Find Academic Supervisors

• Thermal Engineering
• Heat Transfer
• Energy Systems
• +5 more

Carlo Cima is a Tenured Assistant Professor in the Department of Energy (DENERG) at the Polytechnic University of Turin, Italy. He is actively engaged in teaching and research within the fields of thermal engineering and energy systems. He serves as a member of the College of Biomedical Engineering and the College of Electrical and Energy Engineering, contributing to academic governance and curriculum development. His teaching responsibilities include Experimentation and Design of Energy Technologies and Applied Thermodynamics and Heat Transfer across multiple degree programs, particularly in Energy Engineering and Biomedical Engineering, where he has consistently held roles as course lecturer and collaborator over several academic years. Carlo Cima's research focuses on thermal performance in energy systems, heat transfer phenomena, fluid mechanics, and fire safety engineering. His work spans applications in building energy efficiency, cryogenic systems, and tunnel safety. The publications indicate a strong emphasis on experimental and numerical analysis of thermal systems, with recurring themes in entropy optimization, heat transfer in extreme conditions, and innovative energy technologies. The most recent research outputs, published between 2006 and 2012, highlight his expertise in thermal evaluation of double glazing, entropy-based control of numerical solutions, heat transfer in liquid nitrogen flows, and full-scale testing of tunnel fire mitigation systems. These works reflect a multidisciplinary approach bridging mechanical, energy, and safety engineering. While no scientific awards are listed in the provided text, his sustained academic activity and contributions to high-level conferences such as the International Heat Transfer Conference and specialized journals demonstrate recognition in his field. Carlo Cima has advised or collaborated on research involving topics such as energy-efficient building components and fire safety systems, though specific names of students are not mentioned. There is no indication of external grants or funded projects in the available data. His research appears to be conducted within institutional frameworks at Politecnico di Torino, potentially in collaboration with other researchers in the department, but no specific lab or research group is named.

Zhongli PanView profile

Adjunct Professor

• Food Engineering
• Infrared Heating Technology
• Ultrasonic Food Processing
• +7 more

Dr. Zhongli Pan is an Adjunct Professor in the Department of Biological and Agricultural Engineering at the University of California, Davis, College of Engineering. His research focuses on innovative food processing technologies, including infrared heating, ultrasonic, and pulsed electric field applications for enhancing efficiency and safety in food systems. His research interests include food engineering, infrared heating technology, ultrasonic food processing, pulsed electric field processing, food safety, and sustainable food processing. Dr. Pan's work aims to improve food quality, reduce processing time, and ensure microbial safety through advanced thermal and non-thermal techniques. The recent publications highlight a strong trend in food drying, blanching, and decontamination technologies, particularly using infrared and hybrid methods. His research spans food safety, quality preservation, sensor development for food monitoring, and sustainable processing. Keywords across these works include food engineering, drying technology, food safety, analytical chemistry, and sustainable agriculture, reflecting a multidisciplinary approach to solving modern food system challenges. ASABE International Food Engineering Award (2022) Institute of Food Technologists (IFT) Fellow (2020) Honored Review on Umami Peptides by Journal of Food Science (2020) Dr. Pan leads an active research lab focused on smart and sustainable food technologies. He has secured funding through proof-of-concept grants and industry collaborations, advancing innovations toward commercial applications. His work bridges academia, industry, and government, particularly in promoting food safety and novel processing methods. Though no direct mention of student advising is made, his leadership of a research lab and numerous student co-authors suggest strong mentorship involvement. Dr. Pan directs the Pan Lab at UC Davis, which specializes in developing and optimizing advanced food processing technologies. The lab focuses on infrared heating, drying, blanching, and disinfection methods, with applications in fruits, nuts, vegetables, and meat products. It also explores sensor integration for real-time food quality monitoring and collaborates on startups translating research into practical solutions for food, health, and agriculture.

