Abdelsalam Ali Abdelsalam Mohamed

• Led design and development of industrial robotic systems automating material handling, packaging and quality control for manufacturing, logistics and healthcare clients across two countries.
• Deployed robotic automation that reduced client operating costs by 30% and raised throughput by 25%; delivered an AI-driven logistics robotics project cutting material handling time by 40% while improving order accuracy.
• Integrated machine learning models into robotic decision-making pipelines, enabling perception-driven task selection and adaptive behaviour in unstructured production environments.
• Programmed industrial robotic arms, collaborative robots and autonomous mobile robots (AMRs), commissioning AMR fleets in warehouses across Egypt and the Netherlands.
• Executed rigorous testing, validation and performance benchmarking of robotic cells to certify functionality, precision and safety before production handover.

• Designed, programmed and maintained PLC (Siemens, Allen-Bradley) and SCADA systems controlling offshore gas field processes in a safety-critical, regulated environment.
• Implemented predictive maintenance using AI and IIoT sensor telemetry to anticipate equipment failure, reducing operational downtime by 20%.
• Engineered and commissioned a fully automated control system for a high-complexity industrial process, improving productivity by 15%.
• Designed fail-safe mechanisms and integrated real-time monitoring, certifying compliance with industry safety standards and offshore regulations; trained operations staff on new automation technology.

• Delivered automation, I&C and robotic engineering across three 4,800 MW combined-cycle power stations totalling 14.4 GW — the largest combined-cycle programme ever built, completed in a record 27.5 months.
• Designed and deployed robotic systems for inspection, maintenance and condition monitoring of turbines, generators and auxiliary equipment, cutting maintenance time by 30%.
• Deployed robotic inspection into hazardous high-temperature zones previously requiring human entry, materially reducing personnel exposure to unsafe environments.
• Programmed and optimized PLC and SCADA systems for automated control of critical plant processes, integrating robotics with Siemens control architecture.
• Executed gas turbine synchronization testing and led planning, execution and documentation of electrical and I&C scope, including vibration diagnosis and GT performance test reporting.

JAMK University of Applied Sciences · Jyväskylä, Finland

Coursework: AI and Machine Learning for Robotics, Robotics Design and Development, Industrial Robotics and Automation Systems, Embedded Systems and Control Engineering, Robot Perception and Vision Systems, Human-Robot Interaction. Applied robotics research conducted with industry partners in multicultural international engineering teams.

Faculty of Engineering, Zagazig University · Zagazig, Egypt

Core disciplines: Thermodynamics, Fluid Mechanics, Heat Transfer, Mechanical Design, Energy Systems, Engineering Simulation and Analysis. Graduation project awarded a grade of Excellent.