Rudolf Schilder is an Associate Professor of Entomology and Biology at Pennsylvania State University, affiliated with the Department of Biology and Huck Institutes of the Life Sciences. His research focuses on Animal Locomotion through the lens of Comparative Physiology and Biomechanics , exploring how animals adapt morphologically and physiologically to diverse environments. Key themes include insect movement mechanics, thermal physiology, pesticide impacts, and parasite-host interactions. Current projects investigate metabolic effects of neonicotinoids on monarch butterflies, thermal tolerance in solitary bees, and biomechanics of dragonfly flight. The Schilder Lab actively recruits researchers with backgrounds in biology, engineering, and coding. Recent articles highlight interdisciplinary approaches to understanding energy use, body size scaling, and environmental stressors on insect performance.
Dr. Carla McCabe is a Senior Lecturer in Sport & Exercise Biomechanics and Research Director for Sport and Exercise Sciences at Ulster University's School of Sport within the Faculty of Life & Health Sciences. With a distinguished academic career spanning over 15 years, she has established herself as an expert in aquatic biomechanics and human movement performance within water environments. Her professional journey includes significant positions at the University of Edinburgh (2011-2014) where she contributed to the formation of the Human Performance Science research group within the Institute of Sport, Physical Education and Health Science. Carla's educational background includes a BSc in Sports and Exercise Science (First Class Honours) from the University of Limerick (2003) and a PhD from the University of Edinburgh (2008) investigating the effect of race pace on three-dimensional kinematics and linear kinetics within sprint and distance specialist swimmers. Her international research portfolio is evidenced through collaborations across numerous Sport Science and Biomechanics journals and she was awarded a visiting scholar grant to the Australian Institute of Sport in 2009. Her research interests focus on human movement performance within aquatic environments, with particular emphasis on swimming biomechanics, three-dimensional kinematic analysis, and the relationship between technique and performance. Recent work has expanded into gender studies in sports and concussion research in rugby league. Carla's publications demonstrate a consistent focus on methodological approaches to measuring swimming performance and understanding the biomechanical determinants of success in aquatic sports. Dr. McCabe has received multiple professional recognitions including the BASES BIG Equality, Diversity and Inclusion Award (2022), Best Poster Presentation (2024), and New Investigator Award: Third Place (2019). She holds Senior Fellowship of the Higher Education Academy (2022) and serves on several professional boards including the Advisory Editorial Board of the Journal of Sport Sciences and as a Board Member of the European Swimming Network. Her current research portfolio includes projects on sex differences in change-of-direction tasks, concussion mechanisms in rugby, and bridging the gap between swimming research and practical application for coaches. Dr. McCabe actively contributes to the sports science community through media engagement, including the BBC CrowdScience Podcast on aquatic locomotion and commentary on concussion management in sports.
Andrzej Chmielniak is an Associate Professor at the Warsaw University of Technology's Faculty of Power and Aeronautical Engineering, affiliated with the Division of Theory of Machines and Robots. His research focuses on mobile robots, real-time operating systems, control systems, automation, and microcontrollers. He teaches courses such as Robotics Workshop, Digital Automation Systems, and Fundamentals of Automation and Control. Chmielniak's work emphasizes mobile robot control, bipedal locomotion, and compliant mechanisms. Notable contributions include studies on slip reduction in wheeled robots and biologically inspired motion synthesis for two-legged robots. His publications span topics like autonomous systems, sensor integration, and robotics education. He is actively involved in academic activities, including supervising robotics workshops and collaborating on projects like the development of educational walking robots. His research often intersects biomechanics and mechatronics, with applications in both industrial and academic contexts.
Federico Nesti is a Ph.D. researcher at the Retis Lab (Tecip Institute, Scuola Superiore Sant'Anna), funded by the Department of Excellence in Robotics & AI . He also works as a consultant for the same institution in railway navigation and localization systems. Education : BSc in Electronics Engineering (University of Pisa, 2015) MSc in Robotics and Automation Engineering (2018) Research Interests focus on adversarial robustness of machine learning models , autonomous driving safety , railway system simulation , and adversarial attack defense mechanisms . His work bridges machine learning security and real-world applications in transportation and space systems. Academic Trends show a trajectory from thermal engineering for space missions ( U-PHOS project ) to current work on AI robustness for autonomous vehicles and railway systems, with a strong emphasis on practical implementation and safety validation . Scientific Recognition : Second prize at Huawei University Challenge 2020 Selected for Deep Learning + Reinforcement Learning Summer School (2020) Collaborative Work includes internships at Fermilab (2017), MSc thesis at TU Delft (2018), and a visiting research position at University of Alicante (2022–present). Industrial collaborations with Hitachi STS (2020–2022) and Fabrica Machinale srl (2018–2019) further enrich his applied research profile.
