Quantum-Driven AI: Enhancing Recruitment with Advanced Data Insights

Objective: Propelinx aims to explore innovative applications of quantum computing and data analysis to enhance its AI-powered recruitment platform, with a focus on improving candidate matching, bias detection, and predictive analytics. Scope: Analyze large-scale hiring data to identify patterns and improve candidate matching algorithms. Develop simulations to predict hiring trends and workforce dynamics. Create training materials for recruiters on using Propelinx’s platform and understanding diversity metrics.

Market Expansion Strategy for KitchenFlow

To identify and engage 25 qualified food entrepreneurs(Demand)—such as caterers, bakers, and small food brand owners and Kitthcen owners such as restaurants, churches, community centers, ghost kitchens, schools, etc.—to join the KitchenFlow waitlist, thereby validating market demand and refining our Ideal Customer Profile (ICP) before the product launch.​

Enhancing Propelinx: Supabase Platform Optimization

Propelinx is seeking to improve its platform, which is built on Supabase, to better serve its users. The goal of this project is to enhance the platform's functionality, user experience, and scalability. Students will have the opportunity to apply their knowledge of database management, web development, and user interface design to make meaningful improvements. The project will involve analyzing the current platform to identify areas for enhancement, implementing new features, and optimizing existing ones. By focusing on these key areas, the team will help Propelinx provide a more robust and user-friendly experience for its customers. This project is ideal for students in a computer science or software engineering program who are eager to apply their skills in a real-world setting.

Propelinx Application Design Enhancement

The Propelinx team is seeking to enhance the user experience of their application by refining its design elements. The project aims to create a cohesive and intuitive user interface that aligns with the company's branding and user needs. The primary goal is to develop a comprehensive information architecture, a detailed style sheet, and complete high-fidelity Figma designs. This project will allow learners to apply their knowledge of UI/UX design principles, information architecture, and digital design tools. By focusing on these key areas, the team will ensure that the application is both visually appealing and functionally efficient. The project is structured to be completed by a team of learners specializing in digital design and user experience, ensuring a focused approach to achieving the desired outcomes.