Find Academic Supervisors

Prateek JainView profile

Lecturer

• Knowledge Graphs
• Natural Language Processing
• Machine Learning
• +6 more

Prateek Jain is a Lecturer at the School of Information, San José State University, where he teaches courses in Big Data Analytics and Python programming. He holds a Ph.D. in Computer Science and Engineering from Wright State University and has over a decade of industrial experience in data science and artificial intelligence at leading institutions such as IBM T.J. Watson Research Center, Nuance Research Labs, and Liveperson. His research interests include Knowledge Graphs, Natural Language Processing, Machine Learning, and Big Data, with over 30 peer-reviewed publications and patents in these areas. His academic and professional background bridges advanced research and practical deployment of AI-driven systems. Ph.D. (Computer Science and Engineering), Wright State University (2007–2012) Ph.D. (Computer Science), University of Georgia (2006–2007, transferred) BS (Information and Communication Technology), Dhirubhai Ambani Institute of ICT (2002–2006) Prateek's research publications focus on the development and application of Knowledge Graphs, particularly in areas like NLP, enterprise search, healthcare, and financial services. His work emphasizes scalable, explainable, and practical AI solutions, with recurring themes in graph embeddings, semantic reasoning, and large-scale data integration. He has served as an Adjunct Instructor at Chabot College and Northwestern Polytechnic University, and currently contributes to academic instruction at SJSU while maintaining an active role in industry as Principal Data Scientist at Liveperson. His industrial roles have spanned: Principal Data Scientist, Knowledge Graphs – Liveperson Inc. (2021–Present) Engineering Manager, Machine Learning – AppZen Inc. (2018–2021) Principal Research Engineer – Nuance Inc. (2016–2018) VP/Data Scientist – BlackRock Inc. (2015–2016) Data Scientist – Ignition One (2015) Research Staff Member – IBM T.J. Watson Research Center (2012–2015) There are no listed scientific awards or advisees in the provided information.

• Nanotechnology
• Biomedical Engineering
• Surface Characterization
• +5 more

Bogdan Diana is a **Scientific Researcher II** at the National Institute for Research and Development of Isotopic and Molecular Technologies (INCDTIM) in Cluj-Napoca, Romania. She leads interdisciplinary projects focused on nanotechnology, surface characterization, and bio-inspired materials, collaborating with international institutions such as Leibniz Institute Dresden, CNRS Institut Charles Sadron, and University of Turku. Her work spans applications in biomedical devices, pesticide detection, optical data storage, and sustainable materials. PhD in Physics (Biophysics), 2007 , Babeș-Bolyai University MSc in Atomic Physics (1997) and Geology (1999), Babeș-Bolyai University BSc in Technological Physics (1996) and Geology (2001), Babeș-Bolyai University Her research emphasizes atomic force microscopy , isotopic labeling techniques , and quantum optical lithography for nanoscale fabrication. Projects include developing green manufacturing platforms using dopamine-inspired chemistry, high-resolution OCT imaging systems for medicine, and exabyte-capacity optical storage media . She also explores nanoscale ion sensing and biodegradable dental biomaterials . Her expertise in nanoscale metrology and molecular targeting systems has positioned her as a key expert in European consortia like INSBIORATION and national projects spanning biomedical technologies, pesticide detection, and advanced optical fabrication. She contributes to research career development programs through initiatives like the Open School for Academic Self-Improvement.

• Veterinary Pharmacology
• Antibiotic Resistance
• Food Safety
• +3 more

Larissa Jansen serves as a Research Officer at Wageningen University & Research within the Team Animal Drugs, focusing on veterinary drug residues and antimicrobial resistance in animal production systems. Her work bridges laboratory analysis, field surveillance, and food safety policy to address critical challenges in agricultural pharmacology. Her research centers on veterinary pharmacology and food safety, with specialized expertise in antibiotic residue monitoring across livestock systems (veal calves, broilers, hens) and novel food matrices like edible insects. Key investigations include transmission pathways of antimicrobial residues, ecological impacts of antibiotics in aquatic environments, and development of rapid screening methodologies for veterinary drugs. This work directly informs surveillance strategies to mitigate antimicrobial resistance risks in the food chain. Analysis of her recent publications reveals a cohesive research trajectory emphasizing practical monitoring solutions for antibiotic use in agriculture. Her 2024-2025 output demonstrates strong focus on veal calf production systems, analytical validation for emerging food sectors (edible insects), and environmental consequences of antibiotic pollution. The work consistently integrates pharmacological testing with agricultural practice data to model residue transmission and resistance development. Jansen operates within Wageningen University & Research's Team Animal Drugs, which develops evidence-based tools for veterinary drug residue detection. The team collaborates extensively with Dutch food safety authorities on national surveillance frameworks, contributing to risk-based monitoring systems that protect consumer health while supporting sustainable livestock production.