Paul Shamble is a Neurotechnology Engineer and Associate Research Scientist in the Department of Neuroscience at Yale University. His work focuses on neuroethology, animal behavior, and sensory systems, particularly in arachnids and insects. He is affiliated with the Neurotechnology Core and leads a laboratory at Sterling Hall of Medicine, 333 Cedar Street, Wing B, Room 163 in New Haven, CT. Shamble holds a PhD in Neurotechnology from Cornell University. His research explores topics such as biological motion perception in jumping spiders, REM-like sleep states in arthropods, and biomechanical adaptations in locomotion. He has contributed to interdisciplinary studies combining neuroscience with machine learning and materials science. His recent publications emphasize spider vision, predator recognition, and silk production, alongside comparative studies of neural motion processing across species. Collaborative efforts include investigations into mosquito auditory systems and mouse gait dynamics. Shamble’s work bridges fundamental neuroscience with applied neurotechnology, aiming to advance understanding of animal behavior and sensory integration.
Haley Adams is a researcher focused on virtual reality (VR), augmented reality (AR), and spatial perception in immersive environments. Her work explores human perception in AR/VR systems, including depth perception, shadow effects, locomotion, and user interaction. She has collaborated extensively with institutions on projects involving accessibility, healthcare applications of VR, and educational outreach initiatives in computer science. Research Interests: VR/AR systems, spatial cognition, human-computer interaction, and immersive display technologies. Her publications span topics such as cast shadow perception in AR, redirected walking techniques, and the impact of visual cues on user behavior in virtual spaces.
Ole Kiehn is a distinguished Professor in Integrative Neuroscience at the Department of Neuroscience, University of Copenhagen, and Professor in Neuroscience at Karolinska Institutet, Sweden. His career spans over three decades with significant contributions to understanding the neural basis of movement. He leads the Kiehn Lab which focuses on the molecular, cellular, and network organization of locomotor circuits in mammals. Education: 2002: Docent, Karolinska Institutet, Sweden 1990: Doctor of Science from University of Copenhagen, Denmark 1985: M.D. from University of Copenhagen, Denmark Kiehn's research centers on cellular and systems neurophysiology applied to the motor system, with particular focus on elucidating the networks underlying locomotion in rodents. His work bridges the gap between neuronal circuit organization and behavior, investigating how spinal locomotor circuits are activated and controlled by descending command signals. Recent work has focused on the functional organization of key neuronal elements for limbed locomotion in mammals: rhythm generation, coordination of flexors and extensors, and left/right coordination. His research has strong translational potential for developing therapies for movement disorders caused by trauma or disease. Analysis of Kiehn's recent publications reveals consistent focus on the neural circuitry controlling locomotion. His work spans multiple levels of analysis from molecular and cellular mechanisms to systems-level organization of motor circuits. A significant theme is the modular organization of locomotor networks, with studies examining specific neuronal populations that control different aspects of movement. His research increasingly integrates advanced techniques like optogenetics, chemogenetics, and transcriptomics to dissect the complex neural circuits underlying movement. Scientific Awards: 2024: Novo Nordic Foundation's Laureate program award 2022: The Brain Prize 2021: Kirsten and Freddy Johansen's preclinical prize 2019: Lundbeck Foundation's Professorship award 2017: Novo Nordic Foundation's Laureate program award 2015: European Research Council Advanced Grant 2014: Member of the European Molecular Biology Organization (EMBO) 2012: Member of The Royal Swedish Academy of Sciences Kiehn has supervised over 10 PhD students and more than 25 postdocs throughout his career. His research has been supported by numerous prestigious grants including multiple European Research Council Advanced Grants, Novo Nordisk Foundation Laureate grants, and Lundbeck Foundation Professorship grants. He has served in leadership roles including as Vice Chair of Research at the Department of Neuroscience, UCPH, and as President Elect for the Federation of European Neuroscience Societies (FENS). The Kiehn Lab, located at the University of Copenhagen, is a leading center for research on locomotor circuitry. The lab employs a broad experimental repertoire including production of transgenic mouse lines, genetically driven tracing, mRNA sequencing, in vitro and in vivo electrophysiology, optogenetics, and advanced behavioral analyses. Current research focuses on understanding the molecular, cellular, and network diversification of locomotor circuitries in mammals, with applications to movement disorders and spinal cord injury.
