Modar M.

Worked on industrial automation and SCADA projects with a strong focus on Ignition SCADA Ignition (Perspective) for PLC diagnostics and system visualization in Schneider Electric environments. Designed and implemented interactive PLC rack and slot-level diagnostic views in Ignition Perspective using template-based and reusable embedded views, enabling operators to quickly assess system health, redundancy, and I/O status. Key contributions included: • Ignition Perspective HMI/SCADA development • PLC diagnostics and hardware health monitoring (Schneider M580, CRA, NOC, I/O modules) • OPC UA data modeling, derived tags, and structured tag hierarchies • OT network architecture and redundancy concepts (HSBY, Ethernet diagnostics) • Scalable and maintainable visualization design for large multi-rack systems

Specialist role focused on integrating laboratory and production IoT devices into MES/ERP systems, ensuring secure OPC communication, compliant data flows, and full GxP traceability ➢ Project: Implementation of the Electronic Batch Record system ➢ Connected IoT devices (pH meters, balances, Climet) to Werum PAS-X MES and SAP ERP * Configured OPC communications using Kepware and U-CON parsing of analytical data ➢ Ensured GxP compliance with full data integrity and traceability

Project: Optimization of Time and Effort in Decision-Making and Action (Where Experience Meets Theory) Context: Within the field of neuroeconomics, the dilemma between exploration and exploitation, inherent to human decision-making, is examined from a probabilistic perspective, drawing upon the principles of optimal control theory. ➢ Developed a statistical Bayesian model within the framework of optimal control using TensorFlow Probability (TFP) and PyMC ➢ Employed Principal Component Analysis (PCA) to investigate individual differences in selected samples ➢ Created a controlled experimental platform using Raspberry Pi, programmed with Autopilot, a Python and JavaScript framework, to conduct behavioral experiments

Projet ICBM (Independent Confidence Building Measures) : - Context: Testing critical control systems applied to EPRs (European Pressurized Reactors) in the nuclear sector at the Hinkley Point-C site in the United Kingdom - Work Performed : ➢ Modeled and developed Oracle safety units based on Matlab/Simulink ➢ Conducted code review (analysis and both static and dynamic testing) ➢ Reviewed production excellence - Achievements: ➢ Developed protection functions for LOCA (Loss of Coolant Accident), DNBR (Departure from Nucleate Boiling Ratio), and SGTR (Steam Generator Tube Rupture) ➢ Authored documentation related to the stages of GIT control versioning with MATLAB ➢ Integrated functions from the 3rd development cycle with the DNBR function into the overall ORACLE model ➢ Documented the simulator's lookup table

TBS4 Project General Context: Improvement of Baggage Handling Systems (BHS) and Baggage Vision Systems (BVS) at Charles de Gaulle Airport in Paris. Work Performed: ➢ Programmed and ensured the cybersecurity of Siemens Step7 PLCs ➢ Drafted test reports and anomaly sheets ➢ Oversaw data acquisition and managed faults/alarms Achieved Results: ➢ Designed testing strategy, test modules, and process activation procedures ➢ Successfully conducted Hardware In The Loop commissioning tests ➢ Developed drive supervision on WinCC

Context: Development and enhancement of the digital twin for control libraries in Amesim Simcenter. Work Performed: ➢ Developed a PID controller auto-tuning tool within the Amesim Simcenter multiphysics simulation platform to control a nonlinear system with varying behaviors ➢ Designed and programmed a generic graphical user interface in Qt5 and PyQt5 ➢ Developed control laws for a predictive controller model MPC controller Achieved Results: Provided a new calibration tool for PID controllers that serves two purposes: ➢ Automate the tuning task efficiently with real-time components. ➢ Minimize human intervention with straightforward steps, enabling users to complete their simulation tasks more quickly