Pablo Monzón Bello | Materiales para la construcción | Best Materials Science Award

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Dr. Pablo Monzón Bello | Materiales para la construcción | Best Materials Science Award

Profesore investigador, Universidad Politécnica de Valencia

Pablo Monzón Bello is a faculty member at the Universitat Politècnica de València (UPV), Spain, in the Department of Architectural Construction. He holds a PhD in Architecture, Landscape, Urbanism, and Building, as well as a Master’s in Building Construction and a degree in Technical Architecture and Building Engineering, all from UPV. As a dedicated professor and researcher, he teaches undergraduate courses on building construction, merging theoretical knowledge with practical applications. His research centers on advanced construction materials, particularly the development of embedded sensors for monitoring concrete parameters and the use of corrosion inhibitors to enhance durability. Pablo has contributed to several international publications, with studies addressing recycled materials, corrosion analysis, and concrete performance. Passionate about sustainability and innovation, he plays an active role in shaping future generations of construction professionals. His work integrates scientific rigor with practical solutions for the construction industry.

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📚Education 

Pablo Monzón Bello completed all his academic studies at the Universitat Politècnica de València (UPV), Spain. He earned his undergraduate degree in Technical Architecture and Building Engineering, equipping him with strong technical and practical foundations in construction. He continued at UPV to pursue a Master’s degree in Building Construction, where he deepened his expertise in building systems, materials, and processes. Pablo then completed his PhD in Architecture, Landscape, Urbanism, and Building, focusing on cutting-edge research in construction materials and their performance, particularly concrete durability and monitoring technologies. Throughout his academic journey, Pablo developed a multidisciplinary profile that integrates engineering principles with architectural and environmental concerns. His educational background laid the groundwork for his research in sustainability, advanced materials, and smart monitoring systems, positioning him as a leading scholar in the construction field.

🎓Experience 

Pablo Monzón Bello serves as a professor and researcher at the Universitat Politècnica de València (UPV) in the Department of Architectural Construction, a role he has held since October 2023. In this capacity, he teaches courses on building construction, combining theoretical instruction with hands-on practices to engage undergraduate students. His academic experience extends beyond teaching to include significant research work, where he collaborates with multidisciplinary teams to develop innovative solutions in materials science and construction technology. Pablo’s expertise includes designing embeddable sensors, studying corrosion inhibitors, and assessing the durability of concrete structures. His professional experience is reflected in multiple published journal articles, where he contributes as both lead and co-author. His role as a mentor and researcher allows him to influence the next generation of architects and engineers while actively advancing construction science.

🏅Awards and Honors 

Pablo Monzón Bello, his accomplishments are reflected in his extensive research output and collaborations with leading scholars in construction materials and concrete durability. His co-authorship in high-impact journals such as Applied Sciences, Materials, and Sensors and Actuators B: Chemical highlights his recognition within the academic community. Pablo’s innovative work on recycled materials, corrosion studies, and smart sensors has contributed to advancing the field, earning him respect among peers and collaborators. His position at the Universitat Politècnica de València further reflects institutional trust and recognition of his academic and research excellence. As his career progresses, Pablo is poised to receive more formal awards and honors for his contributions to sustainable and intelligent construction technologies.

🔬Research Focus 

Pablo Monzón Bello’s research is centered on improving the performance and durability of construction materials, with a special focus on concrete. His work investigates the development and application of embedded sensors for real-time monitoring of key parameters such as chloride penetration, corrosion, and moisture levels in concrete structures. He also studies the use of corrosion inhibitors to extend the lifespan of reinforced concrete, aiming to enhance structural integrity and sustainability. Pablo has explored recycled materials, such as brick powder, as partial cement replacements, aligning his research with circular economy principles. His interdisciplinary research combines civil engineering, materials science, and chemometrics, applying advanced statistical tools like principal component analysis and PLS multivariate analysis to study corrosion phenomena. Through this work, Pablo contributes to the development of smarter, greener, and more resilient construction systems.

