Find Academic Supervisors

Hannes Tapani LohiView profile

Professor

• Veterinary Genetics
• Neurology
• Neurodegenerative Diseases
• +4 more

Hannes Tapani Lohi is a Professor in the Department of Veterinary Biosciences at the University of Helsinki's Faculty of Veterinary Medicine. He serves as Principal Investigator and Supervisor in the Doctoral Programme in Clinical Veterinary Medicine and the Doctoral Programme in Integrative Life Science. His work is closely associated with Helsinki One Health (HOH) initiative and he maintains an adjunct professorship at the University of Guelph since May 2013. Professor Lohi's research focuses on veterinary genetics, specializing in canine models of human complex diseases. His laboratory takes advantage of canine pure breeding which has resulted in highly uniform genomes within breeds, making it easier to detect genetic signals contributing to disease. His team has established one of the world's largest Dog DNA Biobanks containing over 80,000 samples from 330 different breeds. His primary research areas include neurological, neurodegenerative, and neurobehavioral conditions such as epilepsy, ataxia, and anxiety in dogs, with direct relevance to human diseases. Analysis of his publication record shows consistent output with 303 publications to date, demonstrating expertise in identifying disease genes and loci in canine populations. His work has strong translational value, with discoveries leading to commercial diagnostic innovations including MyDogDNA (a gene panel test) and PetMETA (an NMR-based serum metabolomics test) that are transforming veterinary diagnostics globally. Animal Protection Award (2019) Helsinki City Science Award (2013) Professor Lohi actively supervises doctoral students in Clinical Veterinary Medicine and has served as a doctoral thesis supervisor or co-supervisor for multiple candidates. His research is supported by significant funding including Academy of Finland projects, Kennel Union of Finland funding, and Société Centrale Canine grants. Current projects include molecular etiology of sudden cardiac death in dogs and heart-related sudden deaths in dogs and humans (2024-2028). His laboratory maintains extensive biobank resources including the Canine Biobank and Feline Biobank, both established in 2017 at the University of Helsinki. These resources support global research collaborations focused on understanding the genetic basis of diseases across species.

Jerry BlackfordView profile

Professor

• Marine System Modelling
• Climate Change
• Ocean Acidification
• +4 more

Professor Jerry Blackford is a leading marine systems modeller with 32 years of expertise at Plymouth Marine Laboratory (PML), where he serves as Head of Science for the Marine Systems Modelling Group. He directs a 20-scientist team spanning postdoctoral researchers to professors, pioneering applications of biogeochemical models for climate policy and carbon management. His research centers on three interconnected domains: ocean acidification impacts (notably leading the NERC-Defra UKOA programme on shelf-sea acidification), carbon capture and storage risk assessment (including the world-first QICS CO 2 release experiment), and operational oceanography. A core innovation is his "balanced complexity" methodology—developing computationally efficient models that retain ecological fidelity for societal applications like IPCC reporting and CCS regulation. Recent publications reveal strong thematic clustering: 60% address carbon cycle dynamics (CCS leakage detection, microplastic interactions), 30% focus on model development (ERSEM framework), and 10% analyze climate feedbacks. High-impact journals dominate his output, with Nature Climate Change papers establishing methodologies now adopted by international monitoring programs. Professor Blackford maintains extensive funding through: CMEMS NOWMAPS (operational oceanography) NERC CLASS National Capability ACT/BEIS ACTOM (CCS monitoring toolboxes) UK Earth System Model program He advises UK government departments (BEIS, Defra), IPCC, and ICES while chairing the Advances in Marine Ecosystem Modelling conference series. His lab provides critical modelling infrastructure for national marine strategy assessments and emerging CCS regulation. The Marine Systems Modelling Group operates as PML's hub for policy-relevant oceanography, combining high-performance computing with field validation campaigns. Current work integrates machine learning into biogeochemical frameworks for real-time monitoring, positioning the lab at the forefront of climate mitigation science.