• Critical Care Medicine
• Cardiovascular Medicine
• Cardiac Intensive Care
• +2 more

Elliott Miller is an Assistant Professor of Medicine in the Department of Cardiovascular Medicine at Yale School of Medicine. He serves as the Medical Director of the Cardiac Intensive Care Unit (CICU) at Yale New Haven Hospital and as Firm Chief of the Coronary Intensive Care Unit within Internal Medicine. Dr. Miller's research focuses on the intersection of critical care and cardiovascular medicine. His primary interests include the impact of respiratory failure in patients with cardiovascular disease and the organizational structure and delivery of care in modern cardiac intensive care units. His scholarly work bridges clinical practice with systems-level improvements in cardiac critical care. Dr. Miller's recent publications demonstrate a strong focus on cardiogenic shock, extracorporeal membrane oxygenation, and critical care cardiology. His research examines prognostic markers, treatment strategies, and outcomes in patients with complex cardiac conditions requiring intensive care. He has contributed significantly to understanding respiratory failure in cardiovascular disease and optimal support strategies for patients with cardiogenic shock. Fred S. Kantor Internal Medicine Teacher of the Year Award (2025, 2022) Francis Gilman Blake School of Medicine Teacher of the Year Award (2024) Cournand and Comroe Early Career Investigator Finalist (2019) Emerging Investigator (2019) Dr. Miller has been recognized for his teaching excellence with multiple awards from Yale School of Medicine. His clinical work focuses on providing high-quality care in the Cardiac Intensive Care Unit while advancing the field through research and education. He is actively involved in mentoring trainees and contributing to the academic mission of Yale School of Medicine. As Medical Director of the CICU, Dr. Miller leads a multidisciplinary team providing comprehensive care for critically ill cardiac patients. His leadership focuses on optimizing care delivery systems and improving outcomes for patients in the cardiac intensive care setting.

• Cardiothoracic Imaging
• Diagnostic Radiology
• Medical Imaging Research
• +3 more

Cristina Fuss is a Professor of Radiology and Biomedical Imaging at Yale School of Medicine . She serves as Division Chief of Cardiothoracic Imaging and Interim Chair of Radiology & Biomedical Imaging , with prior appointments at Oregon Health & Science University dating back to 2012. MD and PhD from University of Heidelberg Cardiothoracic Imaging Fellowship at Oregon Health & Science University Research Focus Advanced cardiothoracic imaging techniques Cardiac MRI and CT applications Lung cancer/pulmonary disease screening Immune checkpoint inhibitor-related myocarditis Age-related pulmonary pathologies Publication Trends (2023-2025) span cardiac CT/MRI protocols , COVID-19 cardiac effects , filamin C cardiomyopathy , and nontuberculous mycobacterial infection studies . Her work emphasizes multimodal imaging for complex cardiovascular conditions. Clinical Leadership includes developing standardized cardiac imaging terminology through NASCI and directing Advanced Cardiac Imaging Programs at Yale.

• Medical Education
• Clinical Reasoning
• Diagnostic Error
• +3 more

Thilan Wijesekera is an Assistant Professor at Yale School of Medicine, serving as Director of Performance Improvement and Director of Clinical Reasoning. He is affiliated with the Center for Medical Education and General Internal Medicine program. MD, University of Rochester School of Medicine (2013) MHS, Yale University (2018) Dr. Wijesekera specializes in clinical reasoning and diagnostic error prevention , with significant contributions to interprofessional education and medical curriculum development . His work bridges cognitive science with practical healthcare education frameworks. 2024: 'Beyond Thinking Fast and Slow' - Cognitive models in clinical education 2024: 'Diagnostic Errors in Hospitalized Adults' - Safety and quality analysis 2022: 'Management Reasoning Toolbox' - Educational resource development Awarded the Charles W. Bohmfalk Prize for Teaching (2022) and Rosenkranz Award for Pedagogical Advancement (2020), he has pioneered faculty development workshops nationally on diagnostic error reduction. Active in Yale's Academic Hospitalist Program , he leads the Interprofessional Longitudinal Clinical Experience and contributes to the Teaching and Learning Center , focusing on educator consultations and scholarship.