• Radio Astronomy
• Cosmology
• 21-cm Signal
• +5 more

Dr. Vishambhar Pandey is a researcher in the Astronomy department at the Faculty of Science and Engineering, University of Groningen. With a substantial publication record spanning multiple years, his work focuses on radio astronomy using the LOFAR (Low-Frequency Array) telescope, particularly in the areas of 21-cm signal detection, cosmic reionization, and radio interferometric techniques. His research interests center around Radio Astronomy , Cosmology , and 21-cm Signal observations, with specific expertise in LOFAR data analysis, power spectrum measurements, and calibration techniques for low-frequency radio observations. His work often addresses challenges in detecting the faint cosmological 21-cm signal against bright foregrounds and systematic effects. Dr. Pandey's recent publications show a consistent focus on advancing techniques for 21-cm cosmology with LOFAR, particularly in addressing radio frequency interference, calibration challenges, and systematic effects that impact the detection of the cosmological signal. His work spans observational studies, data analysis methods, and theoretical interpretations of results in the context of cosmic reionization. As a contributor to numerous collaborative projects including the LOFAR Long-Baseline Calibrator Survey and various LOFAR data products, Dr. Pandey has played significant roles in developing calibration strategies and analyzing complex radio astronomy datasets.

Martin FischerView profile

Research Professor

• Nonlinear Optical Microscopy
• Biomedical Imaging
• Art Conservation Science
• +5 more

Martin Fischer is a Research Professor in the Department of Chemistry and Physics at Duke University, with a Faculty Network Membership at the Duke Institute for Brain Sciences. He directs the Advanced Light Imaging and Spectroscopy (ALIS) facility at Duke, where he leads cutting-edge research in nonlinear optical microscopy and its applications in biomedical imaging, nanomaterials characterization, and art conservation science. Education: Ph.D., University of Texas, Austin (2001) M.A., University of Texas, Austin (1993) Dr. Fischer's research focuses on developing novel nonlinear optical contrast mechanisms for molecular imaging. His work centers on ultrafast laser pulse shaping techniques that enhance measurement sensitivity for previously inaccessible molecular interactions. These methods enable non-invasive, high-resolution 3D imaging in highly scattering environments such as biological tissue. His research spans multiple disciplines, with significant applications in early melanoma detection, characterization of nanomaterials like graphene and gold nanoparticles, and non-destructive analysis of historic artwork. His innovative approaches have opened new pathways for both medical diagnostics and cultural heritage preservation. Analysis of Dr. Fischer's recent publications reveals a strong focus on pump-probe microscopy applications across two primary domains: biomedical imaging (particularly for melanoma diagnosis) and art conservation science. His work demonstrates how nonlinear optical techniques can provide molecular-specific contrast without requiring exogenous labels. The publications show an increasing trend toward translational research, with several studies directly addressing clinical needs in cancer diagnosis and public health applications like face mask efficacy testing during the pandemic. Scientific Awards: Optica Fellow, Optica (formerly Optical Society of America) - 2024 Imaging Scientist Award, Chan Zuckerberg Initiative - 2019 Outstanding Dissertation Award in Physics, The University of Texas at Austin - 2001 Dr. Fischer has secured substantial research funding through multiple competitive grants that support his work in both biomedical imaging and cultural heritage science. His current projects include developing next-generation microscopy techniques for early-stage metastatic melanoma detection (2024-2025), investigating missed metastases in early-stage melanomas (2023-2026), and advancing optical contrast methods for biological tissue and cultural heritage objects (2021-2024). His collaborative approach is evident in projects like the OP: Multimodal Molecular Spectroscopy and Imaging initiative (2016-2019) that bridged biomedical and art conservation applications. As director of the Advanced Light Imaging and Spectroscopy (ALIS) facility, Dr. Fischer oversees a state-of-the-art research infrastructure that serves multiple departments at Duke University. The facility supports interdisciplinary research in nonlinear optics, with applications spanning physics, chemistry, biomedical engineering, and art conservation. His team collaborates with clinicians for melanoma research and with art conservation experts to develop non-invasive techniques for analyzing historic paintings.

