ARCHIVES
AI Powered Topic Finder Collage Project
¹ HOD and Professor, Department of MCA, smt Radhikatai pandav college of engineering Nagpur, Maharashtra, India. ² Professor, Department of MCA, smt Radhikatai pandav college of engineering Nagpur, Maharashtra, India. ³⁴ Department of MCA, smt Radhikatai pandav college of engineering Nagpur, Maharashtra, India.
Published Online: May-August 2025
Pages: 140-143
Cite this article
↗ https://www.doi.org/10.59256/indjcst.20250402014In the realm of academic and professional development, choosing the right project topic is often the first and most critical step toward success. However, the overwhelming abundance of information and the rapid pace of technological change have made it increasingly difficult for students and developers to identify meaningful, innovative, and feasible project ideas. To address this challenge, Idea Sphere: AI-Powered Project Topic Finder emerges as a smart web-based solution, developed using the Django framework, aimed at simplifying and enhancing the ideation process through artificial intelligence. Idea Sphere harnesses the power of machine learning (ML) and natural language processing (NLP) to analyze user preferences, domain interests, and current global trends in technology. By collecting user inputs such as academic level, area of interest (e.g., Web Development, Data Science, IoT, Cybersecurity, etc.), and specific keywords, the system generates customized project suggestions that are both relevant and innovative. It integrates with external APIs like Google Trends, GitHub, and arXiv to align suggestions with current industry and research developments, ensuring that the recommended ideas are timely and practical.
Related Articles
2025
Exploring AI Techniques for Quantum Threat Detection and Prevention
2025
INSPIRO: An AI Driven Institution Auditor
2025
Adaptive AI Framework for Anomaly Detection and DDoS Mitigation in Distributed Systems
2025
Predictive Modeling for College Admission Using Machine Learning and Statistical Methods
2025
Agricultural Products: CVF Yield Prediction Using Ensemble Methods and Machine Learning Models
2025
Identifying and Forecasting Wastewater Pollutions Wring IOT & NLP
2025
Enhanced Maritime Surveillance Detecting Intentional AIS Shutdown in Open Seas Using Hybrid Self- Supervised Deep Learning and Anomaly Detection
2025
A case study on Deepfake Awareness Mumbai India
2025
GSM Based Home Security System Using Arduino Microcontroller
2025
Blockchain Enabled Agricultural Relief System