Steve PatonView profile

Senior Lecturer

• Operations Management
• Project Management
• Projectification
• +7 more

Steve Paton is a Senior Lecturer in Operations and Project Management within the Department of Management Science at Strathclyde Business School, University of Strathclyde. He joined the university in 2005 after a distinguished career in the aerospace industry, where he held senior roles in manufacturing, operations, and project management. He currently serves as Director of Teaching and Learning in the Department of Strategy and Organisation, leading educational initiatives and delivering modules in Operations Management and Project Management across postgraduate, MBA, and executive education programs. His educational background includes a PhD in Management of Knowledge Workers and a Master of Business Administration (MBA). These qualifications underpin his academic and practical expertise. Steve's research centers on how organizations manage complex work through project management methodologies (projectification) and high-value operational strategies, particularly in engineering and manufacturing sectors. He investigates how firms transition up the value chain and adopt innovative business models, often through project-based organizational structures. His work emphasizes linking theory with practice to deliver actionable insights for industry. The recent publications highlight a strong focus on co-opetition dynamics, system dynamics modeling, knowledge transfer partnerships (KTPs), and business model innovation in manufacturing ecosystems. These works span disciplines such as operations management, strategic management, and sustainability, reflecting a multidisciplinary approach that integrates fuzzy logic, causal loop diagrams, and action research methodologies. His scientific recognition includes the Influential Research award received on February 1, 2018, acknowledging the impact of his scholarly contributions. Steve actively supervises research students with interests in high-value manufacturing and project-based organizations. He is deeply involved in knowledge transfer, leading and contributing to multiple KTP projects and consultancy engagements with industry partners such as Fix Visual Effects Limited, Leonardo, JWF Process Solutions Ltd, and Scottish Power. These projects focus on operational efficiency, business model transformation, and strategic capability development. He leads and contributes to research labs and collaborative teams focused on manufacturing ecosystems, operational improvement, and innovation. His work is embedded in real-world applications, often involving cross-disciplinary teams from engineering, management, and business, particularly in initiatives related to space technology, defence, and sustainable manufacturing.

• Drilling Automation
• Autonomous Systems
• Verification and Validation
• +7 more

Rodica Georgeta Mihai is an Associate Professor in the Department of Informatics at the University of Bergen, Norway. She is also affiliated with NORCE Norwegian Research Centre AS, where she contributes to advanced research in drilling automation and digital well technologies. Her work bridges theoretical computer science and practical engineering applications in the energy sector. Position: Associate Professor Institution: University of Bergen Department: Department of Informatics Affiliation: NORCE Norwegian Research Centre AS Email: rodica.g.mihai@uib.no Phone: +4755584350 Her research interests lie at the intersection of computer science and petroleum engineering, focusing on drilling automation, autonomous systems, verification and validation in distributed control environments, AI safety, and graph algorithms . She explores how intelligent systems can make safe and efficient decisions in complex, uncertain drilling conditions. The recent publications demonstrate a strong trend toward applied AI in drilling operations, particularly in autonomous decision-making, safe mode transitions, distributed control, and online verification of multi-vendor systems . Earlier works were rooted in theoretical computer science, especially graph searching and structural graph theory. The shift reflects a move from foundational algorithms to real-world deployment in energy systems. Rodica Mihai is actively involved in major research initiatives, including the DigiWells project, funded by the Research Council of Norway and industry partners such as Equinor and Aker BP. Her work emphasizes system reliability, safety, and interoperability in automated drilling environments. DigiWells: Digital Well Center for Value Creation, Competitiveness and Minimum Environmental Footprint Demonstration of Automated Drilling Process Control She advises on the design of safe and resilient automation systems, ensuring smooth human-machine transitions and robust operation under uncertainty. Her contributions are presented at leading conferences such as SPE/IADC and include guest lectures at institutions like BI Norwegian Business School.

Charlie WrayView profile

Associate Professor

• Health Services Research
• Hospital Medicine
• Quality and Patient Safety
• +11 more