🏆Conclusion  

Pablo Monzón Bello is a strong candidate for the Best Materials Science Award, particularly for his contributions to sustainable construction materials and innovations in concrete monitoring. His research is scientifically rigorous, interdisciplinary, and relevant to both academic and industry needs. With continued growth in research leadership, international collaborations, and diversification into emerging material fields, Pablo is well-positioned to become a leading figure in materials science. He would bring credibility, innovation, and forward-thinking perspectives to the award.

Publication

Author: Josep Ramon Lliso Ferrando; Alba Arenós-Barrachina; Pablo Monzón Bello; Manuel Valcuende Payá
Title: Durability of Mortars with Partial Cement Replacement by Recycled Brick Powder
Year: 2025


Author: Pablo Monzón Bello; Roberto Vengut Tro; Juan Soto-Camino; Manuel Valcuende Payá
Title: Influence of Corrosion-Inhibiting Monolayers on the Bond Strength and Durability of Reinforced Concrete Structures Under Service Conditions
Year: 2025


Author: LUIS CORTES MESEGUER; Pablo Monzón Bello
Title: Methodology for the Study and Analysis of Concrete in a Heritage Façade: The Ateneu Sueco Del Socorro (Spain)
Year: 2025


Author: Pablo Monzón; José Enrique Ramón; José M. Gandía-Romero; Manuel Valcuende; Juan Soto; Daniel Palací‐López
Title: PLS multivariate analysis applied to corrosion studies on reinforced concrete
Year: 2019


Author: José M. Gandía-Romero; Román Bataller; Pablo Monzón; Inmaculada Campos; Eduardo García-Breijo; Manuel Valcuende; Juan Soto
Title: Characterization of embeddable potentiometric thick-film sensors for monitoring chloride penetration in concrete
Year: 2016


Author: J. M. Gandía; P. Monzón; R. Bataller; I. Campos; J. Manuel Lloris; J. Soto
Title: Principal component analysis applied to study of carbon steel electrochemical corrosion
Year: 2015

Krzysztof Skrzypkowski | Lightweight Geopolymer Foam Concrete | Best Researcher Award

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Assoc. Prof. Dr. Krzysztof Skrzypkowski | Lightweight Geopolymer Foam Concrete | Best Researcher Award

Professor, AGH University of Krakow Faculty of Civil Engineering and Resource Management

Dr hab. Krzysztof Skrzypkowski  is a professor at AGH University of Science and Technology, specializing in mining engineering, rock mechanics, and occupational safety . With deep expertise in rock bolt support systems, he has shaped cutting-edge research on static and dynamic loads ⚙️. His academic journey spans MSc, PhD, and DSc Eng. degrees from AGH, combined with international internships . A dynamic educator, he supervises international students, doctoral candidates, and research interns across continents . Prof. Skrzypkowski actively contributes to international conferences, editorial boards , and industry collaborations, driving innovation in mining safety and sustainability . Recognized as a top 2% scientist globally , his work is marked by excellence in publications, patents, and leadership in research projects . With over 1,000 citations and multiple Rector’s Awards , he is shaping the future of safe, efficient, and eco-friendly mining worldwide .

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🎓 Education 

Prof. Krzysztof Skrzypkowski holds a D.Sc. Eng. in Environmental Engineering, Mining, and Energy from AGH University (2021) , with a habilitation thesis on rock bolt support in ore mines . He earned his Ph.D. (2014) in Mining and Engineering Geology, focusing on stress-strain characteristics of rock bolts , and his M.Sc. Eng. (2007) in Mining Engineering, studying water hazards . He complemented these with postgraduate studies in Software Engineering (2018)  and teaching training (2008) . His education uniquely blends technical mastery, software innovation, and pedagogical expertise , positioning him at the forefront of mining safety and rock mechanics research. This diverse academic background enables Prof. Skrzypkowski to bridge theory, practice, and education seamlessly, equipping students and colleagues with cutting-edge knowledge and interdisciplinary skills .

