Our university seeks to enhance student outcomes through a data-driven approach. We need a robust data engineering solution that implements a data mesh architecture, enabling real-time analytics on student performance metrics across different departments. The project aims to integrate multiple data sources into a cohesive system leveraging technologies like Apache Kafka, Spark, and Snowflake.
Faculty, academic advisors, and institutional researchers interested in student performance data and analytics.
Universities struggle with fragmented data systems that fail to provide timely insights into student performance, limiting their ability to proactively support students at risk of underperforming.
There is a strong willingness to invest in solutions that improve student outcomes, as they offer a competitive advantage and align with institutional goals to enhance retention and graduation rates.
Failure to address this issue may lead to decreased student retention, poorer academic outcomes, and loss of prestige, impacting both financial health and institutional reputation.
Current solutions rely on siloed data systems with batch processing, lacking the real-time capabilities and integrated insights provided by a data mesh architecture.
Our platform uniquely offers a real-time, decentralized approach to data management that empowers departments with direct ownership over their data domains, fostering more responsive and informed decision-making.
The go-to-market strategy will involve showcasing pilot program success stories and leveraging academic conferences to highlight the platform's capabilities in enhancing student success metrics.