Martin Bauknecht | Agricultural Policy | Best Researcher Award

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Mr. Martin Bauknecht | Agricultural Policy | Best Researcher Award

PhD student, University of Hohenheim, Germany

Martin Bauknecht is a German executive, lecturer, and researcher specializing in energy sustainability and agricultural technology. Born in Ravensburg, he holds a Diplom in Business Administration from the University of Hohenheim and completed a study term at Turku School of Economics on an Erasmus scholarship. With over two decades of leadership experience at Ferronordic AB and ZG Raiffeisen Technik GmbH, he has overseen operations across multiple countries, driving financial turnaround and strategic growth. Simultaneously, he founded and operates a solar energy venture, Hofgut Albertshofen Solar GbR, focusing on photovoltaic systems. As a longstanding lecturer at the Duale Hochschule BW Ravensburg, he teaches business processes, automotive and energy economics, and product management. His fluency in German, English, and working knowledge of French, paired with proficiency in analytical and enterprise tools such as MS Office, SAP R3/HR, SPSS, and MS Project, underscores his ability to bridge the worlds of academia and industry seamlessly.

Professional Profile

Google Sholar | Scopus | ORCID

Education

Martin Bauknecht pursued a Diplom in Business Administration at the University of Hohenheim, focusing on corporate management, organizational behavior, personnel, controlling, and marketing. His academic performance was above average, culminating in a Diplom-Handelslehrer degree. During his studies, he participated in the Erasmus programme at the Turku School of Economics in Finland, where he focused on entrepreneurship, benefiting from international exposure and cultural exchange. These formative educational experiences laid the foundation for his dual career in business leadership and teaching. His grounding in theoretical frameworks for organization and marketing remains evident in his curricular design and publications. Courses in economics and international entrepreneurship equipped him with a global perspective, which proved critical in his later roles in multinational business environments. Bauknecht’s academic qualifications also justify his continued engagement as a lecturer at the Duale Hochschule BW Ravensburg, where he teaches topics ranging from automotive and energy economics to business processes and product management.

Professional Experience

Martin Bauknecht’s career spans executive leadership roles and academic instruction, reflecting a deep integration of applied strategy and operational excellence. As Managing Director and Board Member at Ferronordic AB and Ferronordic GmbH, he has led service and distribution operations across Sweden, Germany, Russia, and Kazakhstan. He managed a team of over 400 employees with responsibility for a € 200 million revenue business while steering a turnaround from multimillion‑euro losses toward break-even and growth. Previously, he served as CEO of ZG Raiffeisen Technik GmbH, leading a team of 600+ across European markets, transforming a loss‑making operation into a profitable enterprise with successful market entries (e.g. Valtra tractors) and award‑winning apprenticeship programs. He also held regional leadership and product strategy roles at MAN Truck & Bus AG, driving product launches and global sales training initiatives. In parallel, he founded a solar energy business and has taught at the Duale Hochschule BW Ravensburg since 2008. His experience blends transformation leadership, cross‑border operations, and sustainability entrepreneurship.

Research Focus

Martin Bauknecht focuses his research on agrivoltaics, decentralized energy systems, and educational strategies within global sales and organizational development. He explores electricity self‑sufficient villages powered by agrivoltaic systems, examining farmer willingness, acceptance, and entrepreneurial perspectives on integrating energy production with sustainable agriculture. His work addresses energy security and the systemic challenges of transitioning to decentralized, renewable systems. In the domain of organizational learning, he evaluates the effectiveness of global sales training programs, particularly in multinational corporate settings like the MAN Academy, analyzing digital learning approaches, curriculum design, and training outcomes. His research also covers energy economics, product management in automotive and agricultural machinery sectors, and the intersection of market theory with agricultural policy. By blending empirical surveys, case studies, and applied methodology, his research bridges management science and applied agronomy, targeting practical innovations that serve both industry transformation and academic discourse.

Publication Top Notes

“Energy security through decentralized energy system: electricity self‑sufficient village using agrivoltaics?” – Energy Reports, vol. 14, pp. 1523–1528
Investigates the feasibility and security implications of decentralized agrivoltaic systems enabling villages to achieve energy self‑sufficiency.

“Farmers’ Willingness to Contribute to the Realization of an Electricity Self‑Sufficient Village Using Agrivoltaics. Results of a Survey.” – Current Trends in Agronomy & Agricultural Research, vol. 1(3), pp. 1–9
Reports on farmer survey results gauging interest and support for agrivoltaic schemes in rural communities.

