EdTech Platform Modernization & Infrastructure

Design and implement a mobile app with intuitive onboarding, streamlined registration, enhanced meal ordering, improved order history management, and a robust notification system, supported by comprehensive usability testing and feedback mechanisms.

Design and implement a modern, scalable LMS presentation editing module supporting interactive editing, customizable assets, and export capabilities, integrated as a microservice within the larger LMS platform.

Development of a modular, scalable e-learning management system that handles content management, knowledge assessments, progress tracking, and sharing functionalities, with secure authentication and flexible mobile app components.

Design a modular, cloud-agnostic platform that enables federated sharing of files, applications, and computational resources within data science workspaces, supporting collaboration, data transfer, and distributed analysis.

Development of a modern, scalable LMS with improved performance, security, and usability, incorporating tailored migration and security protocols.

Design and develop a user-centric, scalable SaaS educational platform with enhanced UI/UX, customizable reporting, and secure architecture, supporting multi-tenancy and mobile responsiveness.

Design and implement a modular, scalable backend architecture utilizing clustering techniques, with an efficient HTTP interface for client interactions. Incorporate session management strategies to ensure user session persistence and transparency across distributed nodes. Support real-time communication facilitated by message brokers with minimized queues.

Develop an intuitive, modern UI/UX with streamlined navigation, personalized interactive elements, and gamification features to enhance engagement and accessibility across diverse user groups.

Design and implement a scalable, containerized architecture utilizing cloud-native services including load balancing, auto-scaling, and managed databases to support high-traffic educational content delivery.

Design a comprehensive online learning platform that facilitates scalable expansion, robust student engagement, instructor management, and resource accessibility, supporting both online and hybrid learning models.

Design and develop a modular, scalable platform that offers secure user authentication, role-based access, centralized student profiles, automated support request routing, customizable dashboards, and data integration pipelines.

Design and implement a comprehensive digital platform comprising an automated testing framework for mobile applications, a web portal mirroring mobile app functionalities, and an administrative backoffice with role-based access controls, data management, and real-time reporting.