Charlie Wray, DO, MS , is an Associate Professor in the Department of Medicine at the University of California, San Francisco (UCSF), School of Medicine. He is a clinician, educator, and health services researcher dedicated to improving the quality, safety, and value of care for patients, particularly within the Veterans Health Administration (VA). His educational background includes a DO from Western University’s College of Osteopathic Medicine, residency in Internal Medicine at Loma Linda University Medical Center, and an MS in Health Services Research from the University of Chicago. He also completed a Hospital Medicine Research Fellowship at the University of Chicago and Diversity, Equity, and Inclusion Champion Training at UCSF. Dr. Wray’s research centers on two major themes: (1) the impact of social determinants of health on clinical outcomes, and (2) digital connectedness and the role of telehealth in improving care for socially vulnerable populations. His work emphasizes value-based medicine, care transitions, and reducing healthcare disparities. His recent publications explore telemedicine equity, AI in hospital medicine, digital literacy interventions, and strategies for improving virtual care access. He frequently publishes in top-tier journals such as JAMA Internal Medicine , Annals of Internal Medicine , Journal of Hospital Medicine , and JAMIA Open , reflecting a strong trend toward digital health innovation and health equity research. He has received notable recognition, including: Senior Fellow, Society of Hospital Medicine (2023) Lawrence Loo Evidence-Based Medicine Teaching Award, Loma Linda University (2014) Dr. Wray is actively involved in medical education, emphasizing evidence-based medicine, cost-conscious care, and the use of social media for academic dissemination. He has led initiatives such as the Journal of Hospital Medicine Editorial Fellowship and online journal clubs to enhance research engagement among hospitalists. He is a Principal Investigator on multiple funded research projects, including: A Pilot Digital Literacy Intervention to Engage Hospitalized Veterans with MyHealtheVet and VA Video Connect (VA HSR) Improving Video Visit Success Rates through a “Just-In-Time” Pre-Visit Readiness Call (VA QUERI) Improving Access Through Targeted Delivery of Telemedicine (NIH) His work is supported by the VA and NIH, underscoring his leadership in advancing telehealth access and digital health equity for vulnerable populations.

Emily K. BergslandView profile

Professor

• Medical Oncology
• Gastrointestinal Oncology
• Neuroendocrine Tumors
• +7 more

Dr. Emily K. Bergsland is a Professor of Medicine at the University of California, San Francisco (UCSF) School of Medicine and serves as Director of the UCSF Center for Neuroendocrine Tumors. She is also Associate Director for Education at the UCSF Helen Diller Family Comprehensive Cancer Center. Her clinical expertise lies in gastrointestinal and neuroendocrine oncology, with a focus on multidisciplinary care for patients with neuroendocrine cancers. University: University of California, San Francisco School: School of Medicine Department: Department of Medicine Academic Rank: Professor Email: emily.bergsland@ucsf.edu Dr. Bergsland's research is centered on neuroendocrine neoplasms, including understanding tumor development, identifying novel therapies, and improving clinical outcomes. She leads a robust clinical-translational research program involving clinical trials, biomarker studies, and imaging innovations. Her work spans molecular mechanisms, therapeutic resistance, and patient-centered outcomes in neuroendocrine tumors. Analysis of her recent publications reveals a strong focus on guideline development (e.g., ASCO, NCCN), diagnostic imaging (PET/MRI, somatostatin receptor imaging), systemic therapies (targeted agents, immunotherapy), and health disparities in neuroendocrine tumor care. Her research increasingly integrates genomic profiling, tumor heterogeneity, and real-world treatment patterns. Dr. Bergsland has held key leadership roles in national oncology organizations: Former President, North American Neuroendocrine Tumor Society (NANETS) Member, NCCN Neuroendocrine Tumor Guidelines Panel Former Chair, NET Task Force, NCI Gastrointestinal Steering Committee She has been Principal Investigator on NIH-funded research, including the UCSF Paul Calabresi K12 Career Development Program in Clinical Oncology. She mentors trainees and contributes to medical education at UCSF. Dr. Bergsland leads multiple clinical trials in neuroendocrine tumors and collaborates extensively with multidisciplinary teams in surgery, radiology, and nuclear medicine. Her work at the UCSF Center for Neuroendocrine Tumors integrates clinical care, research, and education to advance the field.

