Career and educational decision-making represents a critical challenge for students and professionals navigating in- creasingly complex employment landscapes and diverse learning pathways. Traditional guidance systems rely on generic assess- ments, periodic counselor interactions, and static information resources that fail to adapt to individual circumstances, evolving market conditions, and personalized learning preferences. This research proposes an intelligent one-stop personalized career and education advisory platform that leverages machine learning, natural language processing, and collaborative filtering to deliver customized guidance throughout educational and professional journeys. The system integrates multi-dimensional user pro- filing encompassing academic performance, skill assessments, personality traits, interests, and career aspirations with real- time labor market analytics, educational program databases, and industry trend forecasting. Through hybrid recommendation algorithms combining content-based filtering, collaborative ap- proaches, and knowledge graph reasoning, the platform generates personalized career pathways, educational program suggestions, skill development roadmaps, and job opportunity matching. The framework incorporates conversational AI interfaces enabling natural dialogue-based guidance, progress tracking dashboards monitoring goal achievement, and adaptive learning modules responding to changing user circumstances. Evaluation with 500 students and young professionals demonstrates significant improvements in career decision confidence, educational path alignment, and successful placement outcomes compared to conventional guidance approaches.
Mulla et al. (2026) studied this question.