💼 Experience 

Prof. Skrzypkowski began as an assistant at AGH (2007–2014) , advanced to assistant professor (2014–2021), and has been a professor since 2021 . He leads the Bolting Laboratory , supervises international students from Chile, Turkey, Vietnam, and India , and has guided doctoral candidates globally. His collaborations span major mines like Bogdanka, Budryk, Bochnia, and Kłodawa, working on monitoring systems, rock bolt testing, and numerical modeling . Prof. Skrzypkowski has participated in research internships in Poland, the Czech Republic, and abroad, shaping his global mining expertise . With leadership roles in university committees, scientific supervision, and editorial boards, he balances academia, research, and industry with innovation and dedication . His work impacts both mining safety and academic excellence, making him a highly respected figure in the global mining engineering community .

🏆 Awards and Honors 

Prof. Skrzypkowski’s outstanding achievements have earned him numerous honors , including AGH Rector’s Awards—individual 1st-degree awards (2021–2024) for scientific excellence, and 2nd-degree awards (2020) . He has also received 3rd-degree team awards for organizational (2023, 2020, 2019, 2016) and teaching achievements (2016) . Listed among the world’s top 2% scientists in 2022 and 2023 , he holds a Hirsch index of 22–24 and over 1,000 citations . His patents and utility models reflect innovative contributions to mining technology , while his role as scientific editor and reviewer of nearly 1,000 top-tier articles highlights his academic influence . As a research leader, supervisor, and committee member, Prof. Skrzypkowski’s work has set benchmarks in mining safety, sustainability, and education, earning him respect in both academic and industrial circles .

🔬 Research Focus 

Prof. Skrzypkowski’s research focuses on rock mechanics, mining engineering, and occupational safety , with specialization in expansion and resin rock bolt support systems under static and dynamic conditions . His pioneering work includes patented devices for non-destructive testing of mining anchors and advanced photonic monitoring systems . He leads interdisciplinary projects funded by the National Science Centre Poland and the European Regional Development Fund , combining mining engineering with smart technologies . His research integrates numerical modeling, laboratory testing, and field applications, addressing challenges in ore mines, hard coal mines, and salt mines . International collaborations, high-impact publications, and editorial roles strengthen his global academic presence . Passionate about sustainability, safety, and innovation, Prof. Skrzypkowski’s research transforms mining into a more resilient and eco-friendly industry for the future .

🏆 Conclusion

Dr. hab. Krzysztof Skrzypkowski is an excellent candidate for the Best Researcher Award. His outstanding research productivity, innovation, leadership in mining engineering, and international collaboration clearly demonstrate a career of high impact and continued advancement. With further efforts to broaden interdisciplinary work and commercialization, his influence could extend even further, cementing his status as a world-class researcher.

Publication

Author: A Waqar, MB Khan, N Shafiq, K Skrzypkowski, K Zagórski, A Zagórska
Year: 2023
Title: Assessment of challenges to the adoption of IOT for the safety management of small construction projects in Malaysia: structural equation modeling approach
Citations: 85

Author: A Waqar, K Skrzypkowski, H Almujibah, K Zagórski, MB Khan, A Zagórska, …
Year: 2023
Title: Success of implementing cloud computing for smart development in small construction projects
Citations: 66

Author: P Odeyar, DB Apel, R Hall, B Zon, K Skrzypkowski
Year: 2022
Title: A review of reliability and fault analysis methods for heavy equipment and their components used in mining
Citations: 58

Author: K Skrzypkowski, W Korzeniowski, K Zagórski, A Zagórska
Year: 2020
Title: Modified Rock Bolt Support for Mining Method with Controlled Roof Bending
Citations: 50

Author: K Skrzypkowski, W Korzeniowski, K Zagórski, A Zagórska
Year: 2020
Title: Adjustment of the Yielding System of Mechanical Rock Bolts for Room and Pillar Mining Method in Stratified Rock Mass
Citations: 48

Author: K Skrzypkowski
Year: 2020
Title: Case studies of rock bolt support loads and rock mass monitoring for the room and pillar method in the legnica-głogów copper district in Poland
Citations: 42

