Educational technology, or ed tech, is a dynamic field that encompasses a wide variety of applications, software, hardware, and infrastructure components. These range from online quizzes and learning management systems to individual laptops for students and access points that enable Wi-Fi connectivity, including Digital Learning Platforms (Learning management systems (LMS)), Online Content and Resources, Blended Learning and Flipped Classrooms, Adaptive Learning and Personalization, Virtual Reality (VR) and Augmented Reality (AR), Gamification and Interactive, Data Analytics, and Learning Insights. Educational technology is constantly evolving, shaping modern classrooms and empowering educators and learners. We are thrilled to be part of this industry. The following are a few use cases. The following is a use case. Please get in touch with us at info@fuzzitech.com if you have any questions.
Industry: Education
Company: Ed Tech
The Engagement:
Envision a platform that redefines the delivery of education. It facilitates live, two-way video teaching sessions in classrooms by remote teachers, transcending geographical boundaries. This interactive platform integrates curriculum building, live instruction sessions, sync, async teaching features, recording, tracking, and a material creation and grading system, all meticulously designed to elevate the learning experience.
The Solution:
A remarkably scalable and cost-effective platform that caters to various video bandwidth requirements and incorporates interactive capabilities, document sharing, course grading, and analytics capabilities. The platform offered course-building (content) capabilities. It was architected to operate in the AWS cloud, ensuring cost efficiency, maintaining quality as the company expands, and accommodating more classrooms on the platform.
Technology:
The platform leveraged a robust stack of technologies
- including AWS EC2
- S3
- Aurora
- DynamoDB
- RDS
- Lambda
- VPC
- React.JS
- CRM
- Tableau
- SQL
- no SQL DBs
- Java
ensuring seamless integration and optimal performance