Dr. Eduardo Garcia Magraner | Fabrication | Best Researcher Award

Ford España SL, Spain

Dr. Eduardo García Magraner is a seasoned expert in industrial engineering with over three decades of experience, primarily with Ford Motor Company. His work spans roles from maintenance supervision to manufacturing management, focusing on automation, predictive maintenance, and cybersecurity. A distinguished professional, he has been recognized globally for his contributions to enhancing manufacturing efficiency and safety. Dr. García holds a Ph.D. in Computer Engineering and Industrial Production with an "Outstanding Cum Laude" distinction and has been instrumental in driving innovation and productivity in industrial settings.

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Scopus

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Education🎓

Dr. García’s educational journey is extensive and multidisciplinary, beginning with vocational training in Electrical Assistance and Telecommunications Electronics. His expertise further expanded at Ford Spain's Apprentice School, where he specialized as an Electromechanical Technician. He later pursued a degree as an Industrial Technical Engineer, followed by numerous certifications including Lean Six Sigma (Green Belt & Black Belt) and multiple postgraduate master's degrees in Occupational Risk Prevention, Integrated Management Systems, and Human Resources. His academic peak was attained with a Ph.D. in Computer Engineering and Industrial Production from University CEU Cardenal Herrera.

Professional Experience🛠️

Dr. García's illustrious career at Ford spans various technical and managerial positions. Starting as an Electromechanical Maintenance Operator, he ascended through the ranks to become Manufacturing Manager overseeing Body, Stamping, and Assembly plants. His expertise in equipment engineering, automation, and production supervision has contributed to significant improvements in efficiency and productivity at Ford’s Valencia facilities. In recent years, he has taken on critical roles in cybersecurity, serving as the Single Point of Contact (SPOC) for Ford’s Global Manufacturing Cybersecurity Program.

Research Interests🔬

Predictive Maintenance & Industrial IoT: Developing real-time systems for enhanced equipment maintenance.

Automation and Robotics: Improving efficiency in production lines using AI-driven solutions.

Cybersecurity in Manufacturing: Ensuring robust security frameworks for industrial processes.

Energy Efficiency & Sustainable Manufacturing.

Awards & Recognitions🏆

Henry Ford Technical Award for IIoT Predictive Maintenance (2019).

Global Manufacturing Technical Excellence Awards for innovative Industry 4.0 solutions (2020, 2022).

Best Industrial Paper Award at ICINCO (2020).

Presidents Health & Safety Global Award for safety innovations (2022).

Angel Herrera Award for the best national research (2024).

Advanced Factories of the Future Award for leadership in digital transformation (2021).

Publications Top Notes📚

I3oT (Industrializable Industrial Internet of Things) Tool for Continuous Improvement in Production Line Efficiency by Means of Sub-Bottleneck Detection Method Machines, 2024-10-29, Contributors: Javier Llopis, Antonio Lacasa, Nicolás Montés, Eduardo Garcia. Link

Survival 1.0: A Novel Autonomous Industrial Mobile Warehouse (AIMW) for Industrial Environments Applied Sciences, 2024-10-25, Contributors: Eduardo Garcia, Miguel Montaña, Nicolás Montés. Link

Virtual Sensor of Gravity Centres for Real-Time Condition Monitoring of an Industrial Stamping Press in the Automotive Industry Sensors, 2023-07-21, Contributors: Ivan Peinado-Asensi, Nicolás Montés, Eduardo García. Link

Influence of Mechanical Failures of the Welding Gun on the Magnetic Field Generated in the Measurement of Misalignment
Book Chapter, 2022, Contributors: D. Ibañez, E. García, J. Soret, J. Martos. Link

Mini-Sym 4.0: A Novel Simulation Tool to Calculate Real-Time Production Line Productivity Book Chapter, 2022, Contributors: E. Garcia, N. Montes, N. Rosillo, J. Llopis, A. Lacasa. Link

Dr. Yaoqiang Lin | Shale gas | Best Researcher Award

Research Institute Of Petroleum Exploration & Development, China

Yaoqiang Lin is the Director of the Academic Department at the SPE Student Chapter within the Research Institute of Petroleum Exploration & Development (RIPED), focusing on innovative shale gas extraction methods and unconventional energy sources. With expertise in three-dimensional modeling and fracture seepage mechanisms, Lin's work is advancing the efficiency of shale gas development and challenging existing practices in the field.

Education🎓

Yaoqiang Lin has been advancing his expertise in unconventional energy development since 2022 as part of the Sichuan Basin Research Center at the Research Institute of Petroleum Exploration & Development (RIPED). Here, he specializes in breakthrough techniques for shale gas extraction and resource efficiency. Prior to this, Lin completed his Bachelor’s degree in Petroleum Engineering (2018–2022) from Yangtze University at the School of Petroleum Engineering/China-Russia Energy Institute. During his undergraduate studies, he actively participated in prominent industry conferences, such as the 9th International Conference on Energy and Environmental Research, where he presented his research on unconventional energy solutions.

Experience💼

Lin currently serves as the Director of the Academic Department for the SPE Student Chapter at RIPED, where he engages with peers and industry experts to advance research in petroleum engineering. His leadership role includes organizing knowledge-sharing events and representing the research institute at key conferences.

Research Interests🔬

Yaoqiang Lin's research centers on shale gas extraction, where he explores advanced methods to maximize resource efficiency.

Three-Dimensional Development

Lin applies three-dimensional development techniques to shale gas, focusing on ways to enhance extraction by creating accurate geological models that reveal untapped potential within gas reserves.

Numerical Simulations

Through numerical simulations, he evaluates various scenarios for shale gas recovery, identifying the most effective approaches for sustainable and productive energy extraction.

Enhanced Recovery Techniques

Lin's research aims to boost recovery rates, particularly in the Weiyuan block, by utilizing innovative fracture seepage mechanisms. His work demonstrates the feasibility and benefits of using advanced recovery techniques, thereby challenging existing assumptions in the field.