ResearchLedger
Evidence-first research automation linking hypotheses, executed runs, evidence records and manuscript claims. Software prototype.
Expert in Network Security, Large Language Models, Deep Learning & Blockchain
Dr. Rajesh Kumar is a Postdoctoral Researcher at the International Research Center for Complexity Sciences, Hangzhou International Innovation Institute, Beihang University (Hangzhou). Also maintains a research lab and active collaboration at the Yangtze Delta Region Institute (Huzhou), University of Electronic Science and Technology of China (UESTC), after serving there as Associate Researcher and Teaching Fellow (2021–2025). PhD in Computer Science and Technology, UESTC (2019). Research areas: blockchain, federated learning, medical imaging AI, cybersecurity and agentic AI. ORCID 0000-0003-0813-7485
As of October 2026. Each figure links to its source.
Preprint: AutoResearch, an execution-grounded multi-agent framework for research workflow automation.
Software: ResearchLedger v2.0.1, an evidence-first research automation prototype, is public on GitHub.
Paper: RePFL, lag-resilient personalized federated learning for skin cancer detection, in Scientific Reports.
Preprint: AgentForge, a multi-agent LLM framework for autonomous software engineering.
Paper: MID-LLM, LLM-enhanced medical image diagnostics in a blockchain AI framework, in IEEE Internet of Things Journal.
Paper: Federated transfer learning for liver lesion segmentation in PET-CT imaging, in Artificial Intelligence in Medicine.
Selected research prototypes, each backed by a paper, preprint or public code, with a demo or documentation.
Evidence-first research automation linking hypotheses, executed runs, evidence records and manuscript claims. Software prototype.
An execution-grounded multi-agent framework for reliable research workflow automation.
AI cameras inside commercial refrigerators track inventory and analyse consumer behaviour in real time.
Real-time CT scan analysis with blockchain-enhanced privacy and security for patient data.
Camera-powered traffic control with AI-enhanced vehicle recognition for urban flow.
Camera-based AI vision replaces boundary wires for autonomous, effortless lawn care.
Representative papers. View the full publication list
R. Kumar, W. Ali, J. Ahmed, A. A. Khan, S. Zeng. arXiv preprint arXiv:2607.02520, 2026.
R. Kumar, A. A. Khan, J. Kumar, et al. IEEE Sensors Journal, 21(14), 16301–16314, 2021.
R. Kumar, W. Wang, J. Kumar, et al. Computerized Medical Imaging and Graphics, 87, 101812, 2021.
I. Ali, Y. Chen, N. Ullah, R. Kumar, W. He. IEEE Transactions on Vehicular Technology, 2021.
Y. Abuidris, R. Kumar, T. Yang, J. Onginjo. ETRI Journal, 43(2), 357–370, 2021.
R. Kumar, X. Zhang, W. Wang, et al. IEEE Access, 7, 64411–64430, 2019.
Peer-reviewed publications in leading journals
Contributed to definitive texts in cybersecurity
Presentations at top-tier international conferences
Innovative technologies with real-world applications
Free, openly licensed learning materials I create for students: an interactive course platform, recorded lectures, and the slides and code behind them.
My interactive learning site for AI and computer science. Every lesson pairs a short explanation with something to try.
16 courses and 211 lessons, from Python and databases to deep learning, LLMs and AI agents.
194 labs with live Python and SQL that run in the browser, with no sign-up or installs.
Original lessons under CC BY 4.0 and code under MIT, plus slides, notebooks and a starter kit.
Counts as listed on Learn.AI, October 2026.
Recorded lectures, each with its complete slide deck and code examples.
Empowering innovation through technical expertise, creative programming, and effective leadership.
International Research Center for Complexity Sciences, Hangzhou International Innovation Institute, Beihang University, Hangzhou
Postdoctoral research on agentic AI, medical intelligence, privacy-preserving learning and scientific automation.
Yangtze Delta Region Institute (Huzhou), University of Electronic Science and Technology of China
2021–2025: Associate Researcher and Teaching Fellow, leading research projects in Blockchain, Deep Learning, and Computer Vision and teaching undergraduate and graduate courses. Since 2026: continuing the research lab and collaboration at YDRI.
University of Electronic Science and Technology of China
Worked on national projects, including IoT Malware Detection and Blockchain-based Secure Data Sharing.
AIMS IT Academy
Delivered courses in Java Programming, PhP Web Programming, Android Development, Database Design, and Data Structures.
University of Sindh, Jamshoro, Pakistan
Developed web applications and internal software solutions for university management.
Thesis: Android Malware Detection based on Machine Learning
Conducted research on network security and database management systems, producing a thesis on secure fees payment system in distributed environments.
Specialized in software engineering and database systems, developing a final project on automated attendance systems using Android technology.
Active projects first, then completed and historical grants.
Developed a federated learning model to securely share sensitive data across distributed environments, enhancing data privacy.
Leveraged a large language model to generate and interpret medical visual data, bridging clinical insights and impactful visual analytics.
Implemented federated learning techniques to improve medical image analysis, leading to better diagnostic accuracy for healthcare institutions.
Built and optimized the university's examination results and admission portals, improving user experience and handling large volumes of data efficiently.
Full write-ups and video demonstrations of the research prototypes, with links to the underlying papers and code.
AI Camera System Inside Commercial Refrigerator for Inventory Management and Consumer Behavior Analysis
This project enhances supply chain security and inventory management using AI-powered computer vision to track items in commercial refrigerators, resulting in reduced waste and improved restocking efficiency.
AI-Assisted Real-Time CT Scan Analysis with Blockchain-Enhanced Privacy and Security
Camera-Powered Smart Traffic Management System with AI-Enhanced Vehicle Recognition
Camera-Based Innovation for Effortless Lawn Care with AI Vision Systems
Navigating the Future of Warehousing with Camera-Powered Autonomous Forklifts AI
Dr. Kumar Rajesh, a Pakistani expert from the Yangtze River Delta Research Institute (Huzhou), University of Electronic Science and Technology of China, introduced the development goals, development path, and location advantages of the research institute. He presented the current research results of the institute to young scholars with the theme of "Artificial Intelligence and the Environment."
Conference Details
Dr. Kumar Rajesh, a distinguished expert in the fields of Artificial Intelligence (AI) and Blockchain, took the stage as the keynote speaker to shed light on the "Future of AI and Blockchain." With years of experience and profound knowledge in these cutting-edge technologies, he captivated the audience with his insightful vision and predictions for the transformative potential of AI and Blockchain across industries.
His visit to the Guangdong Institute of Intelligent Terminal Industrial Design reflects his commitment to exploring new frontiers and pushing the boundaries of technological advancement.
I welcome remote collaboration with researchers and students who share my interests. Collaboration is fully online.
raja@uestc.edu.cn
Please note: I currently offer online collaboration only. There are no funded positions, scholarships or on-site placements at this time.