Instructional Tools & Templates

Teacher-facing systems supporting consistent hands-on instruction and implementation

Lesson Templates: Standardized planning structure for STEM instruction

Materials Lists: Consumable and non-consumable supplies by unit and grade

Teacher Guides: Pacing, scripts, and instructional supports

Instructional Assets: Visuals, manipulatives, and classroom tools

Overview

Developed a suite of instructional tools and templates to support consistent, high-quality STEM instruction across classrooms and grade levels. These resources were designed to reduce planning burden for teachers while ensuring instructional clarity, pacing consistency, and alignment to standards-based STEM learning goals.

Context

• Audience: Elementary and middle school STEM educators
• Purpose: Provide reusable instructional systems to support curriculum implementation
• Role: Curriculum Designer and Instructional Systems Designer
• Tools: Google Docs, Slides, Sheets, design templates

The Challenge

Teachers lacked consistent planning tools and instructional systems to support STEM instruction across classrooms and schools. Lesson formats, materials lists, and instructional supports varied widely, increasing preparation time and creating inconsistency in student experiences. The challenge was to design flexible yet structured tools that could be used across grade levels, units, and instructional contexts while remaining teacher-friendly and scalable.

The Product

• Lesson plan templates: Standardized structure supporting clear instructional flow
• Materials tracking tools: Grade-level and unit-based supply management
• Teacher guides: Scripts, pacing recommendations, and instructional tips
• Student manipulatives and assets: Unit-specific tools designed for consistent classroom use
• Reusable instructional systems: Templates adaptable across STEM content areas

Results & Learnings

These tools enabled educators to implement STEM lessons with greater efficiency, consistency, and confidence. Feedback highlighted reduced planning time, improved instructional clarity, and stronger alignment across classrooms. This work reinforced the value of well-designed instructional systems in supporting both teacher practice and student learning.