Biography
Magdi El-Awdan holds the position of Senior Manager – Glass & Solar at Siemens AG, Germany with 25+ years of experience, and is recognized for his leadership in automation, digitalization, and quality control processes across solar, glass, and semiconductor manufacturing environments.
He oversees business development, solution innovation, and customer engagement for automation and monitoring systems that support critical infrastructure in industrial plants.
His contributions span integration of advanced digital solutions, such as digital twins, and Industrial IoT Solutions, and has spearheaded collaborations to digitally transform industrial production, enhance quality control, and minimize downtime.
Presentation
In an increasingly demanding and competitive environment, the glass industry is under strong pressure to improve energy efficiency, reduce emissions, ensure consistent product quality, and increase operational flexibility. Traditional plant operation and isolated optimization efforts are no longer sufficient to address these challenges holistically across the entire value chain.
This contribution presents how end-to-end digitalization, powered by Siemens Digital Industries, enables seamless integration of glassmaking processes—from raw material handling and melting through forming, inspection, and lifecycle management. By combining industrial automation, advanced planning and scheduling, simulation, digital twins, Industrial IoT, and data-driven analytics, glass manufacturers can transition from reactive plant operation to proactive and predictive decision-making.
Siemens’ comprehensive digital portfolio transforms production data into business-relevant decision support, providing real-time transparency across all production stages. Predictive maintenance, simulation-based optimization, and advanced analytics help stabilize processes, increase yield, reduce downtime, and improve energy and resource efficiency.
Beyond operational excellence, end-to-end digitalization plays a key role in supporting sustainability goals. Plant-wide transparency, energy monitoring and the integration of technologies such as waste heat recovery, cullet optimization, and low-carbon solutions via partner enable measurable reductions in emissions while maintaining high product quality. The result is a future-ready glass plant that combines productivity, sustainability, and resilience—driven by Siemens’ end-to-end digitalization expertise.