Inspiration

College students in Bharat face a daily struggle with overloaded syllabi, last-minute exam preparation, language barriers, and limited access to personalized academic and career guidance. Most existing AI tools are expensive, English-only, or designed for students in Western education systems.

We were inspired by the reality of Tier-2 and Tier-3 college students who rely heavily on PDFs, recorded lectures, and self-study but lack structured planning and mentorship. This project was built to create an India-first AI copilot that is practical, affordable, multilingual, and usable even on low-bandwidth networks.


What it Does

Our platform acts as a personal AI study and career assistant for college students. It enables students to:

  • Upload PDFs, PPTs, or video links and get concise, exam-ready summaries
  • Ask doubts in simple English or Indian languages
  • Generate adaptive study timetables based on exam dates and available time
  • Track learning progress and automatically adjust missed schedules
  • Upload resumes to receive ATS scores, skill gap analysis, and career guidance
  • Prepare for interviews using AI-powered mock questions

The system is optimized for low-bandwidth usage and focuses on real academic and placement needs faced by Indian students.


How We Built It

The system uses LLM-powered natural language processing combined with a Retrieval-Augmented Generation (RAG) pipeline. Uploaded documents are chunked, embedded, and stored in a vector database, enabling accurate and context-aware responses.

A FastAPI backend manages content processing, scheduling logic, and AI inference. The frontend provides a lightweight, mobile-friendly interface focused on accessibility. Multilingual responses are supported through prompt engineering and language-aware inference.

The architecture was designed to be modular, scalable, and deployable on low-cost cloud infrastructure.


Challenges We Faced

  • Ensuring accurate AI responses from long academic documents
  • Designing study plans that feel realistic and stress-balanced
  • Optimizing performance for low-bandwidth environments
  • Supporting multiple languages without increasing system complexity
  • Balancing AI capabilities with affordability and feasibility

Each challenge helped us refine the system to focus on reliability, usability, and real-world impact.


What We Learned

Through this project, we learned how to:

  • Build practical AI systems beyond simple chatbots
  • Apply RAG pipelines for academic use cases
  • Design AI solutions for Indian infrastructure constraints
  • Balance technical depth with user-centric design
  • Align AI innovation with social impact

This project reinforced our belief that AI for Bharat must be inclusive, accessible, and grounded in real student needs.

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