“Acceptance for the second half of the energy transition through electricity self‑sufficient village using agrivoltaics?” – International Journal of Environmental Sciences, vol. 11(7s), pp. 313–320
Explores public acceptance and barriers to adopting decentralized energy systems among farming populations.

“Agrivoltaics: The future of electricity supply arrangement from the perspective of German entrepreneurial farmers.” – E3S Web of Conferences, vol. 636 (03003), pp. 1–9
Analyzes how German entrepreneurial farmers view agrivoltaic integration as a future energy model.

“Räder in Nutzfahrzeuge.” – In BOSCH Kraftfahrtechnisches Taschenbuch 28, pp. 864–879 (2014)
Technical contribution on wheels and running gear in commercial vehicles.

“Der Verkäufer als Kunde” (with R. Kabitzke) – Personalwirtschaft, vol. 41(5), pp. 39–41 (2014)
Discusses role reversal perspectives where the seller is evaluated from the buyer’s standpoint.

“Lernansprüche der Digital Natives. Eine Analyse im Rahmen des Global Sales Training der MAN Academy.” – Zeitschrift für Führung und Organisation, vol. 82(4), pp. 251–259 (2013)
Examines learning preferences and training design for millennials in global sales programs.

“Digitale Moderation. Effizientes Training bei der MAN Academy – eine Fallstudie.” – Zeitschrift für Führung und Organisation, vol. 80(5), pp. 312–319 (2011)
Case study on implementing digital moderation techniques in sales training.

“Berufliche Handlungskompetenz verbessern.” (with K. Henning) – Zeitschrift für Führung und Organisation, various issues
Focuses on improving professional competence through structured training interventions.

Conclusion

Martin Bauknecht’s unique integration of applied industry experience with impactful academic research positions him as an outstanding candidate for the Best Researcher Award. His contributions to energy sustainability, organizational training, and agrivoltaic innovation reflect not only academic rigor but also a deep understanding of societal and industrial needs. With continued academic expansion and global outreach, he has the potential to shape research and practice at the highest levels.

Ahmed Sobhy Darwish | Analytical Chemistry | Best Researcher Award

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Dr. Ahmed Sobhy Darwish | Analytical Chemistry | Best Researcher Award

PhD student at Zagazig University, Egypt

Ahmed Sobhy Abdelrahim Abdallah Darwish is an accomplished analytical chemist and Laboratories Development Deputy Manager at Egyptian International Pharmaceutical Industries (EIPICO), also affiliated with Zagazig University. He holds a B.Sc. in Chemistry‑Physics, a diploma (Analytical Chemistry, excellent), pre-master, and a Master’s degree, all from Zagazig University. Currently pursuing a Ph.D. He began his career in QC laboratories at Delta Pharma, then progressed through section head roles at Grand Pharma, Averroes, Al‑Debeiky, and Copad Pharma. He leads a team of ten at EIPICO, overseeing method development, stress stability studies, and comparative in vitro investigations. He actively contributes to regulatory harmonization by engaging with USP, BP, SFDA, and other pharmacopoeias. A Best Researcher Award recipient, he has submitted case studies to BP and participated in USP pilot programs. He also serves as a peer reviewer for international journals.

Professional Profile

Google Scholar | ORCID

Education

Ahmed Sobhy Darwish’s academic background showcases a steady commitment to excellence in analytical chemistry. He began his studies with a Bachelor’s degree in Chemistry‑Physics from Zagazig University, graduating with high distinction. He further pursued a diploma in Analytical Chemistry with top honors, followed by a pre‑master qualification marked by outstanding academic achievement. His educational journey culminated in a Master’s degree in Analytical Chemistry, and he is currently engaged in doctoral studies in the same field. His English proficiency is evidenced by a TOEFL score that surpasses common requirements for doctoral programs. This well-structured academic progression illustrates his deepening expertise, strong theoretical foundation, and dedication to advanced analytical techniques.

