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EDSTAR Analytics
Program framework

CURE Logic Model

A theory of change for Course-based Undergraduate Research Experiences at Arapahoe Community College — from resources to impact.

Inputs

What we start with

This logic model traces the pathway from resources and activities, through measurable outputs, to meaningful short- and long-term outcomes.

Faculty & staff

  • 60 faculty
  • 6 lab-prep personnel
  • 6–15 tutors

STEM STARS program

  • Student trainers
  • Research advisors

Advisory task force

  • Curriculum guidance
  • Lab supplies
  • Research resources
  • Assessment tools

Existing curriculum

  • Current lab activities
  • Course materials
  • Assessment frameworks
Activities

What we do

Professional development

  • Faculty training sessions
  • Lab instructor workshops
  • Tutor preparation

Curriculum development

  • Research-based labs
  • Assessment tools
  • Student guides
  • Resource library

Research integration

  • Replace traditional labs
  • Implement research projects
  • Organize symposiums
  • Document outcomes

Recruitment & training

  • Cross-disciplinary outreach
  • Mentorship programs
  • Resource sharing
  • Collaborative planning

Assessment & evaluation

  • Pre/post surveys
  • Performance tracking
  • Outcome measurement
  • Impact analysis
Outputs

What we produce

Trained faculty & staff

  • Completed PD
  • Enhanced research skills
  • Improved teaching methods

CURE resource library

  • Lab guides
  • Training materials
  • Assessment tools
  • Best practices

Research projects

  • Wet-lab activities
  • Dry-lab programs
  • Student investigations
  • Data collection

Student presentations

  • Research symposiums
  • Project showcases
  • Documentation
  • Portfolios

Assessment data

  • Survey results
  • Performance metrics
  • Program impacts
  • Success indicators
Outcomes

What changes

Short-term outcomes

  • Increased faculty confidence
  • Improved student engagement
  • Enhanced research skills
  • Better course completion
  • Stronger STEM interest

Long-term outcomes

  • Higher retention rates
  • Increased STEM transfers
  • Greater diversity in STEM
  • Sustainable CURE integration
  • Improved educational quality
Impact

Where it leads

Through systematic implementation of Course-based Undergraduate Research Experiences, we anticipate transforming STEM education at Arapahoe Community College — improving individual student outcomes and creating a sustainable model for research integration that can scale across disciplines and institutions.