• Artificial Intelligence
• Machine Learning
• Deep Learning
• +7 more

Associate Professor Biplob Ray serves as Head of Course for Postgraduate ICT Courses at the School of Engineering and Technology, Central Queensland University. With over 15 years of academic experience, he has progressed from ICT Lecturer (2015-2019) to Senior Lecturer (2020-2022) and currently holds the position of Associate Professor (2023-Present). His research is centered at the Centre for Intelligent Systems within the Institute for Future Farming Systems, where he leads multidisciplinary projects with significant industry and government funding. Dr. Ray holds a PhD from Deakin University (2015), Master of Information Technology from University of Ballarat (2008), and Graduate Certificate in Education Tertiary Teaching (2013). His academic journey began with a BSEng in Computer Engineering, followed by professional experience as Analyst Programmer at Telstra and Systems Programmer in the Philippines. His research focuses on the intersection of Artificial Intelligence, Internet of Things, and Cybersecurity, with practical applications spanning smart farming, environmental monitoring, and energy systems. His multidisciplinary approach has secured over $3 million in research funding from Australian federal government and industry sources since 2016, including significant projects like the $1.28 million 'Intelligent, Adaptable, and User-Friendly Weed Management system' and the $513,268 'AI-SSPCAS' project with CSIRO Data61. Dr. Ray's publication record shows consistent high-quality output with approximately 15-20 papers annually, primarily in IEEE and Elsevier journals. His work demonstrates strong translational impact, with multiple projects featured in media outlets including ABC News, Channel 7, and Australian Tree Crop magazine. His research has directly contributed to practical implementations such as smart irrigation systems for Cairns Regional Council and cybersecurity solutions for small businesses. 2025 Australian Awards for University Teaching (AAUT) 2024 Vice-Chancellor's Award of Commendation for Outstanding Researcher (Mid-Career) 2023 Vice-Chancellor's Award for Exemplary Practice in Learning and Teaching 2021 Vice-Chancellor's Award for Exemplary Practice in Learning and Teaching (Tier 1) 2019 Vice-Chancellor's Award for Exemplary Practice in Learning and Teaching 2016 'RISING STAR of 2016' award from CQUniversity Dr. Ray currently supervises fifteen research students across PhD and Master's programs, with active grants supporting multiple research positions. His leadership extends to professional service as Vice-Chair of IEEE Victorian Section (2024-2025), former Chair of IEEE Victoria IoT Community, and member of the Engineering Institute of Technology Course Advisory Committee. The Centre for Intelligent Systems fosters interdisciplinary collaboration with regular seminars, industry partnerships, and international research connections, providing students with rich opportunities for professional development.

• Plasma Physics
• Data Science
• Plasma Modelling
• +4 more

Markus M. Becker is the Head of Research Programme Smart Data Technologies at the Leibniz Institute for Plasma Science and Technology (INP) in Greifswald, Germany. He has been working at INP since May 2008 as a Scientist specializing in Plasma Modelling and Data Science. His educational background includes: Dr. (Doctorate) in Computational Physics from Leibniz Institute for Plasma Science and Technology (2008-2012) Diploma in Mathematics with Informatics from University of Greifswald (2006-2008) B.Sc. in Mathematics and Computer Science from University of Greifswald (2003-2006) Dr. Becker's research spans the intersection of plasma physics and data science. His work in plasma physics focuses on low-temperature plasma modeling, particularly dielectric barrier discharges at atmospheric pressure, plasma diagnostics, and reaction kinetics. His data science research includes semantic information management, metadata standards for plasma science, and machine learning applications for plasma modeling. He has been instrumental in developing the Plasma-MDS metadata schema and has contributed to research data management initiatives like NFDI4BIOIMAGE. His recent publications reveal a strong trend toward integrating data science methodologies with plasma physics research, spanning from fundamental plasma modeling to practical applications of semantic web technologies and machine learning. His scientific contributions include: Development of the Plasma-MDS metadata schema for plasma science Contributions to semantic information management in plasma science with VIVO Work on foundations of plasma standards Research on data-driven approaches to plasma science Development of tools like pyJSON Schema Loader and Adamant for metadata management Dr. Becker is actively involved in multiple research grants, including projects funded by the Deutsche Forschungsgemeinschaft and the Federal Ministry of Education and Research. His current projects focus on data-driven diagnostics of dielectric barrier discharges, open access for data-driven research, and national research data infrastructure. His leadership in the Smart Data Technologies program demonstrates his commitment to advancing data-intensive approaches in plasma science. His research group focuses on developing and applying data science methodologies to plasma physics problems, creating tools for metadata management, and establishing standards for plasma research data. The group works at the intersection of computational physics, data science, and research infrastructure development, providing a unique environment for interdisciplinary research.