Professional Experience

Ahmed Sobhy Darwish has built an extensive career in pharmaceutical quality control and analytical method development. He began with a foundational role as a quality control chemist, where he developed essential technical skills. He progressed through leadership roles in various pharmaceutical companies, overseeing stability studies and analytical methodology. His responsibilities included managing laboratory operations, validating stability-indicating methods, and leading teams in analytical research. Currently, he holds a senior position where he directs lab development initiatives, supervises a professional team, and leads innovative projects such as stress stability testing and in vitro comparative studies. He also liaises with pharmacopoeial bodies, reflecting his authority in aligning practices with regulatory standards. His career demonstrates a trajectory of growing leadership, technical depth, and strategic contribution to pharmaceutical innovation.

Research Focus

Dr. Darwish’s research centers on developing eco-friendly, stability-indicating HPLC and liquid chromatography methods for pharmaceutical analysis. His work prioritizes environmental sustainability while ensuring robustness and regulatory compliance. Key areas include quantifying drugs such as piracetam, vincamine, levomenol, netilmicin, colchicine, khellin, valsartan, sacubitril, simvastatin, and fenofibrate in bulk and finished dosage forms. He emphasizes certified reference materials, green solvent systems, and minimal waste generation. By submitting two eco-analytical case studies to the British Pharmacopoeia sustainability guidance, he directly impacts regulatory practice. Participation in the USP Quality Assist Beta Pilot Program and BP Beta Site studies further reinforces his focus on method validation in real-world settings. His research bridges analytical precision with environmental responsibility, positioning him at the forefront of sustainable pharmaceutical quality control.

Publication Top Notes

“A Simple Eco‑Friendly Stability‑Indicating HPLC Method for Determination of NETILMICIN in Bulk and Ophthalmic Solution”, Biomedical Chromatography (August 2025), DOI: 10.1002/bmc.70152.
A validated HPLC approach using green solvents to quantify netilmicin in bulk and ophthalmic solutions, offering reduced environmental impact while maintaining assay accuracy.

“Environmental sustainability profiles assessment of HPLC stability indicating method for quantitation of piracetam and vincamine in pharmaceutical medications”, Talanta Open (August 2025), DOI: 10.1016/j.talo.2025.100407.
Evaluates environmental metrics (e.g., solvent consumption, waste) for HPLC methods analyzing piracetam and vincamine, demonstrating greener alternatives without sacrificing sensitivity.

“Developing a sensitive, ecological, and economic HPLC method for the concurrent quantification of KOLCHICINE and KHELLIN”, Microchemical Journal (July 30, 2025), DOI: 10.1016/j.microc.2025.114716.
Introduces a dual-analyte HPLC method for colchicine and khellin in bulk and sachets, optimized for sensitivity and cost-effectiveness using eco-friendly solvents.

“Simple validated approach to quantify valsartan and sacubitril in medications using liquid chromatography”, Bulletin of Faculty of Science, Zagazig University (July 1, 2025).
Presents a streamlined LC protocol for simultaneous determination of valsartan and sacubitril, validated for pharmaceutical formulations with robust linearity and accuracy.

“DEVELOPMENT AND VALIDATION OF STABILITY INDICATING RP‑HPLC METHOD FOR SIMULTANEOUS DETERMINATION OF SIMVASTATIN AND FENOFIBRATE IN BULK AND DOSAGE FORM”, Bulletin of Faculty of Science, Zagazig University (July 1, 2025).
Reports a reversed‑phase HPLC technique validated for concurrent analysis of simvastatin and fenofibrate, incorporating stress degradation studies to ensure specificity.

“An ecologically sound HPLC determination of LEVOMENOL in topical therapies using a certified reference material with green properties”, Results in Chemistry (May 8, 2025).
Describes a certified‑reference based HPLC method for levomenol quantification in topical products, optimizing green solvent usage while achieving regulatory-grade precision.

Conclusion

Dr. Darwish’s deep integration of sustainability, innovation, and leadership in pharmaceutical analytics makes him an exceptional nominee for the Best Researcher Award. His profile aligns well with the award’s objectives of recognizing impactful, regulatory-aligned, and environmentally responsible scientific contributions.

