AI-Powered E-Learning Platform
To develop a comprehensive AI-powered e-learning platform that revolutionizes career development through personalized learning paths, intelligent content recommendations, and interactive AI-driven features including mock interviews and conversational assistance.
myCareerNext is a cutting-edge e-learning platform that combines traditional learning management with advanced AI capabilities. The platform serves as a comprehensive career development ecosystem where users can:
AI-generated learning paths tailored to individual career goals, current skill levels, and industry requirements.
Interactive interview practice sessions with real-time feedback, question analysis, and performance scoring.
RAG-powered search functionality that allows users to find specific content within video lectures and tutorials.
24/7 AI-powered help bot providing instant answers to course-related questions and learning guidance.
Led the complete system architecture design, defining microservices structure, API specifications, and integration patterns for scalable AI-powered e-learning platform.
Implemented AWS Bedrock integration for LLM capabilities, designed and developed RAG pipeline for intelligent video search, and created conversational AI assistant using advanced prompt engineering.
Built robust backend services and developed RESTful APIs for all platform functionalities.
Designed and implemented the complete AI-powered agt based interview system including question generation, response analysis, and evaluation System.
Set up CI/CD pipelines, managed AWS infrastructure using CloudFormation, and implemented monitoring and logging solutions for production deployment.
Designed and built the core services and foundational solutions that power the platform’s key offerings, streamlining user onboarding and driving seamless adoption across the system.
RAG-powered video search reduced time spent finding relevant content, improving learning efficiency.
AI conversational assistant handled majority of user queries, reducing support team workload.