Henry J. PownallView profile

Professor

• Lipid metabolism
• Lipoprotein research
• Atherosclerosis
• +4 more

Dr. Henry J. Pownall is a Professor at Weill Cornell Medicine, holding the Sanford I. Weill and Antonio M. Gotto, Jr., MD Centennial Chair in Translational Biomedical Sciences Education. He serves as Professor of Biochemistry in Medicine at the Houston Methodist Research Institute and is a member of the Academic Institute Center for Bioenergetics within the Charles W. Duncan Jr. Department of Medicine. His work bridges basic science and clinical applications in lipid metabolism and cardiovascular disease. Dr. Pownall received his educational training through: PhD in Chemistry from Northeastern University MS in Chemistry from Wilkes College, Wilkes-Barre, PA Postdoctoral Fellowship in Biochemistry at Baylor College of Medicine Postdoctoral Fellowship in Photochemistry & Spectroscopy at the University of Houston Dr. Pownall's research focuses on lipid metabolism, particularly HDL structure, properties, and function in the context of obesity-linked diabetes and atherogenesis. His laboratory studies the biology and physical chemistry of lipids related to obesity, diabetes, atherosclerosis, and lipid nanoparticles using mouse models, physico-chemical methods, organic synthesis, and translational approaches in humans. A major research focus is on the role of free cholesterol bioavailability in various diseases, with current work examining how excess plasma free cholesterol relates to atherosclerosis among patients with high HDL concentrations. His recent publications demonstrate a strong focus on translational research connecting basic lipid science with clinical applications, particularly in diabetes management, atherosclerosis mechanisms, and nanoparticle drug delivery systems. These works reflect his interdisciplinary approach spanning physical chemistry, molecular biology, and clinical medicine. Dr. Pownall has received numerous scientific honors including: Established Investigator of the American Heart Association (1976-1981) J S Abercrombie Chair of Atherosclerosis & Lipoprotein Research at Baylor College of Medicine (1997-2012) Fellow of the American Heart Association Citizen of the Year, Greater Southwest Houston Chamber of Commerce (2003) Presidential Award - Excellence in Research (2023) Dr. Pownall maintains an active academic program, serving on graduate advisory and qualifying exams committees for multiple programs at Baylor College of Medicine. He has secured significant research funding including NIH-supported projects and federal grants focused on dysfunctional HDL-free cholesterol bioavailability and atherogenesis. His current projects include "Dysfunctional High Density Lipoprotein Free Cholesterol Bioavailability and Atherogenesis" and "Human Atherogenesis with Underlying Dysfunctional HDL-Free Cholesterol," demonstrating his continued leadership in cardiovascular research. The Pownall Laboratory employs a multidisciplinary approach, collaborating with structural biologists, endocrinologists, and x-ray crystallographers. His team uses electron cryo microscopy for lipid structure analysis, studies lipid disorders in HIV-positive patients, and works on determining structure-function relationships of Streptococcal serum opacity factor. The laboratory is currently designing novel lipid nanoparticles optimized to resist metabolic challenges, involving chemical kinetics, organic synthesis, and in vivo comparisons of delivery systems.

Mary Hatcher-SkeersView profile

Professor

• NMR Spectroscopy
• DNA Methylation
• Protein-DNA Interactions
• +3 more

Mary Hatcher-Skeers is a Professor in the Chemistry department at the Keck Science Department of Claremont Colleges, where she holds the Sidney J. Weinberg, Jr. Chair in Natural Sciences. Her research focuses on NMR spectroscopy and DNA dynamics. Bachelor of Arts in Biochemistry and Cell Biology, University of California at San Diego Master of Science in Chemistry, San Francisco State University Doctor of Philosophy in Physical Chemistry, University of Washington Her research explores protein-DNA interactions, DNA methylation effects, and solid-state/solution NMR methodologies. Key studies include investigating oxygen diffusion in skin layers and chromophore dynamics in bacteriorhodopsin. She integrates service learning into chemistry education, as seen in her 2002 publication on student-driven demonstration projects. Recipient of the Sidney J. Weinberg, Jr. Chair in Natural Sciences Contributed to Grolier's New Book of Popular Science as an expert consultant Hatcher-Skeers has mentored numerous students in laboratory settings and collaborated on multidisciplinary research, including projects on internuclear distance measurements in DNA and molecular dynamics simulations. Her teaching portfolio includes fundamental and advanced courses such as Physical Chemistry II, Advanced Laboratory, and NMR Spectroscopy.

