| 2026 | ICSoft | Formalizing Model Selection in LLMOps: A Systematic UML-Based Process Model. | Maria Chernigovskaya, Abdulrahman Nahhas, Christian Haertel, Christian Daase, Klaus Turowski |
| 2025 | IC3K | Guiding Improvement in Data Science: An Analysis of Maturity Models. | Christian Haertel, Tom Engelmann, Abdulrahman Nahhas, Christian Daase, Klaus Turowski |
| 2024 | CoDIT | Reinforcement Learning for Hyper-Parameter Optimization in the context of Capacity Management of SAP Enterprise Applications. | Maria Chernigovskaya, Andrey Kharitonov, Abdulrahman Nahhas, Klaus Turowski |
| 2024 | ICSoft | A Literature Survey on Pitfalls of Open-Source Dependency Management in Enterprise. | Andrey Kharitonov, Amro Abdalla, Abdulrahman Nahhas, Daniel Gunnar Staegemann, Christian Haertel, Christian Daase, Klaus Turowski |
| 2023 | CLOSER | Data Driven Meta-Heuristic-Assisted Approach for Placement of Standard IT Enterprise Systems in Hybrid-Cloud. | Andrey Kharitonov, Abdulrahman Nahhas, Hendrik Mller, Klaus Turowski |
| 2023 | IC3K | Toward Standardization and Automation of Data Science Projects: MLOps and Cloud Computing as Facilitators. | Christian Haertel, Christian Daase, Daniel Staegemann, Abdulrahman Nahhas, Matthias Pohl, Klaus Turowski |
| 2020 | WSC | Scheduling Jobs in a Two-Stage Hybrid Flow Shop with a Simulation-Based Genetic Algorithm and Standard Dispatching Rules. | Benjamin Rolf, Tobias Reggelin, Abdulrahman Nahhas, Marcel Mller, Sebastian Lang |
| 2019 | AICCSA | A Modernized Model for Performance Requirements and Their Interdependencies. | Ahmad Alwadi, Abdulrahman Nahhas, Sascha Bosse, Naoum Jamous, Klaus Turowski |
| 2019 | CLOSER | Toward an Autonomic and Adaptive Load Management Strategy for Reducing Energy Consumption under Performance Constraints in Data Centers. | Abdulrahman Nahhas, Sascha Bosse, Matthias Pohl, Klaus Turowski |
| 2019 | CLOSER | Proof of Provision: Improving Blockchain Technology by Cloud Computing. | Matthias Pohl, Abdulrahman Nahhas, Sascha Bosse, Klaus Turowski |
| 2016 | WSC | Simulation-based optimization for solving a hybrid flow shop scheduling problem. | Paul Aurich, Abdulrahman Nahhas, Tobias Reggelin, Juri Tolujew |