Interactive Educational Tools

Digital Educational Tools

Learning Objective Generator

AI-powered tool that reverse‑engineers measurable, standards‑aligned learning objectives from course materials (outlines, assignments, lesson text).

Key features:

  • Applies Bloom’s Taxonomy, ABCD Model, SMART Criteria, and Constructive Alignment
  • OpenAI‑assisted text analysis for automated objective generation
  • JSON-structured outputs for export and downstream use
  • Aligns to NGSS and CCSS standards

Educational Image Accessibility Tool

Generate high‑quality alt text, figure descriptions, long descriptions, and transcriptions for curriculum images. Built around WCAG guidelines and educational standards.

Key features:

  • Alt text, figure descriptions, long descriptions, and full transcriptions
  • Educator-focused guidance aligned to WCAG and instructional standards
  • Simple drag‑and‑drop with optional context to improve accuracy
  • Browser-based tool with copy‑ready outputs — no install required

Interactive Periodic Table

Explore element properties, atomic structure, and chemical families through simple visual interaction.

Key features:

  • Detail-on-hover for element information
  • Family color-coding
  • Works well on tablets and classroom displays

Overview

I design both digital and physical learning tools that make complex STEM concepts easier to see and understand. Digital tools run in any modern browser and embed cleanly in Canvas or Google Classroom. Physical models are 3D-designed manipulatives for hands-on classroom exploration.

What these tools emphasize:

  • Accessibility: works on common classroom devices
  • Interactivity: learn by exploring, not just reading
  • Visual learning: intuitive models and animations
  • Easy integration: simple links or embeds in LMS

3D Physical Manipulatives

These are physical models designed in Fusion 360 for hands-on classroom exploration.

Scale Solar System Models

3D-modeled manipulatives that demonstrate realistic distance and size relationships in the solar system.

Design features:

  • Two versions: distance scale and size scale
  • Designed in Fusion 360 for 3D printing
  • Accurate proportions for classroom demonstrations

Moon Phase Model

Physical 3D model designed to demonstrate Earth–Moon–Sun geometry and lunar phases.

Design features:

  • 3D-modeled in Fusion 360
  • Shows phase relationships through physical manipulation
  • Demonstrates why we see different moon phases

Articulate Rise Examples

Professional eLearning modules with responsive design, interactive checks, and LMS integration.

Key features:

  • Mobile-responsive design
  • Knowledge checks and quizzes

If you’d like to use or adapt any of these tools, feel free to reach out: stramark@gmail.com