An end-to-end STEM focused platform built to help teachers and students realize their full potential
Build all types of assessments, deploy to cohorts and analyze performance with our simple and intuitive assessment builder.
Build upon our existing digital library with all the tools required to create your own interactive online learning curriculum.
Tap into performance across the full spectrum of the platform to gain insight into performance, benchmarking and key trends.
Extend that personalized reach through our STEM focused AI engine that learns each students gaps and delivers personalized learning.
Open, intuitive, and born in the cloud, Stemify streamlines all the digital tools and content that teachers and students love, for a simpler and more connected learning experience.
Our goal is to make all content accessible and customizable. From data access to creating your own content we put the user in control.
Every module of Stemify is seamlessly integrated together from the assessments you build to the personalized learning that ties directly to it.
Security for your students data is our top priority. The Stemify platform complies with industry standards and data privacy best practices.
Create and deploy assessments for your students using our flexible and intuitive interface. Create questions, question pools and multiple versions of assessments with the ability to tag any item with key topics that will tie into our AI engine.
Use our existing library of foundational math to Calculus or build your own learning modules of videos, quizzes and practice assignments to build your own library of content for your students.
Stemify provides an array of reporting tools that analyze the interaction of the students with the platform and its content to map cognitive and non-cognitive factors that affect students’ performance across different core math concepts.
Using advanced IRT psychometric techniques and distractor analysis, the platform provides a personalized study plan for each student, helping them retain and recall concepts in foundational mathematics.