José DuarteView profile

Professor

• 3D Printing
• Additive Manufacturing
• Urban Design
• +3 more

José Duarte is a Professor and Stuckeman Chair in Design Innovation at the Stuckeman School of Architecture and Landscape Architecture, Pennsylvania State University. His work bridges computational design and advanced construction technologies. Key Research Themes: 3D Printing, Additive Manufacturing, Urban Design, Shape Grammar, Sustainable Construction, Concrete Engineering Affiliation: Leads research projects focused on equitable communities and the built environment. His research develops grammar-based design systems and optimization frameworks to enhance the structural performance and sustainability of 3D-printed concrete structures. Recent work explores toolpath generation, material deformation compensation, and reinforcement techniques. Current trends in his publications highlight multidisciplinary collaboration across architecture, engineering, and materials science, with applications in affordable housing (e.g., Chile) and kinetic building systems like bistable laminates for energy-efficient façades. He contributes to advancing additive manufacturing in construction through systematic reviews, parametric modeling, and experimental prototyping, addressing challenges in buildability, toolpath optimization, and seismic resilience.

Dario StacchiolaView profile

Research Professor

• Surface Chemistry
• Catalysis
• Nanomaterials
• +3 more

Dario Stacchiola is a tenured Group Leader in the Interface Sciences/Catalysis group at Brookhaven National Laboratory's Center for Functional Nanomaterials. Granted tenure in 2016, he leads research focused on understanding structure-reactivity relationships in catalysis through in-situ characterization techniques. His work bridges fundamental surface science with practical applications in energy conversion and catalytic processes. He maintains dual affiliations as Faculty at Stony Brook University in both the Chemistry Department and Materials Science and Chemical Engineering program. Dr. Stacchiola's academic foundation includes: Ph.D. in Physical Chemistry from University of Wisconsin-Milwaukee (2002) B.S. in Physics with specialization in Surface Science from Universidad Nacional de San Luis, Argentina (1996) Humboldt Research Fellowship at Fritz-Haber-Institute, Max-Planck-Society (2005-2007) His pioneering research employs well-defined model catalysts to characterize systems at molecular and atomic levels using complementary in-situ ambient pressure spectroscopy and microscopy. This approach captures dynamically generated active phases and adsorbed surface species that only exist under actual reaction conditions, effectively bridging the 'pressure gap' between traditional ultra-high vacuum studies and real-world catalytic environments. His discoveries include high-activity catalysts based on inexpensive materials showing unprecedented activity at oxide-oxide and metal-oxide interfaces. Analysis of Stacchiola's publication trajectory reveals consistent advancement from fundamental surface science toward increasingly sophisticated in-situ methodologies. Key themes across his work include oxide catalyst characterization, metal-oxide interface phenomena, 2D material applications in catalysis, and noble gas trapping in nanostructures. His research demonstrates methodological evolution from traditional surface analysis to real-time observation of catalytic processes under operational conditions, with growing emphasis on energy-related applications. Dr. Stacchiola's scientific contributions have been recognized through prestigious awards: Fulbright Award (2021) for international research collaboration Humboldt Research Fellowship (2005) for postdoctoral excellence Stacchiola has pioneered advanced instrumentation for catalytic studies, commissioning an ambient pressure scanning tunneling microscope system and collaborating to adapt ambient pressure x-ray photoelectron spectroscopy instruments from NSLS to NSLS-II. His DOE-funded research has yielded significant discoveries in catalysis science with direct applications for energy conversion and fuel synthesis technologies, including breakthroughs in CO2-to-methanol conversion and noble gas trapping. As Group Leader of the Interface Science and Catalysis group, Stacchiola directs a multidisciplinary team developing cutting-edge techniques to observe catalysts in action. Current research directions include studying atomic defect lines that suppress iron oxide catalyst deactivation, optimizing coatings on nanowire catalysts, and exploring 2D-(Alumino)Silicate-Noble Clathrates for gas separation applications, positioning his work at the forefront of next-generation catalytic materials development.

