions among various stakeholders (educators, students, developers).
- Importance of understanding platforms beyond their immediate educational utility (design, data policies, user experience).
- Shift from ownership to leasing
- Schools now invest in platform access rather than acquiring permanent software and hardware.
- Advantages include updates and improvements, but this also cedes control to platform developers.
- Conceptual Framework by José van Dijck:
- Leaves: Individual apps/tools.
- Trunk: Structure and usability of those tools.
- Roots: Material resources, infrastructure supporting the platform.
Social Uses
- Evaluation of how technology shapes interactions within classroom settings.
- Discrepancies between intended use (e.g., teaching) and actual use (students' behaviors).
- Example of COVID-19: Teachers faced unexpected challenges utilizing platforms like Zoom.
Design Decisions
- Importance of platform design decisions affecting usability, accessibility, and inclusivity.
- Reflects the creators' values and biases which may disadvantage certain groups of students (e.g., racial, socioeconomic biases).
- Need to assess how user interface and privacy settings align with pedagogical goals.
- Example: Algorithms might favor certain languages or formats, impacting students' engagement.
Material Resources
- Recognition of the physical and infrastructural components required for technology to function.
- Exploration of equitable access to materials like Wi-Fi and devices.
- Addressing environmental impacts of tech usage (resource extraction, electronic waste).
Importance of an Ecological Perspective
- An ecological view allows for a more nuanced understanding of how platforms influence education.
- Avoiding Technological Determinism: Problem-solving through platforms alone can create unrealistic expectations.
- Encourage reflection on values and biases inherent in digital tools to choose those that fit specific educational contexts.
Guiding Questions for Educators
| Dimension | Questions to Consider |
|---|
| Social Uses | 1. How will this technology shape learning and interaction? |
| 2. What is the difference between intended use and actual use? |
| Design Decisions | 1. What user demographics influenced the platform's design? |
| 2. Are there barriers created by the technology’s design? |
| Material Resources | 1. What infrastructural needs accompany this technology? |
| 2. What impact do remote resources have on equity in learning? |
Conclusion
- Recognizing the complexities of educational technologies leads to more informed platform choices.
- Foster critical inquiry among students about the platforms they use, encouraging them to evaluate design and its implications for learning.