Hem Bahadur Motra | Rock Mechanics | Applied Engineering Award

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Dr. Hem Bahadur Motra | Rock Mechanics | Applied Engineering Award

Lecturer, Christian Albrecht University of Kiel, Germany

Dr. Hem Bahadur Motra is a distinguished geomechanics expert and academic leader with a German nationality and South Asian roots. He currently serves as the Head of the Geomechanics Experimental Laboratory at Christian-Albrechts-Universität zu Kiel and holds lecturing positions at both Kiel University and the University of Applied Sciences Kiel. His interdisciplinary expertise spans rock mechanics, structural engineering, and geotechnical testing. Renowned for his international collaborations and practical research applications, Dr. Motra has been affiliated with premier institutions across Europe, Asia, and North America. His scientific work integrates multiscale experimental modeling, anisotropic behavior of rocks, and geotechnical system responses under complex stress conditions. Beyond academia, he consults for engineering firms in Germany, Nepal, and the U.S., translating complex research into applied solutions. Dr. Motra is a forward-thinking researcher committed to developing sustainable subsurface engineering practices through innovation, data integration, and high-fidelity experimental validation.

Professional Profile

Scopus

Education

Dr. Hem Bahadur Motra has pursued a progressive academic trajectory in civil engineering, specializing in geomechanics and structural engineering. He earned his Doctorate in Engineering (Dr.-Ing.) from Bauhaus-Universität Weimar with the highest distinction, focusing on quality assessment of structural experimental models. His Master’s degree in Civil Engineering with a focus on Geotechnics and Infrastructure was awarded by Gottfried Wilhelm Leibniz Universität Hannover, with excellent academic performance. He completed his Bachelor’s degree in Civil Engineering at Tribhuvan University, Nepal, graduating with distinction. Dr. Motra is currently finalizing his Habilitation at Christian-Albrechts-Universität zu Kiel, focusing on the multiscale and multipurpose integration of rock physics and geomechanics. His education is enriched by fellowships and scholarships from prestigious organizations, including DAAD and national academic institutions. His academic foundation blends strong analytical theory with a practical, problem-solving approach, making him a leader in both scientific inquiry and real-world application.

Experience

Dr. Motra brings extensive professional and academic experience across universities, research institutes, and engineering consultancies. He leads the Geomechanics Experimental Laboratory at Christian-Albrechts-Universität zu Kiel, where he also teaches courses in marine and terrestrial geotechnics. He lectures at the University of Applied Sciences Kiel in civil engineering, and formerly contributed to the Bauhaus-Universität Weimar as a research assistant. Internationally, he has completed multiple research stays across Europe, North America, and Asia, working with leading experts in rock physics, shale hydrocarbon exploration, and underground construction. Additionally, he co-founded Geocom International Pvt. Ltd. in Nepal, focusing on geotechnical investigation, tunneling, and subsoil surveys. His consulting experience includes collaborations with Babendererde Engineers (Germany), Engineering and Testing Service Inc. (USA), and Kastamandap Associate Pvt Ltd (Nepal). His work integrates research, teaching, consulting, and experimentation—making him an applied engineering professional with global influence and technical depth.

Research Focus

Dr. Hem Bahadur Motra’s research bridges the gap between theoretical rock mechanics and applied geotechnical engineering. His central focus is on the multiscale behavior of anisotropic rocks under true-triaxial and thermal stress environments. He investigates micromechanical properties of kerogen-rich formations, deformation in high-rank coals, and the behavior of shale under varying lithological and stress conditions. His approach emphasizes experimental validation using advanced triaxial apparatus, with applications in deep tunneling, underground energy storage, and hydrocarbon recovery. Dr. Motra also explores quality control techniques for structural experimental models and integrates numerical modeling to simulate real-world geotechnical behavior. His work has strong implications in sustainable infrastructure design, underground construction, and the geotechnical challenges of climate-resilient development. By combining laboratory precision, field knowledge, and modeling expertise, Dr. Motra contributes to safer and more efficient engineering solutions in both marine and terrestrial environments.

Publication Top Notes

Title: Elastic properties of anisotropic rocks using a stepwise loading framework in a true triaxial testing apparatus
Journal: Geoenergy Science and Engineering
Authors: Hem Bahadur Motra et al.
Summary: This study investigates the elastic response of anisotropic rocks under multiaxial loading. A custom true-triaxial apparatus was used to capture stiffness variations and directional dependency in rock specimens. Results help improve geomechanical models for underground construction and energy extraction.

Title: Influence of lithological contrast on elastic anisotropy of shales under true-triaxial stress and thermal conditions
Journal: International Journal of Rock Mechanics and Mining Sciences
Authors: Hem Bahadur Motra et al.
Summary: This paper examines how lithological heterogeneity affects shale behavior under combined stress and temperature conditions. Findings aid in optimizing hydraulic fracturing and subsurface fluid flow simulations.