Author: K Skrzypkowski
Year: 2020
Title: Decreasing mining losses for the room and pillar method by replacing the inter-room pillars by the construction of wooden cribs filled with waste rocks
Citations: 37

Author: A Waqar, I Othman, K Skrzypkowski, ASM Ghumman
Year: 2023
Title: Evaluation of success of superhydrophobic coatings in the oil and gas construction industry using structural equation modeling
Citations: 36

Author: F Tahmasebinia, A Yang, P Feghali, K Skrzypkowski
Year: 2022
Title: A numerical investigation to calculate ultimate limit state capacity of cable bolts subjected to impact loading
Citations: 35

Author: K Skrzypkowski
Year: 2021
Title: An experimental investigation into the stress-strain characteristic under static and quasi-static loading for partially embedded rock bolts
Citations: 35

Author: Korzeniowski Waldemar, Skrzypkowski Krzysztof, Zagórski Krzysztof
Year: 2017
Title: Reinforcement of Underground Excavation with Expansion Shell Rock Bolt Equipped with Deformable Component
Citations: 35

Peng Wang | Mine Ventilation | Best Researcher Award

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Dr. Peng Wang | Mine Ventilation | Best Researcher Award

China University of Mining & Technology, Beijing, China

Peng Wang is a dedicated research team member under Prof. Yue-ping Qin at the School of Emergency Management and Safety Engineering, China University of Mining & Technology, Beijing , specializing in intelligent mine ventilation , computational mathematics , and computer graphics ; actively contributing to national-level research projects  and publishing impactful studies in international journals .

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🎓 Education 

Peng Wang holds academic training in computational mathematics , computer graphics , and engineering optimization , with his educational background rooted in the interdisciplinary fields supporting emergency management  and mine safety engineering  at China University of Mining & Technology, Beijing , equipping him with advanced analytical skills  and technical expertise for innovative problem-solving in mine ventilation systems .

💼 Experience 

Peng Wang’s research journey  includes active participation in the National Natural Science Fund , National Key R&D Program , and National Science and Technology Attack Projects , where he applied computational methods  and optimization techniques  to develop intelligent mine ventilation solutions ; his collaboration with Prof. Qin  has produced high-impact publications  and patented innovations advancing safety and efficiency in mining environments .

🏆 Awards and Honors 

Peng Wang has contributed to award-winning projects  through his role in national research initiatives , earning recognition for innovation in mine ventilation systems ; his co-authored patent for a global roadway wind resistance calibration method  and publications in top journals  reflect his commitment to advancing mining safety and sustainability , positioning him as a promising researcher for accolades like the Best Researcher Award .

🔬 Research Focus 

Peng Wang’s research focuses on intelligent mine ventilation , with a core emphasis on developing optimization models  and computational algorithms  to enhance airflow management  and safety monitoring  in underground mines ; his work integrates air volume data  and quadratic programming techniques  to calibrate wind resistance accurately , delivering practical solutions for improving ventilation network simulations and real-world air distribution .

🏁 Conclusion 

Peng Wang demonstrates strong early-career research potential, with significant contributions to intelligent mine ventilation through national projects, an SCI-indexed journal publication, and a patented innovation. His research addresses critical challenges in mining safety and airflow management, offering practical solutions with measurable benefits. While his academic portfolio is still developing in breadth (e.g., more publications, leadership roles), his specialized focus and impactful outcomes make him a promising candidate for the Best Researcher Award, especially in technical innovation and applied research categories. Recognition could further motivate and accelerate his contributions toward becoming a leading expert in mine ventilation systems.

Publication

Title: A calibrating method of roadway wind resistance based on air volume
Authors: Yue-Ping Qin, Peng Wang, Fei Tang, Ming-yan Guo, Feng-jie Zhang, Hao Xu
Year: 2025


Title: Surface structured mesh generation system based on symmetry preserving parameterization
Authors: Haoxuan Zhang, Haisheng Li, Peng Wang, Nan Li
Year: 2024