Practical tools for better STEM learning
High-value, field-ready guides created by InovTech for African schools, teachers, families and programme teams. Download, adapt and use them immediately.
InovTech professional resource series
Each guide combines concise guidance with worksheets your team can complete together.
For School leaders and programme teams
Assess six dimensions of readiness, document evidence, select a delivery model and build a practical 12-month implementation roadmap.
Readiness scorecard
Risk register
12-month roadmap
Programme charter
Measurement dashboard
For Teachers, facilitators and coaches
Plan and facilitate inquiry, engineering design, robotics and maker learning with reusable lesson, assessment and coaching tools.
InovTech learning cycle
60-minute lesson architecture
Project rubric
Debugging protocol
Coaching tool
For Leadership, facilities and procurement teams
Define the lab purpose, plan safe learning zones, compare equipment, model costs and establish sustainable operating routines.
Space zoning framework
Procurement matrix
Budget worksheet
Safety gate
90-day launch plan
For Parents, caregivers and community mentors
Help children develop curiosity, confidence and problem-solving habits through practical routines and low-cost home challenges.
Ten practical family routines
Low-cost STEM kit
Four-week learning rhythm
Digital-safety guidance
Conversation card
For Teachers and learners aged 6–9
Six complete, low-cost investigations and engineering challenges designed for early STEM learners.
Six complete lesson plans
Learning outcomes
Materials and preparation
Step-by-step facilitation
Planning templates
For Teachers and learners aged 10–13
Six interdisciplinary challenges combining engineering, data, coding and community problem-solving.
Six complete lesson plans
Design and coding challenges
Evidence-of-learning prompts
Extensions
Reflection templates
For Teachers and learners aged 14–18
Six rigorous design challenges integrating systems thinking, data, electronics, ethics and optimization.
Six complete lesson plans
Advanced design briefs
Data and systems thinking
Evidence criteria
Adaptation planner
For Upper-primary to secondary educators
A structured 12-module progression from systems thinking and algorithms to sensing, control and a community capstone.
12 sequenced modules
Performance tasks
Module evidence checklists
Hardware-flexible activities
Capstone rubric
For School leaders, staff and programme partners
Operational guidance and practical checklists for safer physical, digital and community-based STEM learning.
Safeguarding operating model
Digital identity and consent
Concern-response process
Cybersecurity basics
Incident record template
For Curriculum leaders, teachers and reviewers
A transparent mapping framework for relating STEM activities to Ghana curriculum expectations without replacing official documents.
Alignment principles
Subject mapping lenses
Evidence hierarchy
Reviewer prompts
Specialist validation record
Which resource should I use first?
Start with the guide closest to the decision or delivery challenge in front of you.
We are deciding where to begin
School STEM Readiness Toolkit
We need stronger classroom delivery
Hands-on STEM Teaching Playbook
We are planning or improving a lab
STEM Lab Planning and Operations Guide
Families want to support learning at home
Family Guide to Supporting STEM Learning at Home
We need ready-to-teach activities
Choose the age-appropriate STEM Activity Pack
We are starting robotics and coding
Robotics and Coding Starter Curriculum
We need safer programme operations
Safeguarding and Digital Safety Guide
InovTech can help your team interpret the tools, prioritize gaps and design a programme suited to your learners, teachers and context.
Talk to our teamFor official Ghana education policies, announcements and institutional information, visit the Ghana Education Service website.
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Occasional practical guides, programme tools and learning resources from InovTech.