Title: Elastic anisotropy and deformation characteristics of Pennsylvania anthracite
Journal: International Journal of Coal Geology
Authors: Hem Bahadur Motra et al.
Summary: Focuses on deformation and elastic responses of high-rank coals. The study provides insight into coal seam stability and gas extraction efficiency, with implications for mine safety.

Title: Micromechanical variation of organic matter (kerogen type I) under controlled thermal maturity progression
Journal: Journal of Rock Mechanics and Geotechnical Engineering
Authors: Hem Bahadur Motra et al.
Summary: Analyzes the microstructural and mechanical evolution of kerogen under simulated thermal aging. Results assist in understanding source rock maturation and improving petroleum system models.

Conclusion

Dr. Motra exemplifies the spirit of applied engineering through his blend of academic excellence, international collaboration, and field-relevant innovation. His contributions directly address challenges in geotechnical and subsurface engineering, making his candidacy highly suitable and compelling for the Research for Applied Engineering Award.

Ahmadreza Arbab | Cellular Therapy | Best Researcher Award

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Dr. Ahmadreza Arbab | Cellular Therapy | Best Researcher Award

Clinical Biologist at Institute Gustave Roussy, France

Antoine Ahmadreza Arbab is a highly respected medical biologist specializing in hematology-immunology at a premier cancer center in France. Born in Tehran and educated in Iran and France, he holds a medical doctorate and pursued advanced training in hematology flow cytometry. With over two decades of clinical and research experience, Dr. Arbab has built a strong record in diagnostic hematology, CAR‑T cell monitoring, and digital PCR-based leukemia diagnostics. He works at the intersection of clinical service and research, supervising laboratory technicians and interns and participating in multidisciplinary tumor boards. His dynamic career trajectory has earned him recognition for rigor in laboratory accreditation and leadership in technology-driven hematologic diagnostics.

Professional Profile

Scopus | ORCID

Education

Dr. Arbab earned his Doctor of Medicine degree after rigorous medical studies in Tehran, culminating in an outstanding distinction for his doctoral research on peritoneal dialysis. Following relocation to France, he passed the competitive national medical residency exam and completed his specialization in medical biology at Grenoble University, with rotations in hematology, hemostasis, biochemistry, and microbiology. He defended his thesis on digital PCR‑based quantification of NPM1 mutations in acute myeloid leukemia. He subsequently pursued a diploma in hematology flow cytometry to deepen expertise in immunophenotyping and MRD monitoring. His education combines foundational clinical medicine with advanced molecular diagnostics and laboratory accreditation training—equipping him to bridge laboratory science and patient‑oriented hematology diagnostics.

Experience

At a leading cancer center, Dr. Arbab has served as a medical biologist in hematology‑immunology. He oversees interpretation of complete blood counts, bone marrow aspirates, lymph node imprints, and immunophenotyping analyses—including CAR T‑cell monitoring—and plays an integral role in validating and accrediting laboratory protocols. His responsibilities extend to supervising technicians and interns, and contributing to hematology tumor board meetings. Earlier, he completed a residency in medical biology with a hematology specialization, undertaking rotations across multiple diagnostic domains and an oncology‑genetics internship. Prior to his specialization, he practiced as a physician‑researcher in anesthesiology research in Iran, including membership in WHO‑affiliated initiatives. He also served as a field physician during military service, providing public health and STD prevention education. His career demonstrates a progression from clinical practice to advanced diagnostic leadership.

Research Focus

Dr. Arbab’s research centers on precision hematologic diagnostics using advanced molecular and immunophenotypic techniques. He focuses on monitoring minimal residual disease in acute myeloid leukemia via digital PCR quantification of NPM1 mutations, and on CAR‑T cell therapy’s impact and monitoring. He contributes to studies on circulating tumor DNA and TP53/dna damage gene mutations in cancer patients, leveraging liquid biopsy for personalized oncology. Additional interests include post‑CAR‑T cell therapy complications such as therapy‑related myelodysplastic syndromes and plasma cell dedifferentiation in refractory multiple myeloma. His approach integrates next‑generation sequencing, flow cytometry, and molecular quantification to refine diagnostics, guide clinical decisions, and anticipate therapeutic responses. Through collaborations in molecular‑tumor boards and multidisciplinary teams, his work bridges laboratory innovation with clinical translation.