• Micro/Nanofabrication
• Semiconductor Materials and Devices
• Bio-MEMS and Microfluidics
• +3 more

Professor Cheng Xing is a distinguished faculty member at the Department of Materials Science and Engineering within the College of Engineering at Southern University of Science and Technology (SUSTech). Since 2013 , he has served as a Professor and previously held a Director position at the Analytical Testing Center until 2020 , after which he became the Director of the Laboratory and Equipment Management Department . His academic journey includes a PhD in Electrical Engineering from the University of Michigan (2005), an MS in Geochemistry from Stanford University (1999), and a BS in Geochemistry from the University of Science and Technology of China (1997) Research Interests: Micro/Nanofabrication Techniques Nano-Optics and Photonic Devices Organic Semiconductor Materials Bio-MEMS and Digital Microfluidics Integrated Macroelectronics Publication Trends reflect expertise in Nanoimprint Lithography , High-Performance Semiconductor Devices , and Advanced Bio-MEMS Systems , with recent work focusing on Metasurface Applications , Flexible Electronics , and Cost-Effective Nanofabrication . His 15 Most Recent Articles (2023-2002) span Materials Science , Nanotechnology , and Optical Engineering . Scientific Recognition: 2011: NSF CAREER Award 2011: DARPA Young Faculty Award 2013: Shenzhen Peacock Project B 2014: Shenzhen Government Special Allowance 2018: Shenzhen Pengcheng Scholar Administrative Roles include leadership positions at SUSTech's Analytical Testing Center (2013-2020) and Director of Laboratory and Equipment Management Department (2020-present). His work bridges Academic Research and Industrial Application , with grants supporting innovations in Nanostructured Materials and Smart Sensing Systems .

Per Kvols HeiselbergView profile

Professor

• Building physics
• Energy efficiency of buildings
• Zero-energy buildings
• +12 more

Per Kvols Heiselberg serves as Professor and Deputy Head of Department for Research at the Department of Construction, Urban and Environmental Engineering within the Faculty of Engineering and Science at Aalborg University. He leads the Research Group for Energy in Buildings, focusing on building physics and energy efficiency. His research spans over three decades with significant contributions to zero-energy buildings and hybrid ventilation systems. His research interests encompass building physics, energy efficiency of buildings, design and operation of low- and net-zero energy buildings, the role of buildings as 'prosumers' in future smart energy systems, and data analysis for online optimization and fault detection of building operations. He has been internationally recognized for developing concepts for zero-energy buildings and hybrid ventilation through leadership in large international projects. His recent publications (2023-2025) show a strong focus on practical applications of building energy systems, including AHU performance tracking, fault detection methodologies, occupant behavior analysis, and advanced ventilation strategies. His work demonstrates a progression from theoretical building physics to practical implementation and monitoring in real-world buildings. Det Bæredygtige Element, Personprisen (2018) ELforsk Prisen 2017 As indicated by his extensive publication record (over 637 publications) and supervision of 14 PhD students, Professor Heiselberg maintains significant research activity and academic leadership. His work spans theoretical research, practical implementation, and policy influence, as evidenced by his recent involvement with the Danish Climate Council. He has organized major conferences including CLIMA 2016 and the Nordic Passive House Conference, demonstrating his leadership in the field. Professor Heiselberg leads research teams working on energy-efficient building technologies, including the Research Group for Energy in Buildings at Aalborg University. His projects often involve interdisciplinary collaboration across multiple institutions and countries, focusing on practical solutions for sustainable building design and operation.

Sarit KaserzonView profile

Associate Professor

• Environmental Chemistry
• Analytical Chemistry
• Pollutant Monitoring
• +5 more

