Riadh Belkebir
Ph.D. in Artificial Intelligence | Data Science | Computer Vision | NLP
Riadh Belkebir is a Principal Data Scientist holding a Ph.D. in Artificial Intelligence, with more than a decade of experience spanning academic research, applied industrial AI, and enterprise-scale data science platforms. His expertise covers Machine Learning, Deep Learning, Computer Vision, and Natural Language Processing, with a strong emphasis on deploying AI systems in real-world, safety-critical, and large-scale industrial environments.
He has led the design and implementation of real-time video analytics platforms, computer vision inference pipelines, and cloud-native MLOps architectures using Kubernetes, Docker, and Azure AKS. His work bridges IT and OT domains, integrating AI solutions with PLC, MES, and industrial control systems. In parallel, he maintains a strong academic profile with peer-reviewed publications in high-impact journals including Expert Systems with Applications and ACM Transactions on Asian and Low-Resource Language Information Processing, as well as multiple book chapters and international conference contributions.
His background combines deep theoretical foundations with hands-on leadership, mentoring teams, supervising students, and driving AI initiatives from research through production and enterprise adoption.
- Lead enterprise-scale AI platforms focused on industrial safety, compliance, monitoring, and advanced analytics across multiple production sites.
- Define reference architectures for real-time computer vision inference, including camera ingestion, GPU-based inference services, event processing, and alerting pipelines.
- Design scalable MLOps frameworks covering model training, validation, deployment, monitoring, retraining, and governance.
- Drive integration between AI systems and industrial environments, including PLC and MES systems, enabling automated safety responses.
- Collaborate with IT, OT, cybersecurity, and business stakeholders to align AI solutions with operational and regulatory requirements.
- Mentor senior and junior data scientists and contribute to long-term AI strategy and roadmap definition.
- Led flagship AI programs such as Smart Cranes and Safety Rodding AI, covering end-to-end lifecycle from problem definition to production rollout.
- Designed and deployed real-time video analytics pipelines using YOLO-based models, OpenCV, and GPU acceleration.
- Architected microservice-based inference systems deployed on Kubernetes, supporting scalability and fault tolerance.
- Established best practices for data labeling, model evaluation, performance monitoring, and production readiness.
- Provided technical leadership and mentoring to data science teams.
- Developed and deployed production-grade computer vision pipelines for harsh industrial environments.
- Implemented real-time inference systems integrated with enterprise data platforms and control systems.
- Conducted model optimization, performance benchmarking, and error analysis for large-scale deployment.
- Teach undergraduate and postgraduate courses in Artificial Intelligence, Machine Learning, and Data Analysis.
- Supervise undergraduate capstone projects in applied AI and data science.
- Mentor students in research methods, applied machine learning, and industrial problem-solving.
- Conducted research in explainable AI, focusing on error analysis and justification in NLP systems.
- Worked on Arabic spelling correction and OCR post-processing pipelines.
- Co-supervised undergraduate research projects and contributed to shared research infrastructure.
- Designed and deployed Arabic NLP systems including semantic search, sentiment analysis, NER, and topic modeling.
- Led development of an Arabic healthcare chatbot (version 2), covering intent classification and dialogue management.
- Built predictive typing, spelling correction, and market research analytics solutions.
- Developed Arabic text correction and sentiment analysis systems.
- Contributed to early versions of Arabic healthcare chatbot platforms.
- Performed data analysis, feature engineering, and predictive modeling.
- Initiated and designed a data acquisition and analytics platform for agriculture-focused applications.
Worked on a national research project (CNEPRU) focused on the development of an Arabic NLP toolbox.
- Development of an Arabic abstractive text summarization module.
- Development of an Arabic text categorization module.
Java EE software engineer on enterprise applications: full SDLC from design to deployment and user support.
- Design and development of a business management application.
- Design and development of a billing application.
- Design and implementation of an Enterprise Service Bus (ESB) to enable integration between ERP modules.
- Development of a reporting solution using JasperServer exposed via REST APIs.
- Training and support of end users on deployed systems.
- Delivered lectures and labs on programming fundamentals and problem-solving.
- Taught algorithms, data structures, and structured programming.
- Prepared course materials, exercises, assignments, and examinations.
- Assisted students in developing correct, readable, and well-structured code.
- Hadj Ameur, M. S., Belkebir, R., & Guessoum, A. (2020). Robust Arabic Text Categorization by Combining Convolutional and Recurrent Neural Networks. ACM Transactions on Asian and Low-Resource Language Information Processing.
- Djenouri, Y., Belhadi, A., & Belkebir, R. (2018). Bees Swarm Optimization Guided by Data Mining Techniques for Document Information Retrieval. Expert Systems with Applications, 94, 126–136.