Publication Top Notes

Genomic landscape of liquid biopsy mutations in TP53 and DNA damage genes in cancer patients – npj Precision Oncology. DOI: 10.1038/s41698‑024‑00544‑7. Co‑authors include Damien Vasseur, Fabiola Giudici, Christophe Marzac, Stefan Michiels, Marco Tagliamento, et al.
Summary: Comprehensive analysis of circulating tumor DNA in TP53 and DNA damage–related genes across cancer types, informing precision oncology and non‑invasive monitoring.

Myelodysplastic syndrome following chimeric antigen receptor T‑cell therapy treated with allogenic stem cell transplantation – Immunotherapy. DOI: 10.2217/imt‑2022‑0205. Co‑authors Khalil Saleh, David Ghez, Camille Bigenwald, Sophie Cotteret, Christophe Marzac, Véronique Saada, Véronique Vergé, et al.
Summary: Case series and review of MDS occurrence after CAR‑T therapy, discussing salvage via allogeneic transplant and implications for long‑term CAR‑T follow‑up.

Next‑Generation Sequencing on Circulating Tumor DNA in Advanced Solid Cancer: Swiss Army Knife for the Molecular Tumor Board? A Review of the Literature Focused on FDA Approved Test – Cells. DOI: 10.3390/cells11121901. Co‑authors Damien Vasseur, Hela Sassi, Arnaud Bayle, Marco Tagliamento, Benjamin Besse, Christophe Marzac, Nathalie Auger, Sophie Cotteret, Mihaela Aldea, et al.
Summary: Literature review of ctDNA NGS tests approved by FDA, highlighting their value in molecular tumor board settings for guiding treatment decisions in advanced solid tumors.

Plasma cell dedifferentiation in refractory multiple myeloma – British Journal of Haematology. DOI: 10.1111/bjh.17244. Co‑authors Véronique Saada, Sophie Cotteret, Christophe Marzac, David Ghez.
Summary: Investigation of morphological and phenotypic changes in plasma cells in refractory myeloma cases, with implications for diagnosis and resistance mechanisms.

Conclusion:

While his collaborative work is commendable, further enhancement as lead or senior author and deeper involvement in international research networks could broaden his academic footprint. Nonetheless, Dr. Arbab’s integration of molecular diagnostics with clinical hematology, especially in the emerging field of cellular therapy, positions him as a standout figure deserving of recognition through the Best Researcher Award.

 

 

 

 

Jasmine Dang | Human Factors – Mindwandering | Best Researcher Award

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Dr. Jasmine Dang | Human Factors – Mindwandering | Best Researcher Award

DoD, Devom C5ISR RTI, United States

Dr. Jasmine Sierra Dang is a human‑factors expert with over a decade of applied research experience spanning defense, cognitive science, and ergonomics. She earned her Ph.D. in Human Factors and Applied Cognition from George Mason University in 2020, with advanced degrees in psychology and neuroscience. Currently serving both as Executive Officer to the RTI Director and as an engineering psychologist at the C5ISR Modeling and Simulation Division, she bridges technical leadership and strategic liaison roles. Her published portfolio spans peer‑reviewed journals and prominent conference proceedings in domains such as sustained attention, vigilance decrement, and human‑automation trust. Dr. Dang has held top‑secret/SCI clearance and served on selection boards for DARPA’s Intrinsic Cognitive Security program. Highly multilingual and cross‑disciplinary, she mentors students, leads teams, and applies rigorous scientific methods to real‑world defense and autonomy systems. Her contributions have earned recognition across military, NATO, and government research communities.

Professinal Profile

 Google scholar

Education

Dr. Dang holds a Ph.D. in Human Factors and Applied Cognition from George Mason University (2020), with earlier degrees from the same institution: an M.S. earned in 2019 and a B.S. in Psychology (with Neuroscience minor and Human Factors concentration) in 2017. Her doctoral and master’s research focused on vigilance decrement, sustained attention, and mind‑wandering—core concepts in understanding operator performance in prolonged tasks. During her undergraduate studies, she received the Undergraduate Research Scholars Award twice, demonstrating early excellence in scholarly inquiry. Her education combined rigorous theoretical underpinnings with applied experimental methods on tasks such as the Sustained Attention to Response Task (SART). She’s also experienced in statistical techniques (e.g., SPSS, R) and in designing cognitive experiments, giving her both quantitative and qualitative methodological fluency.