Associate Professor Sarit Kaserzon is a Principal Research Fellow and Co-Theme Leader in Environmental Health Risk Assessment at the Queensland Alliance for Environmental Health Sciences (QAEHS), Faculty of Health, Medicine and Behavioural Sciences, University of Queensland. With a PhD from QAEHS completed in 2014 and a Bachelor of Science with First Class Honours in Applied Chemistry from RMIT University, she has established herself as a leading researcher in environmental chemistry and pollutant monitoring. Her research focuses on developing novel sampling and analytical methods to detect trends, levels and fate of persistent and emerging organic environmental pollutants, with particular expertise in passive sampling technologies. A pioneer in PFAS monitoring, she developed the first passive sampling monitoring techniques for perfluorinated chemicals, including calibrating the first PFAS sampler for use in groundwater systems and wastewater treatment plants. Professor Kaserzon's work spans multiple critical environmental areas, including PFAS research, water quality analysis, emerging contaminants, and environmental risk assessment. Her recent publications demonstrate strong focus on PFAS monitoring techniques, pesticide exposure assessment, and innovative analytical methods for detecting environmental pollutants. She has been instrumental in advancing non-target screening approaches using high-resolution mass spectrometry to identify emerging chemical threats in water systems. Vice Chancellor List for academic excellence, RMIT 2008 and 2009 Professor Kaserzon leads numerous significant research projects including ARC Linkage Projects, NHMRC grants, and industry collaborations focused on environmental monitoring and risk assessment. Her work with the Queensland Alliance for Environmental Health Sciences has established critical monitoring programs for contaminants in water catchments and drinking water systems across Queensland. She actively collaborates with government agencies including the Great Barrier Reef Marine Park Authority and SeqWater to translate research into practical environmental management solutions.

Lavinia PataraView profile

Researcher

• Southern Ocean Circulation
• Marine Biogeochemistry
• Climate Change
• +5 more

Dr. Lavinia Patara is a leading researcher at the GEOMAR Helmholtz Centre for Ocean Research in Kiel, Germany, where she has worked since 2012. Her work focuses on Ocean Circulation and Climate Dynamics , particularly in the Southern Ocean, and its interplay with Marine Biogeochemistry . She employs high-resolution ocean models (e.g., ORION10 at 0.1° resolution) and advanced data analysis techniques to investigate how wind stress, buoyancy forcing, and mesoscale eddies regulate ocean ventilation, carbon uptake, and climate feedbacks. Education: Ph.D. in Environmental Sciences (2010), University of Bologna, Italy M.Sc. in Environmental Sciences (2005), University of Milano-Bicocca, Italy Research Highlights: Patara's work has revealed that recent Southern Ocean climate changes since the 1980s have increased interior ventilation through wind-buoyancy interactions. She demonstrated that ongoing Antarctic warming may strengthen the North Atlantic Meridional Overturning Circulation and showed how mesoscale eddy fields respond differently to climate variability across ocean basins. Current projects include a DFG-funded initiative on Southern Ocean carbon sinks and development of machine learning methods to detect carbon biomes via adaptive clustering. Advising and Grants: She has supervised numerous graduate students, including Sweety Mohanty (PhD), Helene Hollitzer (Master's), and Mariana Pacheco (Master's thesis on eddy properties). Her research has been funded by the German Research Foundation (DFG), the MarDATA graduate school, and Italian Ministry of Research projects.

Yves BühlerView profile

Researcher

• Remote Sensing
• Snow and Avalanche Research
• Alpine Mass Movements
• +3 more

Dr. Yves Bühler is a leading researcher at the Swiss Federal Institute for Forest, Snow and Landscape Research (WSL) , heading the Alpine Remote Sensing group within the Alpine Environment and Natural Hazards unit. His work focuses on remote sensing applications for snow and avalanche research, rock-ice avalanches, and alpine mass movement monitoring using drones, SAR satellites, and machine learning. Education: PhD in Remote Sensing (University of Zurich, 2005-2009), High-School Teaching Certification (MAS SHE, 2003-2005). Key projects: Large-scale avalanche mapping in India, drone-based snow depth monitoring, and thermomechanical modeling for hazard indication. Research Trends : Recent publications highlight advancements in machine learning for avalanche segmentation , multi-sensor displacement monitoring , and climate change integration into hazard models . His work bridges geomechanics , remote sensing technology , and operational risk mitigation across Switzerland, Himalayas, and international collaborations. Scientific Contributions : He has received a Research Fellowship at the University of Otago and led leadership programs at FHNW. His team developed RAMMS::LSHIM for large-scale hazard mapping and pioneered low-cost lidar for avalanche monitoring.

