An International Publisher for Academic and Scientific Journals
Author Login 
Scholars Journal of Engineering and Technology | Volume-13 | Issue-12
Intelligent Science, One World: A Pan-Disciplinary Review of Data Science, Python, Machine Learning & AI Across Big Data, Cloud–Edge & HPC/Quantum, IoT & Robotics, Cybersecurity, Bio/Health Informatics, Geospatial/Remote Sensing, Blockchain, Digital Twins, and Responsible Governance
Muhammad Raza Ashraf, Muhammad Hazim, Laiba Khawaja, Muhammed Umer Sundhu, Naila Sattar, Arslan Afzal, Mian Muhammad Danyal, Saba Bibi, ILTAF, Waheed Zaman Khan
Published: Dec. 24, 2025 | 73 39
Pages: 915-930
Downloads
Abstract
Modern discovery is increasingly shaped by an integrated AI–Data–Compute–Governance stack that spans algorithms, software ecosystems, distributed infrastructure, cyber-physical systems, and socio-technical oversight. This review offers a pan-disciplinary synthesis across ten pillars Python/data-science ecosystems; ML/AI foundations including multimodality and RAG/agents; big data and the compute continuum (cloud–edge–HPC/quantum); IoT, robotics, and digital twins; bio/health informatics; geospatial/remote sensing; cybersecurity and privacy; blockchain for provenance; responsible governance; and sustainability/cost. We articulate a unifying lifecycle (design → train → evaluate → deploy → monitor → govern) and map cross-field patterns that consistently determine success: data quality over model size; retrieval-first, knowledge-integrated pipelines; agentic orchestration with strong evaluation; systems-level efficiency (compilers, quantization, distillation); privacy-by-design; and end-to-end assurance for safety, security, and robustness. Methodologically, we consolidate peer-reviewed literature and standards (2015–2025) from major digital libraries, structured via a transparent selection and evidence-grading protocol. The article contributes: (i) a taxonomy aligning methods and systems across scientific domains; (ii) reference blueprints for multimodal RAG/agent pipelines and edge-to-cloud deployment; (iii) comparative tables of tools, datasets, and evaluation suites; (iv) a measurement playbook spanning accuracy, reliability, security, privacy, latency, and energy/carbon; and (v) a 2025–2030 research roadmap prioritizing interpretable multi-agent systems, knowledge-grounded foundation models, privacy-preserving retrieval, green training/serving, and governance-aligned operations. By integrating perspectives from computer science, IT, data/AI engineering, and domain sciences, this review provides a coherent guide for researchers, practitioners, and policymakers seeki