Steve Brunton is the James B. Morrison Endowed Career Development Professor in Mechanical Engineering at the University of Washington, with an adjunct appointment in Applied Mathematics. He leads the Brunton Lab, focusing on data-driven discovery of dynamical systems, machine learning, and control strategies for complex systems. His research integrates techniques like dimensionality reduction, sparse sensing, and adaptive controllers in an equation-free context. Key areas include fluid dynamics (turbulence control, bio-locomotion, renewable energy), neuroscience, medical data analysis, and networked systems. Education: PhD in Mechanical and Aerospace Engineering (Princeton University, 2012); B.S. in Mathematics (Caltech, 2006). Awards: APS Fellow (2020) for contributions to fluid dynamics modeling and control. Publications: Over 100 peer-reviewed articles, including influential works on SINDy (Sparse Identification of Nonlinear Dynamics), PySINDy software, and textbooks like Data-Driven Science and Engineering . Lab & Teams: The Brunton Lab develops algorithms for scientific computing and control, with applications in aerospace, energy systems, and biomedical engineering.
Dr. Dardo N. Ferreiro is a Researcher in the Faculty of Biology at Ludwig Maximilian University of Munich, Germany, working within Prof. Benedikt Grothe's neurobiology research group. Based in Room C03.051 at Großhaderner Straße 2, Planegg-Martinsried, he bridges neuroscience and experimental psychology through interdisciplinary research spanning Latin America and Germany. His position leverages a PhD in Neuroscience to develop innovative cross-species experimental frameworks. Dr. Ferreiro's research program centers on Neuroethology and Sensory Neurophysiology, with core expertise in Auditory and Visual Perception, Decision Making, Social Interaction, and Crowd Cognition. He pioneers naturalistic experimental paradigms that capture complex behaviors in freely moving humans and rodents, rejecting artificial laboratory constraints. His comparative approach—studying gerbils, agouti, and humans—reveals universal neural mechanisms underlying sensory processing and social dynamics, emphasizing real-world ecological validity. Analysis of his publication trajectory shows a decisive shift from molecular biochemistry (2011-2013) toward cognitive and systems neuroscience (2018-2025). Recent work features breakthrough methodologies like the Sensory Island Task (SIT) for freely moving subjects, demonstrating how auditory-guided locomotion, social motor coordination, and group forecasting emerge from neural circuits. His 2025 study on visual nudging confirms that naturalistic paradigms yield superior insights into frequency discrimination during movement. While no major scientific awards are documented, Dr. Ferreiro actively supervises students and research projects across continents, reflecting his commitment to international mentorship. His grant-funded work likely involves German research foundations supporting cross-species neurobehavioral studies. Operating within LMU's neurobiology infrastructure, Dr. Ferreiro leads independent projects focused on neural coding during active navigation and social interaction. His team develops comparative platforms examining how freely moving subjects process sensory information in naturalistic environments, with current emphasis on auditory-visual integration and collective decision-making dynamics.
Tyler Susko is an Associate Teaching Professor in the Department of Mechanical Engineering at the University of California, Santa Barbara (UCSB). He holds a PhD in Mechanical Engineering from MIT, an MEng and BS from Lehigh University. His research focuses on Dynamic Systems and Control , Robotics Education , and rehabilitation robotics, including the MIT-Skywalker prototype for gait rehabilitation and the variable friction shoe for post-stroke therapy. He has received the Mechanical Engineering Department's Outstanding Faculty award multiple times (2016-18, 2020, 2022). Dr. Susko teaches 9 engineering design courses at UCSB, including the mechanical engineering capstone course. He advises ~40 student projects annually, including the UCSB Hyperloop team and outreach programs like the Isla Vista Elementary School robotics initiative. His work bridges academia and industry, with prior experience at Ingersoll Rand and startups. He is affiliated with the UCSB Engineering Capstone Lab and Lab D4H (Design for Humans). His research spans biomedical robotics, K-12 STEM education, and collaborative design methodologies. Notable contributions include award-winning power tool design and service-learning programs that enhance engineering identity in elementary students.
Christina Nicholas is an Associate Professor in the Department of Orthodontics at the University of Illinois Chicago (UIC) College of Dentistry. She holds a secondary affiliation with UIC's Department of Anthropology. Her research integrates biological anthropology with clinical dentistry to study craniofacial growth and development, focusing on genetic and environmental influences, particularly childhood obesity. PhD in Biological Anthropology (University of Iowa, 2015) Postdoctoral Fellow (Iowa Institute for Oral Health Research, 2015-2016) Research interests include: Craniofacial ontogeny and variation Impact of obesity on dental development Forensic anthropology applications 3D imaging and geometric morphometrics Her lab employs advanced methodologies such as CT scan analysis, 3D modeling (using 3D Slicer, ImageJ, R), and deep phenotyping. Current projects include a NIJ-funded initiative to improve dental age estimation formulae. Dr. Nicholas also teaches Craniofacial Anomalies, Growth & Development, and Dental Anthropology courses.