Professional Experience

Dr. Dang currently holds dual roles at Fort Belvoir, Virginia: as Executive Officer and Technical Aide to the RTI Director since January 2025, and as Engineering Psychologist for the C5ISR Modeling & Simulation Division (RTI MSD) since September 2022. In the former, she manages mission‑critical deliverables, coordinates strategic engagements, crafts executive communications, and supports senior leadership decisions. In the latter, she serves as a government technical lead, occasionally acting Branch Chief, and evaluates high‑value DARPA proposals. Previously, she was Senior Engineering Psychologist at Planned Systems International (2020–2022), leading research projects, conducting user evaluations, and liaising between contractors and military stakeholders. Earlier internships include work at the Naval Research Laboratory (2019) analyzing vigilance and eye‑tracking data and at AFRL’s Airmen Interacting with Robotics lab (2018), building Unreal Engine simulations. She also taught research methods and statistics at George Mason University (2018–2020) and conducted multiple R‑based and simulated driving studies.

Research Focus

Dr. Dang specializes in vigilance decrement, sustained attention, and mind‑wandering, particularly as they affect operators managing autonomous systems and cognitive workloads. Her work employs tasks like the Sustained Attention to Response Task (SART) to investigate attentional lapses, decision speed vs. inattention, and warning cue efficacy. She also explores human‑automation trust, cognitive security, and how interface transparency influences trust calibration in simulated scenarios. Her studies often use behavioral, eye‑tracking, survey, and focus‑group methodologies to deliver insights into real‑world performance. Recent projects include soldier-in-the-loop evaluations (e.g. AR waypoint navigation, bifocal prototypes, snow‑terrain detection), and multi‑domain virtual prototypes. She has co‑authored journal articles in Human Factors, Experimental Brain Research, and Psychological Research, focusing on cognitive feedback, performance emphasis, and attentional dynamics under real-time feedback.

Publication Top Notes

Dang, J. S., Figueroa, I. J., & Helton, W. S. (2018). You are measuring the decision to be fast, not inattention: The Sustained Attention to Response Task does not measure sustained attention. Experimental Brain Research, 236(6).

Demonstrated that SART primarily captures response style (speed) rather than lapses in sustained attention, challenging widely held assumptions.

Dang, J. S., Shaw, T. H., McKnight, P. E., & Helton, W. S. (2022). A closer look at warning cues on the sustained attention to response task performance. Human Factors.

Explored how auditory warning cues impact SART performance; found cues can improve detection but may introduce trade‑offs in response style.

Mensen, J. M., Dang, J. S., Stets, A. J., & Helton, W. S. (2021). The effects of real‑time performance feedback and performance emphasis on SART. Psychological Research.

Showed that live feedback and emphasizing performance goals enhance sustained attention and task accuracy.

Graybeal, J., Dang, J., et al. (2021–22). ATLAS and NVD‑Next User Evaluations & MDUSA Virtual Prototype.

Multi-year soldier user evaluations of augmented reality/navigation prototypes, assessing usability, situational awareness, and detection performance across conditions.

Conclusion

Dr. Jasmine S. Dang presents as an exceptionally well-qualified, multidisciplinary researcher with a rare combination of deep cognitive science expertise, applied human factors knowledge, and strategic leadership within the U.S. defense research ecosystem. Her record of publications, awards, and leadership roles—especially within high-security, mission-critical contexts—makes her an ideal candidate for a Best Researcher Award.

Yuanke Wu | Main Bearing of Shield Machine | Best Researcher Award

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Dr. Yuanke Wu | Main Bearing of Shield Machine | Best Researcher Award 

Senior Engineer, China Railway Engineering Corporation, China

Dr. Yuanke Wu is a postdoctoral fellow at China Railway Engineering Equipment Group Co., Ltd., with a doctorate from Southwest Jiaotong University. He specializes in the study of tunnel boring machine (TBM) main bearings and surface science. Dr. Wu has led pioneering research through a self-developed full-scale TBM main bearing test bench, combining operational and life-cycle simulations with novel evaluation methodologies. His entropy weight–grey correlation degree method has set a benchmark in bearing performance diagnostics. With several patents and six peer-reviewed journal articles, he bridges theoretical insight and industrial application. As a Young Editorial Board Member of the Journal of Dynamics, Monitoring and Diagnostics, Dr. Wu plays an active role in academic discourse. His work significantly contributes to improving the reliability and lifespan evaluation of critical mechanical systems used in large-scale infrastructure projects.

