SAC Technology Integration and Digital Learning 1 — Questions and Answers
Question 1: The SAMR model for technology integration identifies four levels. Which level represents the highest degree of transformation, enabling tasks that were previously impossible without technology?
- Substitution
- Augmentation
- Modification
- Redefinition (Correct answer)
Correct answer: Redefinition
Redefinition (the highest SAMR level) uses technology to create new tasks and learning experiences that were previously inconceivable without it—fundamentally transforming the nature of the learning activity.
Puentedura's SAMR model describes a continuum from substitution (technology does the same task as before with no functional change), to augmentation (same task with some improvement), to modification (significant task redesign), to redefinition (creation of new, previously inconceivable tasks). For example, a substitution would be typing an essay instead of writing it by hand; a redefinition would be students collaborating globally with peers in another country to co-produce a multimedia documentary. Administrators using the SAMR model as a framework for instructional coaching help teachers move technology use from replacement tools to genuinely transformative learning experiences.
Question 2: Which federal law requires schools to implement internet content filtering and establish policies for safe internet use by students?
- FERPA
- CIPA (Children's Internet Protection Act) (Correct answer)
- COPPA (Children's Online Privacy Protection Act)
- IDEA
Correct answer: CIPA (Children's Internet Protection Act)
The Children's Internet Protection Act (CIPA) requires schools that receive E-rate funding to implement technology protection measures (internet filters) and adopt internet safety policies covering minors' online activities.
CIPA, enacted in 2000 and upheld in United States v. American Library Association (2003), conditions E-rate discounts and LSTA grants on schools having: internet filtering software blocking obscene content, child pornography, and content harmful to minors; an internet safety policy covering students' online behavior, hacking, cyberbullying, and privacy; and education for students on appropriate online behavior and cyberbullying. Schools must certify CIPA compliance annually. Administrators must also ensure that filtering systems do not block legitimate educational content (overblocking) while maintaining CIPA obligations.
Question 3: An administrator is evaluating whether a technology vendor's data collection practices comply with student privacy laws. Which law specifically governs operators' collection and use of personal information from students under 13?
- FERPA
- COPPA (Children's Online Privacy Protection Act) (Correct answer)
- CIPA
- HIPAA
Correct answer: COPPA (Children's Online Privacy Protection Act)
COPPA requires websites and online services directed at children under 13 to obtain verifiable parental consent before collecting personal information, with FTC enforcement authority.
COPPA applies to commercial websites and online services directed to children under 13 or that knowingly collect personal information from children. It requires privacy policies, parental consent before data collection, parental access and deletion rights, and data security obligations. Schools that authorize digital tools and platforms must review vendor privacy policies for COPPA compliance and consider the school's own FERPA obligations when approving tools that will handle student education records. Many states have enacted additional student privacy laws (e.g., California's SOPIPA) that extend COPPA-like protections to K–12 students of all ages.
Question 4: The TPACK framework describes effective technology integration in terms of which three intersecting knowledge domains?
- Technology, Pedagogy, and Content Knowledge (Correct answer)
- Technical skills, Programming, and Application of Content
- Tools, Platforms, and Curriculum Alignment
- Teacher Preparation, Assessment, and Classroom Knowledge
Correct answer: Technology, Pedagogy, and Content Knowledge
TPACK (Technological Pedagogical Content Knowledge) frames effective technology integration as the intersection of teachers' technology knowledge, pedagogical knowledge, and content knowledge—where all three overlap is where effective technology integration lives.
Mishra and Koehler's TPACK framework extends Shulman's pedagogical content knowledge (PCK) by adding technology as a third domain. Effective technology integration requires not just knowing a tool (TK), not just knowing subject matter (CK), not just knowing how to teach (PK), but understanding how these knowledge bases interact: which technologies best represent specific content, how technology changes instructional possibilities for particular topics, and how to use technology to make content accessible and engaging in ways aligned to learning goals. Administrators use TPACK to design professional development that develops all three domains, not just technical skills.
Question 5: A school is creating a 1:1 device program. Which consideration is most critical for ensuring equitable access?
- Selecting the lowest-cost devices available to maximize the number of devices purchased
- Addressing the digital divide by ensuring students have both devices AND reliable home internet access (Correct answer)
- Standardizing all classroom software to reduce IT support needs
- Purchasing only devices compatible with the district's current content management system
Correct answer: Addressing the digital divide by ensuring students have both devices AND reliable home internet access
A 1:1 device program only achieves equity if students also have reliable internet access at home—without connectivity, devices alone cannot bridge the digital divide for homework, remote learning, and family communication.
The COVID-19 pandemic exposed the depth of the digital divide: millions of students had school-issued devices but no home internet, or only cellular hotspot access with data caps. Equitable 1:1 implementation requires: device distribution, home internet provision (via hotspots, partnering with ISPs, or leveraging the FCC's Emergency Connectivity Fund), technical support accessible to families without IT expertise, and device-agnostic content that works on all hardware and bandwidth levels. Administrators who address all elements of the digital divide—device, connectivity, and digital literacy—maximize the equity impact of 1:1 programs.
Question 6: Which approach to professional development for technology integration is most likely to produce sustained changes in teachers' classroom practice?
- Requiring all teachers to complete a mandatory 8-hour online course on technology tools
- Providing ongoing coaching, collaborative practice, and time for teachers to experiment with technology in the context of their own content areas (Correct answer)
- Issuing each teacher a technology tool manual and expecting self-directed learning
- Mandating that all lessons include technology use, assessed in formal evaluations
Correct answer: Providing ongoing coaching, collaborative practice, and time for teachers to experiment with technology in the context of their own content areas
Ongoing, job-embedded coaching where teachers experiment with technology within their actual content context produces sustained practice change—more so than one-time training, self-directed tool study, or compliance-based mandates.
Research on professional development for technology integration (ISTE, International Society for Technology in Education; NETP) consistently identifies the same conditions for sustainable change: adequate time for practice and experimentation, peer collaboration and modeling, instructional coaching tied to real classroom applications, and a culture of risk-taking that tolerates imperfect first attempts. One-time workshops develop tool awareness but not instructional transformation. Mandated technology use without support generates compliance (low-SAMR substitution) rather than meaningful learning innovation. Administrators who fund embedded technology coaching positions alongside device purchases see significantly higher instructional transformation outcomes.
SAC Technology Integration and Digital Learning 1
The SAMR model for technology integration identifies four levels.
Which level represents the highest degree of transformation, enabling tasks that were previously impossible without technology?