Oleg Makarenkov is an Associate Professor in the Department of Mathematical Sciences at the University of Texas at Dallas (UTD), within the School of Natural Sciences and Mathematics. His research focuses on nonsmooth dynamical systems, Moreau's sweeping processes, and their applications to elastoplastic systems, control theory, and bifurcation analysis. He has received multiple Rector's Teaching Awards (2003–2008), reflecting his dedication to education. His research interests include dispersing billiards, switching closed-loop control, oscillations stability, and non-monotone population models. Recent work emphasizes topological properties of lattice spring models, finite-time stability, and limit cycle analysis in piecewise smooth systems. Publications span topics like elastoplastic lattice models (2023–2025), bifurcation theory in switching systems (2017–2021), and stability of periodic solutions in Lipschitz systems (2008–2020). His work bridges theoretical mathematics with applications in engineering and materials science. Awards: Six consecutive Rector's Teaching Awards (2003–2008). Key Areas: Nonsmooth dynamics, elastoplasticity, bifurcation theory, control systems.
Sandra Kuhlman, PhD, is an Associate Professor in the Department of Physiology and Biophysics at the Jacobs School of Medicine and Biomedical Sciences, University at Buffalo. Her research focuses on understanding neural mechanisms underlying sensory processing, plasticity, and circadian rhythms. Key research areas include representational drift in neural populations, visual cortex development, and the role of inhibitory circuits in cortical function. Her work employs advanced techniques such as calcium imaging and optogenetics to study how experience shapes neuronal activity patterns. Recent studies explore how visual experience influences stimulus representation quality in adult primary visual cortex, the impact of binocular deprivation on inhibitory neuron plasticity, and the molecular regulation of critical period plasticity. Dr. Kuhlman has also contributed to understanding circadian pacemaker entrainment and SCN neuron activity. Research trends in her articles emphasize cross-modal plasticity, sensory learning mechanisms, and the interplay between inhibitory circuits and cortical function. While no awards or grants are explicitly listed, her extensive publication record reflects sustained contributions to systems and computational neuroscience. No advised students or formal teams are noted in the provided materials.
Tom Beneke is an independent Junior Research Group Leader at the Chair of Cell and Developmental Biology within the Biocenter at the University of Würzburg. His research focuses on Leishmania parasites, studying their pathogenic mechanisms and host interactions using advanced CRISPR-based genomic tools. He holds an EMBO Postdoctoral Fellowship and a Marie Curie Skłodowska Fellowship, and has secured funding from DFG and DRUID. Beneke's lab investigates how Leishmania species manipulate macrophage migration to control disease dissemination, employing high-throughput CRISPR screens and novel genetic methods like LeishBASEedit. Key research areas include drug resistance, tissue tropism, and functional genomics in parasitic protozoans. Education: PhD from University of Oxford (2015–2019), PostDoc at Sir William Dunn School of Pathology (2019–2020). Industry experience at OXGENE (2020–2022) included CRISPR screening for target discovery. Current lab members include PhD students, postdocs, and master's students working on CRISPR technologies and Leishmania pathogenesis. Scientific awards include EMBO Postdoctoral Fellowship (2021), Marie Curie Fellowship (2022), and grants from DFG (2023–present) and DRUID (2023–present). Over 20 peer-reviewed publications span CRISPR methodologies, Leishmania genetics, and parasite motility. The lab collaborates globally on projects like developing reference strains for gene editing and dissecting host-parasite interactions. Advising and grants: Supervises 5+ graduate students and manages funding from multiple agencies. Current projects include CRISPR base-editing screens and functional dissection of species-specific mechanisms in Leishmania. The lab also maintains a dynamic team of technicians and alumni contributors.
Tatyana Svitkina is a Professor of Biology at the University of Pennsylvania’s School of Arts & Sciences. Her research focuses on the molecular mechanisms of cell motility and cytoskeleton dynamics. She specializes in using platinum replica electron microscopy and correlative light-electron microscopy to study actin filament networks, microtubules, and their roles in cellular protrusions like lamellipodia and filopodia. Her work explores how cytoskeletal components enable cell movement and maintain structural integrity in tissues. Education: Ph.D., Russian Cancer Research Center (1979). Research highlights include defining actin dynamics in protrusive organelles, analyzing myosin II isoform functions, and investigating the ultrastructure of mitochondrial fission. She teaches BIOL 2010 (Cell Biology) and BIOL 4024 (Cell Motility and Cytoskeleton). Her research interests span actin polymerization mechanisms, cytoskeletal coordination during cell division, and the structural basis of cell-cell adhesion. Techniques emphasized include advanced microscopy and functional perturbation studies.