- Belkebir, R., & Guessoum, A. (2016). Concept Generalization and Fusion for Abstractive Sentence Generation. Expert Systems with Applications, 53, 43–56.
- Belkebir, R., & Guessoum, A. (2018). TALAA-ATSF: A Global Operation-Based Arabic Text Summarization Framework. Springer, Cham.
- Belkebir, R., & Guessoum, A. (2015). A Supervised Approach to Arabic Text Summarization Using AdaBoost. Springer, Cham.
- Belkebir, R., & Habash, N. (2021). Automatic Error Type Annotation for Arabic. ACL / CoNLL-EMNLP.
- Belkebir, R., & Guessoum, A. (2015). TALAA-ASC: A Sentence Compression Corpus for Arabic. IEEE AICCSA.
- Belkebir, R., & Guessoum, A. (2013). Hybrid BSO-Chi2-SVM Approach to Arabic Text Categorization. IEEE AICCSA.
- Belkebir, R., & Guessoum, A. (2014). AdaBoost-based Approach to Arabic Text Summarization. JEESI’14.
- Belkebir, R. (2013). Voting-Based Model for Arabic Text Summarization. National Doctoral Conference, Skikda.
- Belkebir, R., & Guessoum, A. (2012). Hybrid Approach to Arabic Text Categorization. USTHB.
Reviewer for international journals and conferences including: EACL 2021, WANLP 2021, ACM TALLIP, ICNLSP 2018, ISPS 2018, CICLing 2016. Organizing Committee Member for Artificial Intelligence Doctorials (2012, 2014) and ISPS 2013.
- Coursera Machine Learning Certificate — Andrew Ng, Stanford University (2014)
- MLOps Essentials: Model Development and Integration — LinkedIn Learning, Kumaran Ponnambalam (Updated May 2025)
- Complete Guide to Python Fundamentals for MLOps — LinkedIn Learning, Alfredo Deza & Pragmatic AI Labs (Sep 2024)
- Azure Kubernetes Service (AKS): Deploying Microservices — LinkedIn Learning, Prince Mokut (Oct 2022)
- Azure Spark Databricks Essential Training — LinkedIn Learning, Lynn Langit (Updated Feb 2025)
- Azure: Understanding the Big Picture — LinkedIn Learning, Walt Ritscher (2022)
- Microsoft Azure Fundamentals (AZ-900) – Cloud Concepts — LinkedIn Learning, Kunal D. Mehta
- Complete Guide to Generative AI for Data Analysis and Data Science — LinkedIn Learning, Dan Sullivan (Sep 2024)
- Introduction to Prompt Engineering for Generative AI — LinkedIn Learning, Ronnie Sheer (Aug 2024)
- Prompt Engineering: How to Talk to the AIs — LinkedIn Learning, Xavier Amatriain (Apr 2023)
- Discover the Possibilities of Generative AI — LinkedIn Learning, Ashley Kennedy (Updated Apr 2025)
- Introducing Semantic Kernel: Building AI-Based Applications — LinkedIn Learning, John Maeda & Sam Schillace (Mar 2023)
- AI Show: Deep Dive into Responsible AI Dashboard and Scorecard — Microsoft Learn / LinkedIn Learning, Seth Juarez (Mar 2023)
- Learning GDPR — LinkedIn Learning, Kalinda Raina (Updated May 2022)
- AI Challenges and Opportunities for Leadership — LinkedIn Learning, Conor Grennan (Oct 2023)
- How to Keep Your Team on the Bleeding Edge of AI Innovation — LinkedIn Learning, Aishwarya Srinivasan (May 2024)
- Leading at a Distance — LinkedIn Learning, Kevin Eikenberry (2019)
- Digital Transformation — LinkedIn Learning, Peter High (2018)
- Learning Data Science: Manage Your Team — LinkedIn Learning, Doug Rose (2020)
- Advanced SQL for Data Scientists — LinkedIn Learning (2020)
- Complete Guide to Tableau for Data Scientists — LinkedIn Learning, Matt Francis (Sep 2024)
- Learning SOLID Programming Principles — LinkedIn Learning, Steven Lott (Mar 2022)
- Git from Scratch — LinkedIn Learning, Morten Rand-Hendriksen (Jun 2022)
- What Is Scrum? — LinkedIn Learning, Kelley O’Connell (Apr 2020)
- Data Analytics for Business Professionals — LinkedIn Learning, John Johnson (2022)
- Nano Tips to Enhance Your Communication — LinkedIn Learning, Shadé Zahrai (Jan 2023)
- Java EE Profiling and UML Advanced Concepts — ELIT SONELGAZ
