USE Open Digital Repository

Designed to curate, host, and distribute peer-reviewed, context-relevant teaching and learning resources

Details

High-quality teaching materials should not be siloed within individual institutions or hidden behind expensive paywalls. We also find that many standard science and mathematics textbooks or innovations reported in educational journals rely on examples, laboratory setups, and computational infrastructure designed for Western universities, which may not align with the material realities or regional contexts of Indian undergraduate colleges. 

The USE Open Digital Repository is an open-access digital library designed specifically to curate, host, and distribute peer-reviewed, context-relevant teaching and learning resources.

All materials hosted within the repository will be published under Creative Commons open-access licenses, allowing educators anywhere to freely download, adapt, translate, and reuse them in their own classrooms.

Every resource submitted to the repository is evaluated against three core principles:

  • Contextual relevance: Materials around scientific principles in local environments, regional data sets, and relatable industrial or everyday phenomena.
  • Adaptability and low cost: Experiments, activities, and worksheets are structured so they can be run using modest laboratory infrastructure, open-source software, or low-cost components.
  • Pedagogical clarity: Submissions include clear learning outcomes, detailed instructor guides, safety notes, common student misconceptions, and flexible grading rubrics.

The repository is organised into distinct, easily searchable collections, and includes the following types of content:

  • Innovative lab experiments and equipment design: Hands-on laboratory protocols and DIY equipment designs centred around inquiry-based and project-based learning. Every resource emphasises low-cost, locally relevant components paired with clear, step-by-step pedagogical guidance so that students can actively investigate scientific principles.
  • Classroom interactions and guided exercises: Field-tested, structured active-learning exercises designed for direct classroom implementation. These could include concept-focused group activities, guided inquiry tasks, and interactive problem-solving modules. Submissions include complete facilitator notes and educator reflections on real-world implementation, student responses, and lessons learned.
  • Workbooks and learning tools: A rich selection of student workbooks, guided problem-solving activities, practice exercises, and formative assessment tools, including rubrics and feedback frameworks, built to deepen conceptual understanding and support diagnostic evaluation.
  • Unique courses and modular units: Innovative, complete course designs, interdisciplinary teaching frameworks, step-by-step lesson plans, and modular instructional units that allow instructors to adopt or adapt modern pedagogical approaches into their existing university syllabi.

Contributing to the repository

The repository grows through contributions from the teaching community. Educators are encouraged to submit their original teaching materials, modified lab experiments, or field-tested course modules. Every submission undergoes a peer-review process by network members to ensure scientific accuracy, instructional usability, and clear documentation before publication.

The digital repository is under development. Please contact usenetwork@​apu.​edu.​in if you would like to contribute resources.