Professional Profile

Scopus

Education 

Dr. Yuanke Wu earned his Ph.D. from Southwest Jiaotong University, a renowned Chinese institution known for excellence in railway and transportation engineering. His academic background emphasizes mechanical engineering, tribology, and systems dynamics, with a strong research focus on TBM components and bearing systems. Throughout his doctoral journey, Dr. Wu developed expertise in experimental mechanics, condition monitoring, and the digital twin modeling of large-scale machinery. His work on surface science and contact mechanics laid the foundation for his subsequent innovations in TBM main bearing diagnostics. Dr. Wu’s rigorous academic training has enabled him to seamlessly integrate advanced theoretical modeling with practical industrial applications, an approach that defines his current postdoctoral research at China Railway Engineering Equipment Group.

Experience 

Dr. Wu currently serves as a postdoctoral researcher at China Railway Engineering Equipment Group Co., Ltd., where he focuses on the digital diagnostics and lifespan evaluation of TBM main bearings. He has successfully built and operated a full-scale main bearing test bench capable of replicating real-world load spectrums for operational and life-cycle assessments. His practical work extends to software development for digital condition monitoring systems and the application of advanced algorithms for wear prediction and fault diagnostics. In addition to his experimental contributions, Dr. Wu has co-authored multiple high-impact papers, participated in national-level research projects like the Henan Province Science and Technology Research Project (Grant No. 242102221010), and applied for seven Chinese patents. He brings together engineering design, system testing, and data analytics in a highly specialized field, making him an asset to both academic and industrial environments.

Research Focus 

Dr. Wu’s research primarily revolves around main bearings of tunnel boring machines (TBMs)—crucial components for large-scale infrastructure machinery. His work involves tribological analysis, surface science, and the development of diagnostic tools for bearing wear and fault detection. A key innovation is his entropy weight–grey correlation degree method, which provides a quantitative approach to assess bearing performance under realistic load conditions. He has constructed a digital life analysis platform integrated with a full-scale test bench, enabling dynamic simulations of operational conditions. His interests also extend to the tribological behavior of high-speed railway brakes, indicating a broader focus on mechanical interface reliability. By combining experimental techniques with data-driven modeling, Dr. Wu’s research contributes significantly to the predictive maintenance and lifecycle management of mission-critical components in transportation and tunneling systems.

Publication Top Notes

A method for evaluating the performance of main bearings of TBM based on entropy weight–grey correlation degree
Sensors, 2021, 25(15), 4715. [DOI: https://doi.org/10.3390/s25154715]
Summary: Proposes a novel evaluation framework using entropy weighting and grey relational analysis to assess the performance of TBM main bearings. Demonstrates applicability through experimental validation using a full-scale test bench.

Load characterization of the main bearing of a large tunnel boring machine based on dynamic characteristic parameters
Tribology International, (Volume and issue pending confirmation)
Summary: Investigates the dynamic loading behavior of TBM main bearings under actual working conditions, emphasizing transient effects and fatigue life estimation.

Tribological and dynamical analysis of a brake pad with multiple blocks for a high-speed train
Wear, (Volume and issue pending confirmation)
Summary: Analyzes multi-block brake pad configurations and their influence on friction, vibration, and wear in high-speed rail systems.

The influence of friction blocks connection configuration on high-speed railway brake systems performance
Proceedings of the Institution of Mechanical Engineers, Part F: Journal of Rail and Rapid Transit
Summary: Explores how different configurations of brake friction blocks affect braking efficiency, noise, and system stability.

The effect of damping components on the interfacial dynamics and tribological behavior of high-speed train brakes
Tribology Letters, (Volume and issue pending confirmation)
Summary: Studies the role of damping layers and their influence on friction-induced vibrations and wear patterns in braking systems.

Brake squeal of a high-speed train for different friction block configurations
Journal of Sound and Vibration, (Volume and issue pending confirmation)
Summary: Provides an experimental and theoretical study on the mechanisms of brake squeal in high-speed trains, with a focus on block configuration.

Conclusion

Dr. Yuanke Wu demonstrates a strong profile characterized by technical innovation, research productivity, and practical impact in the field of TBM main bearing diagnostics and surface science. His work bridges experimental mechanics, digital diagnostics, and industrial application, making him a highly suitable candidate for the Best Researcher Award. Continued expansion of international collaborations and professional visibility will further enhance his already impressive contributions.