Andrew HarrisView profile

Professor

• Volcanology
• Lava Flow Dynamics
• Thermal Remote Sensing
• +4 more

Andrew Harris is a Professor at Université Clermont Auvergne (UCA) specializing in volcanology. He is part of the Volcanology Team based at LMV Cezeaux, with research focusing on regional geology, lava flow dynamics, and volcanic hazard assessment. His work bridges field observations with advanced remote sensing techniques to understand volcanic processes and improve risk management strategies for communities living near active volcanoes. Professor Harris's research spans multiple areas of volcanology with particular emphasis on lava flow dynamics , thermal remote sensing of volcanic activity , and volcanic hazard assessment . His work integrates field measurements with satellite data to track and model volcanic processes. He has made significant contributions to understanding lava rheology, volcanic plume dynamics, and the development of early warning systems for volcanic hazards. His research often focuses on European volcanoes like Stromboli, Etna, and Piton de la Fournaise, but also extends to volcanic systems worldwide. Analysis of Professor Harris's recent publications reveals a strong trend toward integrating machine learning techniques with traditional volcanological methods. His work increasingly combines field observations, satellite data, and computational modeling to create more accurate hazard assessments. Recent research shows particular focus on volcanic risk communication, the dynamics of lava-sea interactions, and the application of deep learning for detecting subtle thermal anomalies that might indicate volcanic unrest. Professor Harris maintains extensive international collaborations across Europe, the Americas, and Asia. His work involves significant fieldwork at active volcanoes and has contributed to the development of several important methodologies for volcanic monitoring. He has been involved in multiple effusive crisis response efforts, particularly at Piton de la Fournaise, where he has helped implement real-time monitoring systems that integrate satellite data with ground-based observations for improved hazard assessment.

• Radar engineering and signal processing
• Cloud and precipitation microphysics and dynamics
• Boundary-layer turbulence
• +3 more

Dr. Pavlos Kollias is a Professor at Stony Brook University’s School of Marine and Atmospheric Sciences and holds a joint appointment as Atmospheric Scientist in the Environmental Science and Technologies Department at Brookhaven National Laboratory. He also serves as International Faculty at the University of Cologne and Adjunct Professor at McGill University. Education Ph.D. in Meteorology, University of Miami, 2000 M.S. in Atmospheric Science, University of Athens, Greece, 1996 B.S. in Physics, University of Athens, Greece, 1994 Research Interests Kollias’s research integrates radar engineering, signal processing, and smart-sensor development to advance understanding of cloud and precipitation microphysics, boundary-layer turbulence, and satellite remote sensing . His work spans the design of novel phased-array and space-borne radars, fusion of multi-sensor observations, and agile adaptive observing strategies for weather and climate science. Key thrusts include: Development and deployment of ground-based and airborne radar networks Spaceborne cloud-profiling missions (EarthCARE, WIVERN, INCUS) High-resolution observations of marine boundary-layer clouds and polar mixed-phase systems Algorithms for retrieving vertical air motion, liquid water content, and drizzle microphysics Scientific Awards & Recognition AGU Atmospheric Sciences Ascent Award (2020) NASA Group Achievement Awards (2015, 2003) Humboldt Research Fellowship for Experienced Researchers, Germany (2013–2014) Canada Research Chair (Tier I 2012–2017, Tier II 2007–2012) Visiting Scientist Fellowship, CIRES, University of Colorado (2003–2004) Leadership & Service Since 2020 he directs the SBU–BNL Radar Observatory and since 2017 has led the Center for Multiscale Applied Sensing at BNL. Editorial roles include Editor of the AMS Journal of Applied Meteorology and Climatology (2024–present) and Associate Editor of EGU Atmospheric Measurement Techniques (2019–present). He sits on mission advisory groups for ESA EarthCARE and WIVERN, the NASA INCUS and ACCP science teams, and the DFG Collaborative Research Center CRC1502 advisory board.

