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Development of a Personalized Learning Platform for African Leadership University

tallium.com

Education

Unique Learning Model & Scalability

African Leadership University (ALU) requires a flexible and scalable learning platform to effectively support its unique and innovative learning model. The platform must adapt to evolving pedagogical approaches and accommodate fluctuating student and faculty needs. Frequent changes in requirements necessitate a system that can be rapidly modified.

About the Client

A pioneering university focused on developing future leaders in Africa, employing an innovative and individualized learning model.

Project Goals

Develop a web-based learning platform to support ALU's unique learning model.
Enable registration for diverse user roles: teachers, independent learners, and students.
Facilitate interaction with existing student management systems.
Provide a personalized learning experience tailored to individual student journeys.
Implement features to track student progress, manage course enrollment, and facilitate communication.
Ensure the platform is flexible and adaptable to future changes in ALU's learning methodologies.

Functional Requirements

Personalized learning journey creation (e.g., 'Journey', 'Challenges & Opportunities')
Course catalog and enrollment management
Progress tracking and reporting for students and instructors
Interactive calendar for scheduling and deadlines
Assessment tools (summative and formative)
User role management (students, teachers, independent learners)
Student panel for progress overview and access to resources
Integration with existing student information systems (SIS)

Preferred Technologies

Web application development (e.g., React, Angular, Vue.js)

Backend development (e.g., Node.js, Python/Django, Ruby on Rails)

Database (e.g., PostgreSQL, MySQL)

Cloud hosting (e.g., AWS, Azure, Google Cloud)

Integrations Required

Existing Student Information System (SIS)
Potentially other third-party tools for communication, assessment, or analytics

Non-Functional Requirements

Scalability to accommodate a growing user base.
High performance and responsiveness.
Security to protect student data.
Accessibility to meet diverse user needs.

Expected Business Impact

Successful implementation of this platform will enable ALU to effectively deliver its innovative learning model at scale, improve student engagement and outcomes, and enhance operational efficiency. The platform will foster a more personalized and adaptive learning experience, contributing to ALU's mission of developing future leaders.