• Bionanotechnology
• Nanomaterials-Biological Interfaces
• Biosensors
• +6 more

Dr. Alice King is an Associate Professor in Applied Materials and Interfaces within the Department of Physics and Astronomy at the University of Sussex's School of Mathematical and Physical Sciences. Her research focuses on the interfaces between nanomaterials and biological systems, connecting physics, chemistry, and biology to deliver real-world impact including biosensors and advanced composites. Dr. King's educational background includes a PhD from the University of Sydney (2016) on biological molecule interactions with carbon nanostructures, an MPhil on nanocomposites, and a BSc in Physics from the University of Surrey. Her research centers on translating nanoscale discovery into scalable technologies through interdisciplinary collaboration. She investigates how synthesis, processing, and assembly define material behavior across scales, with particular interest in programmable and biomimetic fabrication systems that can adapt dynamically. Current projects include nanomaterial-based biosensors, dynamic tissue scaffolds, and quantum microscopy collaborations. Dr. King's publication record shows a strong trajectory in high-impact journals with research spanning conductive nanocomposites, biosensors, and 2D material interfaces. Her work demonstrates significant translational potential with applications in healthcare diagnostics and advanced materials. Dr. King leads active research programs supported by multiple grants including the EPSRC Doctoral Landscape Award (2025-27) and the Bose Einstein condensate microscopy project (2024-2027). She has collaborated with healthcare institutions like Guy's & St Thomas's Hospital on respiratory-sensor innovation and consulted with industry partners on colorimetric biosensors for early cancer detection. Her research group focuses on developing scalable, platform-based approaches to nanomaterial design that unite physics, chemical engineering, and biology, emphasizing real-world impact through cross-sector translation and public benefit.

Mahesha Manjunatha PoojaryView profile

Associate Professor

• Food Chemistry
• Protein Chemistry
• Microalgal Biotechnology
• +5 more

Mahesha Manjunatha Poojary serves as Associate Professor in Food Protein Chemistry at the University of Copenhagen's Department of Food Science, a position he has held since January 2023 and advanced to Associate Professor on the Promotion Programme in September 2024. His career at UCPH spans postdoctoral research (2017-2018), tenure-track Assistant Professor (2018-2022), and current leadership roles in major research initiatives. His academic foundation includes a PhD in Chemical Sciences from the University of Camerino (2017) and an MSc in Chemistry from India's National Institute of Technology Karnataka (2011). International research mobility includes fellowships at RMIT University, DTU, and TU Dresden. Dr. Poojary's research centers on food protein chemistry with emphasis on microalgal biotechnology and analytical food science. His work systematically investigates protein oxidation mechanisms, Maillard reaction dynamics, and protein-polyphenol interactions using advanced LC-MS/MS and chromatography techniques. Current projects focus on valorizing food byproducts, improving dairy/plant-based product stability, and extracting high-value compounds from microalgae. Recent publications (2024-2025) reveal strong thematic concentration on protein modification pathways in food systems, cold plasma applications for grain proteins, and microalgal valorization strategies. These works demonstrate methodological rigor in chromatography and mass spectrometry while addressing industry-relevant challenges in sustainable food production. His scientific recognition includes five major awards: FOOD Junior Scientist (2020, 2021), The Nils Foss Talent Prize (2022), AOCS Early Career Travel Award (2023), and The Australia Awards-Endeavour Fellowship (2016). Dr. Poojary supervises four PhD candidates and leads four significant research projects totaling 56 million DKK in funding. Key grants include DFF-funded initiatives on dairy wastewater valorization using microalgae (Two-in-one project) and cold plasma effects on grain proteins (PROPLASMA), alongside Novo Nordisk Foundation's SEEDFOOD project where he serves as Co-PI and Theme Leader. His research operates within UCPH's Food Proteins group through strategic industry partnerships with Arla Foods, Teagasc Ireland, and academic collaborations with DTU and RMIT University, focusing on translating fundamental protein chemistry discoveries into sustainable food solutions.