Phillip SheridanView profile

Professor

• Physical Chemistry
• Spectroscopy
• Gas Phase Chemistry
• +5 more

Phillip Sheridan serves as Professor and Chair of the Chemistry Department within the College of Arts and Sciences at Canisius College. Holding a Ph.D. in Physical Chemistry from the University of Arizona and a B.S. in Chemistry from Southern Connecticut State University, he teaches General Chemistry and Physical Chemistry courses while leading departmental initiatives. His educational background includes: Ph.D. in Physical Chemistry, University of Arizona B.S. in Chemistry, Southern Connecticut State University Dr. Sheridan's research centers on fundamental electronic and geometric properties of metal-containing molecules using gas phase laser excitation spectroscopy and millimeter-wave/microwave techniques. His work spans physical chemistry, quantum chemistry, and astrochemistry, with emphasis on radical species and metal-ligand interactions. Key focus areas include rotational spectroscopy of transient molecules, hyperfine structure analysis, and molecular detection in circumstellar environments, revealing insights into bonding and reactivity of metal-bearing compounds. Analysis of his recent publications shows consistent investigation of alkali metal compounds (amides, hydrosulfides), transition metal species (nitrides, oxides), and phosphorus radicals. His methodology combines experimental spectroscopy with computational approaches to determine molecular structures and electronic properties, with growing relevance to interstellar chemistry as evidenced by astronomical detection of species like SiP. His scientific contributions have been recognized through: Director’s Award, NY State Science Olympiad, Lake Erie-Niagara Region Merck Research Laboratories Graduate Fellowship Award in Analytical/Physical Chemistry Carl S. Marvel Fellowship Award, Department of Chemistry, University of Arizona Dr. Sheridan actively mentors undergraduate researchers, with Canisius students like B. T. Russ, M. K. L. Binns, and J. P. Young co-authoring publications on metal amides and radicals. His research group utilizes advanced rotational spectroscopy instrumentation and collaborates with external laboratories, including Professor L. M. Ziurys' team, to investigate reactive intermediates. He also advises the Canisius College Student Chapter of the American Chemical Society and develops educational programs like the Summer Science Camp. The research program operates through specialized laboratories equipped for Fourier transform microwave and millimeter-wave spectroscopy, focusing on gas-phase synthesis of novel metal-containing molecules. Current efforts target phosphorus-bearing radicals relevant to astrochemistry and precise structural characterization of unsolvated organometallic species, with ongoing collaborations expanding the scope to interstellar molecule detection.

• Industrial Artificial Intelligence
• Digital Twin Technology
• Condition Monitoring
• +7 more

Pradeep Kundu serves as an Assistant Professor in the Department of Mechanical Engineering at KU Leuven's Faculty of Engineering Technology (Bruges Campus), where he leads the M-Group Asset Performance Management subdivision. He is an active member of Leuven.AI Institute for Artificial Intelligence and holds governance roles in the Mechanical Engineering Department Council and Faculty Council. His research centers on Industrial Artificial Intelligence integrated with Digital Twin Technology, focusing on three core domains: rotating machinery condition monitoring (fault diagnosis/prognosis), manufacturing quality control (tool wear/surface monitoring), and production process optimization. Key methodological contributions address data scarcity through synthetic data generation (Digital Twin/Generative AI) and enhance model robustness via Physics-Informed Machine Learning, Hybrid Modeling, and advanced Statistical Regression. Analysis of his 15 most recent publications (2024-2025) reveals a dominant focus on predictive maintenance for mechanical systems, utilizing diffusion models for damage imaging, entropy-based domain adaptation for bearing failure prediction, and sensor fusion techniques. His work consistently bridges physics-based modeling with deep learning across rotating machinery, structural health monitoring, and smart manufacturing applications. Dr. Kundu currently leads multiple funded projects including 'Intelligent Prognosis of Rotating Machines in Industry 4.0 using Generative AI' (2024-2025) and 'Digital Twin Framework for Fleet-Level Feed Drive Systems Health Assessment' (2023-2027), addressing critical challenges in data-limited industrial AI deployment. His research directly supports Industry 4.0 transformation through maintenance optimization and quality control innovations. He actively contributes to academic governance as member of the OC Smart Operations and Maintenance in Industry committee and the Mechanical Engineering Department Council, while his research group within the Mecha(tro)nic System Dynamics unit develops practical AI solutions for industrial asset performance management.

Catherine HoganView profile

Assistant Clinical Professor

• Infectious Diseases Diagnostics
• Metabolomics
• Medical Microbiology
• +3 more

Dr. Catherine Hogan is a full-time Clinical Assistant Professor in the Department of Pathology & Laboratory Medicine at the University of British Columbia , while also serving as a medical microbiologist at the BCCDC Public Health Laboratory . With dual clinical and academic affiliations, she bridges diagnostic innovation with public health impact. Education: MDCM from McGill University (2011) MSc in Epidemiology from London School of Hygiene and Tropical Medicine (2013) Infectious Disease Training at McGill (2017) Medical Microbiology & Global Health Diagnostics Fellowships at Stanford University (2018-2020) Her research focuses on infectious disease diagnostics through: Metabolomics for pathogen identification Next-generation sequencing applications in clinical settings Cost-effective diagnostic repurposing Public health impact assessment of diagnostic technologies Recent publications demonstrate expertise in: Viral transmission dynamics (SARS-CoV-2, HIV) Fungal infection diagnostics using molecular methods Point-of-care testing limitations and advancements Household transmission patterns through high-resolution sampling Professional activities include: Associate Editor for the Journal of Clinical Virology (2020–present) Contributor to BC Hepatitis Testers Cohort and BC Mix COVID-19 Survey projects