Eindhoven Area
I'm an Electrical & Systems Engineer with hands-on experience across railway systems engineering, industrial automation, and asset integrity working on projects in Europe and Asia. At Alstom, I worked on ETCS logic design for train control systems modeling state machines in MATLAB, applying Model-Based Systems Engineering (MBSE), and developing automated test cases to validate safety-critical behavior. This role gave me deep exposure to the V-model development lifecycle, verification & validation (V&V), and structured technical documentation in a safety-regulated environment. Before that, I delivered automation and control solutions as an Application Engineer programming PLC, DCS, SCADA, and HMI systems using Siemens TIA Portal and Aveva System Platform, and designing full electrical and control panel solutions for industrial clients. I also have a background in asset integrity engineering, where I assessed offshore infrastructure using tools like AutoCAD, Navisworks, and Polyworks, and produced technical documentation aligned with API, NACE, and ASME standards. 🎓 MSc in Electrical Engineering (specialization: Telecommunications Engineering) - University of Bologna 🎓 BSc in Electrical & Electronics Engineering - NUST I'm now based in the Netherlands and actively looking for roles in: Systems Engineering · Electrical Engineering · Industrial Engineering · Automation & Control · R&D · High-Tech Production - within the mobility, energy, or high-tech manufacturing sectors. I enjoy working in multicultural, multidisciplinary teams and thrive in environments where precision, reliability, and safety actually matter. 📩 Open to opportunities - feel free to connect or reach out directly.
• Delivered technical engineering assignments including CAD design, control system documentation, and coding projects for international clients. • Supported academic and professional clients with MATLAB, AutoCAD, and Python-based project work. • Maintained technical skills across electrical engineering, automation, and systems design domains.
• Modeled and designed state machines in MATLAB based on ETCS functional logic definitions, improving consistency and traceability in train control behavior. • Applied Model-Based Systems Engineering (MBSE) to the train spacing subsystem within the ETCS Generic Application framework. • Developed automated test cases to validate design outputs and eliminate unrealistic input combinations, reducing manual verification effort. • Created structured test scenarios to verify logic implementation and ensure compliance with EN 50128 safety requirements. • Produced technical reports, process flows, V&V documentation, and traceability matrices supporting design and testing activities. • Contributed to safety-critical systems engineering workflows aligned with automotive and embedded engineering standards. • Supported New Product Introduction (NPI) and the handover of technical solutions from development into implementation within multidisciplinary project teams.
• Processed and analysed large-scale 3D point cloud and LiDAR datasets to reconstruct offshore assets and assign asset tags for digital twin development. • Performed data annotation and ML-based quality control within the Abyss Fabric™ platform, ensuring accuracy of AI-driven corrosion and defect detection models. • Applied computer vision and machine learning techniques including point cloud segmentation and feature extraction to identify and quantify external corrosion and coating degradation. • Interpreted engineering schematics, CAD models, and P&IDs for equipment condition assessment and anomaly reporting. • Supported digital twin workflows utilising AutoCAD, Navisworks, Polyworks, Metashape, and Abyss Fabric™ for asset reconstruction and data processing. • Drafted SOPs, QA documentation, and technical inspection reports aligned with API, NACE, and ASME standards. • Collaborated with design engineers on DFM/DFA principles, supporting industrialization and transition to volume production.
• Designed and integrated process control solutions for industrial automation projects across multiple client sites. • Programmed PLC, DCS, SCADA, and HMI systems using Siemens TIA Portal and Aveva System Platform. • Developed P&IDs, loop descriptions, SLDs, and technical specifications as part of full engineering design packages. • Designed electrical schematics and control panels for industrial and high-tech production environments. • Conducted onsite installation, testing, commissioning, and operator training. • Produced SOPs, user guides, and validation protocols for client handover and regulatory compliance.