• Materials science
• Electrocatalysis
• Materials modelling
• +6 more

Igor Pašti is a Full Professor at the University of Belgrade's Faculty of Physical Chemistry, where he has progressed from Junior Teaching Assistant (2007) to his current position (2021-present). As Vice-dean for Research and PhD studies, he oversees institutional research strategy while maintaining an active research program in energy materials. His research focuses on materials science for energy applications , specializing in electrocatalysis, materials modelling, and carbon materials design. Key areas include hydrogen evolution reaction catalysts, lithium-ion batteries, and graphene composites for fuel cells. His work bridges computational modeling (DFT, Kinetic Monte Carlo) with experimental electrochemistry. With over 200 publications and 4,400+ Scopus citations, his impactful research includes high-impact studies in ACS Catalysis and Physical Chemistry Chemical Physics. His publication trends show increasing focus on sustainable hydrogen production and catalyst stability since 2020. 2012: Award by Serbian Academy of Sciences and Arts 2015: Best Patent Award (Belgrade Chamber of Commerce) Editorial Board, Catalysts (Computational Catalysis section) Professor Pašti actively supervises students (8 PhDs, 30+ master's/bachelor's theses) and secures substantial funding through NATO SPS projects (SeaCAT, OFICeR), Serbian Science Fund (RatioCAT), and international collaborations. His research group benefits from computational resources via Swedish National Infrastructure for Computing and partnerships with KTH, Uppsala University, and Brandenburg Technical University. He leads international projects including SeaCAT (2024-2027) for offshore hydrogen production and OFICeR for fuel cell catalyst optimization, maintaining strong ties with European research institutions through DAAD, ARRS, and Danube Region networks.

Syed Ashraful AlamView profile

Researcher

• Forest Ecology
• Climate Change
• Ecosystem Services
• +5 more

Syed Ashraful Alam is a Research Coordinator in the Department of Forest Sciences within the Faculty of Agriculture and Forestry at the University of Helsinki. His academic profile demonstrates significant expertise in forest ecosystem research with a focus on climate change impacts, carbon sequestration, and sustainable forest management practices. His educational background includes: Doctor of Science (DSc) in Forest Ecology, University of Helsinki (2013) Master of Science (MSc) in Forest Ecology (Tropical Silviculture), University of Helsinki (2006) Bachelor of Science (BSc, Honours) in Forestry, University of Chittagong (2002) Dr. Alam's research spans multiple geographical contexts, from African drylands to subtropical Chinese forests. His work integrates field measurements with modeling approaches to understand ecosystem water-balance, plant-water relations, and tree growth dynamics under changing climate conditions. He has developed expertise in dendrochronological methods to analyze historical growth patterns and predict future forest responses to environmental stressors. His recent publications (2021-2025) reveal a strategic shift toward developing sustainable frameworks for long-term ecosystem research infrastructure, with particular emphasis on cost modeling, funding mechanisms, and practical implementation strategies for European research networks like eLTER and ICOS. This work bridges scientific research with policy implementation, addressing the operational challenges of maintaining long-term environmental monitoring systems. His scientific achievements have been recognized with: Best MSc Thesis in Forest Sciences (2006) Chinese Academy of Sciences President's International Fellowship Initiative (PIFI) for Postdoctoral Researchers (2015) Dr. Alam actively contributes to academic development through the Master's Thesis Seminar MEK as Co-chairperson and previously taught Atmospheric Science Seminars for graduate students. His research portfolio includes five major projects spanning from 2009 to 2026, with significant involvement in EU-funded initiatives like eLTER PLUS and the Atmosphere and Climate Competence Center. He also serves on important institutional boards including the Master's Degree Programme in Forest Sciences at the University of Helsinki. As part of the Ecosystem processes research group (INAR Faculty of Agriculture and Forestry), Dr. Alam plays a critical role in advancing Europe's capacity for long-term ecosystem monitoring and research, contributing to international efforts to understand and mitigate climate change impacts on forest ecosystems.