Rui LiuView profile

Academic

• Medicinal Chemistry
• Antibiotic Discovery
• Synthetic Methodology
• +7 more

Rui Liu is an Assistant Research Professor in the Department of Chemistry and Biochemistry at the University of Notre Dame, College of Science. His research is centered on medicinal chemistry and the development of novel antibiotics targeting drug-resistant bacterial pathogens. Research Interests: Dr. Liu's work focuses on designing new synthetic methodologies for drug discovery, particularly against infectious diseases caused by viruses, bacteria, and parasites. A major emphasis is on developing agents effective against Mycobacterium tuberculosis (Mtb) and nontuberculous mycobacteria (NTM). He pioneers the use of siderophore-drug conjugates (sideromycins) that exploit bacterial iron sequestration mechanisms to selectively target Gram-positive and Gram-negative bacteria, especially those listed by the WHO as critical priority multidrug-resistant pathogens. His research integrates synthetic organic chemistry with microbiological evaluation to create next-generation antimicrobials. Publication Trends: His recent publications demonstrate a consistent focus on optimizing anti-infective agents through structural modification, metabolic stabilization (e.g., deuteration), and targeted delivery strategies. The work spans mechanistic studies, bioconjugation techniques, and translational applications, reflecting a multidisciplinary approach to overcoming antibiotic resistance. Scientific Awards: Outstanding Graduate of Peking Union Medical College (2009) Outstanding Master's Thesis, Soochow University (2008) Advising and Grants: While specific grant funding is not detailed in the text, Dr. Liu actively mentors prospective graduate students and collaborates extensively with senior researchers such as Professor Michael J. Miller. His role as Assistant Research Professor indicates leadership in ongoing research projects, likely supported by institutional and external funding. He contributes to training the next generation of medicinal chemists through hands-on research supervision. Labs and Teams: Dr. Liu is part of the research group led by Professor Michael J. Miller at the University of Notre Dame, a well-established team in antibiotic discovery and bioinorganic chemistry. This collaborative environment fosters innovation in drug design, leveraging expertise in synthesis, microbiology, and structural analysis.

Olivier BardagotView profile

Researcher

• Organic Semiconductors
• Polymer Science
• Organic Electronics
• +7 more

Olivier Bardagot is a CNRS Research Fellow at the Institute of Chemistry and Processes for Energy, Environment and Health (ICPEES), University of Strasbourg, where he is affiliated with the Polymer Engineering Department and the Functional Polymers and Nanofabrication (PolyFun) team. He has been in this tenured research position since 2023, following a postdoctoral term at the University of Bern. He also serves as the ICPEES Equality Officer, reflecting his commitment to institutional equity. His educational background includes a PhD in polymer sciences from CEA Grenoble (2016–2019), an M2 in physics from Imperial College London, and an engineering degree in physics and nanosciences from Phelma - Grenoble INP. This multidisciplinary training underpins his research in functional organic materials. Bardagot's research focuses on the control of macro- and nanoscale morphology in organic semiconducting polymer thin films to develop efficient, portable, and sustainable organic electronic devices. His group specializes in optimizing organic electrochemical transistors (OECTs) for biosensing applications, particularly in detecting neuropathologies and bacterial contamination in water, aligned with UN Sustainable Development Goals 3 and 6. The team combines advanced microscopy and in-operando spectroscopic and electrical characterization techniques to guide molecular and device engineering. Their work spans fundamental understanding of chemical and electrochemical doping mechanisms to applied biosensor development. The selected publications highlight a strong trend toward high-performance OECTs and n-type organic semiconductors, with research spanning materials design, doping optimization, and thermoelectric applications. His work appears in top journals such as Advanced Functional Materials and Applied Physics Letters , with a preprint under review at Nature Materials . 1st prize at SPIE 2024 international conference Bardagot actively mentors four PhD students and leads five research projects, three as coordinator with approximately €310,000 in funding. He has organized two international conferences (NOD 2024, MATSUS Fall Meeting) and serves as a reviewer for prestigious journals including Nature Chemistry , Science Advances , and Advanced Materials . His interdisciplinary collaborations include chemists, physical chemists, and biologists to advance both fundamental science and technological applications. He is a member of the Functional Polymers and Nanofabrication (PolyFun) team within the Polymer Engineering Department at ICPEES, where his laboratory conducts cutting-edge research on structured polymer films and their electronic applications.