Learn Collaborate
The Client
Learn Collaborate is an education technology platform that empowers educators to deliver engaging, project-based learning experiences that foster collaboration, critical thinking, and real-world problem solving. By helping instructors design meaningful learning activities, the platform enables students to build practical skills while supporting modern instructional practices across higher education and workforce development.
As Learn Collaborate continued evolving its instructional platform, the organization partnered with RevStar to introduce generative AI capabilities that make assignment creation faster, more intuitive, and better aligned with project-based learning best practices.
Summary
Learning Platform
EdTech
Amazon Bedrock, AWS Lambda, Amazon API Gateway, Amazon S3, Amazon DynamoDB
Solution Architecture, Delivery Management, AI/Data Engineering, DevOps Engineering
RevStar partnered with Learn Collaborate to develop an AI-powered assignment creation assistant that helps instructors generate structured project-based learning assignments, milestones, learning objectives, and team recommendations directly within the existing platform.
Established an intelligent assignment creation experience that reduces instructor effort, improves consistency across project-based learning assignments, and creates a scalable foundation for AI-assisted instructional design.
The Challenge
As Learn Collaborate continued expanding its project-based learning platform, the organization sought new ways to help educators design engaging, high-quality assignments with greater speed and consistency.
Creating effective project-based learning experiences requires thoughtful alignment between assignment objectives, milestones, team roles, and desired learning outcomes—often resulting in a time-intensive planning process for instructors.
To support broader adoption of project-based learning while improving the overall instructor experience, Learn Collaborate sought to embed generative AI directly into its assignment creation workflow without disrupting existing teaching practices.
The Problem
Learn Collaborate needed a scalable way to reduce the time and cognitive effort required to create project-based learning assignments while improving consistency across instructional experiences. The organization sought an intelligent solution capable of helping educators generate, refine, and customize assignment content while maintaining full instructor control over the final learning experience.
The Solution
RevStar acted as Learn Collaborate's strategic AI and technology partner, designing an intelligent assignment creation experience that transforms traditional instructional planning into an AI-assisted workflow. Working as an extension of the client's team, RevStar architected an AWS cloud-native solution that guides instructors through project-based assignment design while generating contextual recommendations for assignment concepts, milestones, learning objectives, and collaborative team structures.
The solution integrates seamlessly into the existing platform, enabling instructors to generate, refine, and customize assignment content through an intuitive workflow. By combining generative AI with project-based learning best practices, Learn Collaborate established a scalable foundation for AI-assisted instructional design while preserving educator oversight and flexibility.
The Team
Results
RevStar helped Learn Collaborate transform assignment creation into an intelligent, AI-assisted experience that reduces instructor effort while improving the consistency and quality of project-based learning assignments. By streamlining instructional design and embedding generative AI directly into existing workflows, the platform established a scalable foundation for future AI-powered education experiences while supporting greater adoption of project-based learning methodologies.
Ready for Real Transformation?
Change should feel practical and purposeful, led by people who care deeply about getting it right. Let’s make that change together.