OB3 Theory of Change

This diagram presents OB3's Theory of Change as a Logic Model flowchart: tracing the pathway from programme strategies and theoretical foundations through outputs, outcomes and long-term impact. Each column builds on the previous, showing the causal logic of how OB3 enables co-designed distance education. Two programme case studies show how the model applies in context.

OB3's Theory of Change describes how a purpose-built asynchronous learning environment transforms the way students and teachers engage with distance education — moving from isolation and passive consumption toward co-designed, community-centred learning. Grounded in human-centred, participatory and inclusive design principles, and informed by networked learning theory, study skills for academic success, visual design for metacognition, and meaningful learning, OB3's feature design creates the conditions for students to become co-contributors and co-designers of knowledge, while teachers evolve from content providers into curators. This model has been developed and refined over more than a decade across two tertiary programmes — the Otago-Sydney Universities ophthalmic science programme and the Ara Institute of Canterbury Bachelor of Midwifery — serving geographically dispersed, rural, Māori and Pasifika learners in Aotearoa New Zealand and Australia. Evidence of outcomes includes peer-reviewed publications, student survey data showing preference for OB3-enabled peer learning activities over other modalities (Daellenbach et al. 2022), improved engagement and reduced isolation reported by students and educators (Gomez et al. INTED22, 2022), and recognition as an exemplar in two consecutive ASCILITE Contextualising Horizon Reports (2021–22 co-design; 2022–23 HyFlex learning). The logic model below maps this evidence across the causal pathway from programme strategies to long-term impact.
StrategiesProgramme actions
InterventionOB3 unifies content + discussion in one interface
ActivityAsynchronous co-authoring of media-rich documents
ActivityStudent-led assignments (wiki pages, journal clubs)
ActivityePortfolios for professional certification
ActivityBlended + HyFlex delivery models
DesignBuilt with HC, participatory + inclusive design methods
TargetsKnowledge, skills, behaviours
TheoryNetworked learning connections between learners
TheoryStudy skills for academic success
TheoryVisual design for metacognition
TheoryMeaningful learning principles
BehaviourCo-design of learning by students + teachers
BehaviourTeacher as curator of knowledge
OutputsDirect products
ProductMedia-rich documents with embedded discussions
ProductStudent-derived curriculum elements
ProductePortfolios of practice experience
ProductWiki pages + journal club documents
ProductCross-institutional learning community
ProductLifelong alumni access to content
OutcomesShort + medium term
Short term · testedReduced isolation in distance learners↳ Ara student survey: peer learning + discussion activities ranked equal to or above lecturer content (Daellenbach et al. 2022, Fig. 18.2)
Short term · testedImproved engagement + participation↳ Almost all students find discussions valuable + feel more connected (Gomez et al. INTED22, 2022)
Medium term · testedCommunities of practice thrive↳ Knowledge integration + community of practice development facilitated (Gomez et al. INTED22, 2022)
Medium term · testedStudent work enriches curriculum↳ Best student contributions incorporated into future cohort resources since 2017 (Petsoglou + Stoop, Eye2Eye 2020; Gomez et al. INTED22, 2022)
Medium termProgramme resilience (disaster continuity)
Medium termTeachers transformed into facilitators
ImpactLong term goals
EquityEquitable access for rural + indigenous learners
QualityDistance education matches face-to-face quality
Skills21st century skills developed
LifelongOngoing learning communities sustained
GlobalCross-institutional collaboration enabled
RecognitionTwo ASCILITE Horizon Report exemplars
Otago-Sydney Universities — Ophthalmic Science Programme Postgraduate · since 2004 · ASCILITE co-design exemplar 2021–22

Strategies in context

  • Lecture content with embedded discussions
  • Student-led wiki pages (Optik-i project)
  • Journal club discussion documents
  • Alumni lifelong access via OB3

Targets in context

  • Student–teacher connection across two countries
  • Theory linked to clinical practice
  • 100+ Optik-i pages co-created
  • Best student work enters curriculum

Outcomes in context

  • Cross-institutional teaching on one platform
  • Student-derived content enriches successive cohorts since 2017
  • Graduates progress to leadership roles
✓ External validation: ASCILITE Co-Design Exemplar 2021–22
Ara Institute of Canterbury — Bachelor of Midwifery Programme Undergraduate · since 2009 · ASCILITE HyFlex exemplar 2022–23

Strategies in context

  • All theory delivered asynchronously in OB3
  • ePortfolios for placement records
  • Low-bandwidth async design for rural access
  • Small group ākonga tutorials

Targets in context

  • Māori + Pasifika inclusion through collaborative study
  • Rural bandwidth constraints addressed
  • Kaupapa Māori + Pasifika values in curriculum
  • Collaborative group assessment

Outcomes in context

  • Isolation reduced; students feel connected
  • Continuity maintained through earthquake + pandemic
  • Graduates remain in regional + rural areas
✓ External validation: ASCILITE HyFlex Exemplar 2022–23

Moderators — Factors that affect who benefits most and least

Rural location and geographic isolation · Limited bandwidth and internet infrastructure · Indigenous background (Māori, Pasifika) · Work and family commitments of postgraduate students · Institutional LMS policies and technology selection · Prior digital skills of students and academic staff · Availability of local clinical supervisors and kaiako

Logic model structure adapted from: Harvard Center on the Developing Child, IDEAS Impact Framework — Theory of Change. ideas.developingchild.harvard.edu/theory-of-change
Create a free account