• Blue carbon
• Seagrass ecosystems
• Coastal vegetated ecosystems
• +6 more

Dr. Mariana Do Amaral Camara Lima is a Lecturer in Marine Biology and Programme Leader for Marine Biology at the University of Salford's School of Science, Engineering & Environment. Her academic journey includes a PhD in Environment from the University of Brighton (2016-2020), an MSc in Ecology and Biology of Freshwater Environments from Brazil's National Institute of Amazonian Research, and a BSc in Marine Biology from the Federal University of Rio de Janeiro. Prior to academia, she gained valuable experience as an environmental consultant in Brazil conducting impact assessments for coastal infrastructure projects. PhD in Environment, University of Brighton (2016-2020) MSc in Ecology and Biology of Freshwater Environments, National Institute of Amazonian Research (INPA), Brazil BSc in Marine Biology, Federal University of Rio de Janeiro Dr. Lima's research focuses on the impacts of global environmental change on blue carbon coastal ecosystems, particularly seagrass meadows, saltmarshes, and other aquatic habitats. Her work investigates carbon storage and sequestration processes to advance marine conservation strategies. She leads ongoing research projects spanning seagrass biodiversity, blue carbon dynamics, molecular ecology, and Arctic wetland resilience, collaborating with national and international partners to develop nature-based solutions for biodiversity and climate resilience. Her publication record demonstrates consistent focus on seagrass ecosystems and blue carbon dynamics, with recent work expanding into remote sensing applications and UK-specific coastal management. The research shows progression from Amazonian freshwater systems in her early career to current emphasis on temperate marine ecosystems and climate change mitigation. Her 2025 book chapter on UK estuaries represents the most current direction of her work, integrating carbon sink functions with food web foundations. Fellow of The Higher Education Academy (2018) Steering group member for CIRIA's Greening coastal infrastructure project Member of Mersey Gateway Environmental Trust's research board Editorial roles for multiple environmental reports Peer reviewer for 15+ prestigious journals including Nature Communications Dr. Lima actively supervises PhD students with research focusing on coastal vegetated ecosystems, ecosystem services, and global change impacts. She has secured internal funding for multiple research projects including 'Seagrass biodiversity and carbon stocks assessments' and 'Herbivory effects on gene expression.' Her work aligns with UN Sustainable Development Goals 13 (Climate Action) and 14 (Life Below Water), with practical applications in coastal management and conservation policy. She co-organized the 2025 Coastal Ecosystem Hub Workshop to bridge academia, policymakers, and industry in aquatic ecosystem monitoring. As Programme Leader for Marine Biology, she leads the 'Environmental Research' Centre at University of Salford and serves on the ERIC Steering Group. Her international collaborations include a 2024 visiting researcher position at Federal Rural University of Pernambuco in Brazil, focusing on coastal vegetated habitats as Nature-Based Solutions. She also contributes to the 'Improving Environment & Sustainability' research theme across multiple institutional platforms.