Locate
Map a lesson to its learning objective, Lithuanian-language context, curriculum decision, and learner access conditions before selecting a tool.
Research questionHow can Lithuanian teachers use AI in ways that strengthen learning, assessment, and critical thinking without transferring responsibility from the teacher to the tool?
SL-007 public status
PLANNED STUDY CASE FILE
This planned case file situates learning-science research in Lithuania without claiming a partnership or local result. It asks how teachers can evaluate AI use in Lithuanian-language and multilingual classrooms, how learners can disclose assistance, and how classroom evidence can remain useful to teachers rather than becoming a technology adoption scorecard. The study would treat teacher judgment and learner agency as outcomes in their own right.
Describe how teachers interpret responsible AI-use guidance when planning Lithuanian-language lessons and assessments.
Measure whether professional learning improves the quality of teacher decisions about when AI adds educational value and when it should not be used.
Assess learner reasoning, source checking, disclosure, and independent transfer separately from AI-assisted task completion.
Identify access, language, disability, workload, privacy, and school-governance conditions that shape implementation.
DESIGN CANDIDATE
Every element remains provisional until the protocol is registered. Unknowns are shown as unknowns instead of being filled with unsupported precision.
Map a lesson to its learning objective, Lithuanian-language context, curriculum decision, and learner access conditions before selecting a tool.
Ask whether AI adds clear educational value, what the teacher remains responsible for, and what information must remain private.
Teach learners and teachers to state when AI assisted ideation, language support, feedback, or drafting, and what human checking followed.
Assess whether learners can reason, verify sources, and complete a related task independently without the original AI support.
MEASUREMENT
Candidate roles may change during protocol review. Any primary outcome will be fixed before data collection or access to relevant outcome data.
| Outcome | Role | Operational definition | Timing |
|---|---|---|---|
| Teacher AI-use judgment | Candidate primary | Rubric score for choosing, configuring, limiting, disclosing, and reviewing AI use against a stated learning objective. | Before and after professional learning |
| Lithuanian-language source support | Candidate secondary | Whether AI-assisted explanations and citations remain faithful to a source in Lithuanian and any comparison language used in the lesson. | Sampled lesson artifacts |
| Learner reasoning | Candidate learning outcome | Independent rubric score for explanation, evidence checking, uncertainty, and critical revision on a related task. | Baseline and follow-up |
| Disclosure and escalation | Safety outcome | Whether material AI assistance is identified and low-confidence, private, or high-impact decisions are referred to a qualified teacher. | During lesson and artifact review |
| Implementation burden | Context outcome | Teacher time, preparation load, technical friction, and support required to use the framework responsibly. | Throughout implementation |
ANALYSIS DISCIPLINE
Final estimands, models, exclusions, missing-data rules, multiplicity decisions, and stopping conditions will be specified in the registered protocol where applicable.
Prespecify a teacher-level and, only if justified, learner-level estimand before selecting a clustered or stepped design.
Model school and classroom clustering, baseline digital competence, prior AI use, subject, language context, and missingness when supported by the design.
Use Lithuanian and English scoring materials only after translation, back-translation, and cognitive review establish measurement comparability.
Report teacher judgment, learner reasoning, disclosure, and task completion as separate outcomes rather than a single adoption score.
Publish negative cases, implementation burden, access constraints, and deviations, and avoid ranking schools or teachers.
RESEARCH INTEGRITY
The record must be detailed enough to audit what learners experienced, what the AI system could do, and where qualified humans remained responsible.
VALIDITY REGISTER
These responses reduce specific risks. They do not eliminate uncertainty or guarantee that the final design will support a causal claim.
Treat national or school guidance as context and measure teacher judgment and learner outcomes directly.
Use translation review, bilingual scoring checks, and separate language support from the target learning construct.
Record invitation and participation flows, compare baseline context, and limit causal claims when assignment is not credible.
Minimize logs, keep teacher and learner data out of employment or grading decisions, and offer private participation routes.
Measure preparation time, technical burden, devices, connectivity, and no-tool alternatives as implementation outcomes.
STUDY GATES
A stage label is a public claim. The record moves forward only when its stated exit condition is documented.
Lithuanian learning context, intended decision, language frame, and initial risks are recorded.
Sampling, outcomes, translation checks, governance, and analysis plan are fixed.
Education, ethics, privacy, accessibility, security, and school-governance determinations are documented.
Protocol, school permissions, consent materials, and scoring rules are time-stamped before observation.
Teacher and learner outcomes, access conditions, uncertainty, deviations, and artifacts are released where permitted.
EVIDENCE CONTEXT
These external sources provide context for design decisions. They are not Santaros Labs outputs, endorsements, or evidence that this proposed study has been completed.
Lithuania Ministry of Education, Science and Sport · 2026
Describes Lithuania's school-level AI guidance, teacher responsibility, privacy boundaries, disclosure expectations, and the requirement that AI add clear educational value.
Open sourceNational Agency for Education EdTech Centre · Current programme information
Provides context on educator digital competence development, DigCompEdu, inclusive innovation, and Lithuanian teacher learning support.
Open sourceLithuania Ministry of Education, Science and Sport · 2021
Frames accessible education, research-informed development, digital transformation, and competencies for complex real-world problems.
Open sourceNational Agency for Education · 2017
Provides a Lithuanian-language reference for information and data literacy, communication, content creation, safety, and problem solving.
Open sourceOPEN SCIENCE PLAN
Availability will depend on consent, ethics review, licensing, privacy, security, and institutional requirements. A restriction will be explained rather than presented as open access.
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We welcome educators, learning scientists, domain researchers, statisticians, research software specialists, and governance reviewers who can strengthen the protocol.
A research inquiry does not imply study enrollment, institutional approval, funding, or authorship.