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Yuqiu YouView profile

Professor

• Industrial Robotics
• Mechatronics
• Manufacturing Automation
• +3 more

Yuqiu You is a Professor and Assistant Chair in the Department of Engineering Technology and Management at Ohio University's Russ College of Engineering and Technology. She directs the Undergraduate Project Management Programs and has held prior roles at Morehead State University and a Chinese automation company. Her research focuses on industrial robotics, mechatronics, manufacturing automation, and remote control systems. She has authored textbooks and contributed to peer-reviewed journals and conferences on topics ranging from hydraulic systems to robotics education. Education: Ph.D., Technology Management, Indiana State University (2006) M.S., Industrial Technology, Morehead State University (2001) B.E., Power and Automation Engineering, HuaZhong University of Science and Technology (1995) Research Interests: Dr. You's work emphasizes practical applications of automation technologies in manufacturing and robotics. She explores remote laboratory systems for engineering education, PID control methodologies, and integration of microcontroller-based systems. Her recent projects include automated hydraulic control systems and solar tracking mechanisms. Publications: Her most recent articles focus on hydraulic systems, mobile robotics control, and manufacturing simulation. Earlier work includes foundational contributions to remote laboratory architectures and robotics curriculum design. Professional Engagement: She coordinates online technology management programs and actively participates in engineering education initiatives.

Libal AndrasView profile

Associate Professor

• Computer Simulation
• Soft Condensed Matter Physics
• Active Matter
• +5 more

Dr. Libal András is an Associate Professor at the Faculty of Mathematics and Computer Science of Babes-Bolyai University , Romania. His research spans soft condensed matter physics , active matter systems , and artificial spin ice , with a focus on computational modeling and GPU/CPU optimization. He collaborates with institutions like Los Alamos National Laboratory and has contributed seminal work on colloidal spin ice. Alma Mater: Bathory Istvan High School (Cluj), Babes-Bolyai University (BSc), University of Notre Dame (PhD) Past affiliations: Argonne National Lab, Los Alamos National Lab, Johns Hopkins University, Universiteit Antwerpen Research interests include: Computer simulation of soft condensed matter and active matter systems Topological defects in spin ice and granular materials Development of Arduino-based microcontroller applications and IoT systems GPU-accelerated simulation methods Publications focus on vortex dynamics , jamming transitions , colloidal crystals , and active matter across physics, materials science, and computational epidemiology. No scientific awards are explicitly mentioned in available sources.

Chitra VenugopalView profile

Associate Professor

• Power Systems
• Renewable Energy Integration
• Power Electronics
• +4 more

Chitra Venugopal serves as Associate Professor and Program Director for the BS Renewable Energy Engineering Program at Oregon Institute of Technology's Portland-Metro campus within the Electrical Engineering and Renewable Energy department. She joined the institution in 2018 and holds a Ph.D. in Electrical Engineering from Sastra University. Education: Ph.D. in Electrical Engineering from Sastra University MEng in Power Electronics and Drives from Bharathidasan University BEng in Electronics and Communication from Bharathidasan University Research Focus: Dr. Venugopal's expertise spans power systems, renewable energy integration, and power electronics. Her current research investigates smart grid integration of renewables, demand response mechanisms, grid oscillations, and power converters for nano/micro applications. She develops PLC-based control systems for industrial automation and electric vehicle charging infrastructure, with notable work in energy harvesting from unconventional sources like water droplet impact. Publication Trends: Recent publications (2021-2024) demonstrate strong emphasis on practical renewable energy solutions including solar tracking systems, PLC-controlled manufacturing automation, and IoT environmental monitoring. Emerging work explores darknet traffic synthesis using GANs, reflecting interdisciplinary expansion into cybersecurity applications. Professional Recognition: Senior Member, IEEE Member, Eta Kappa Nu (HKN) honor society Academic Leadership: As Program Director for Renewable Energy Engineering, she oversees curriculum development and student projects in renewable energy systems. Public records indicate no formal advisees listed but suggest active involvement in capstone projects through the department's industry partnerships like MECOP.

• Electronics Engineering
• Automatic Engineering
• Solar Energy
• +5 more

Manuel Fuentes Conde is a full-time University Professor in the Department of Electronic and Automatic Engineering at the University of Jaén . He leads research in the Research and Development in Solar Energy group within the Center for Advanced Studies in Earth Sciences, Energy . His work bridges electronics engineering with sustainable energy solutions, particularly focusing on photovoltaic systems and their applications in water disinfection. Education : PhD in Electronics Technology (University of Jaén, 2009) with dissertation: Contribution to the modeling of the electrical behavior in real sunlight of crystalline silicon photovoltaic modules and ICs His research spans Solar Energy , Photovoltaic Systems , Water Disinfection Technology , and IoT Applications in Renewable Energy . He pioneers the SolWat hybrid system, combining photovoltaic energy generation with solar water purification. His projects address sustainable development goals , focusing on developing countries and refugee camps . Recent publications emphasize hybrid solar-water systems , IoT-enabled monitoring , and technology scalability . He has developed low-cost Arduino-based dataloggers for PV systems and explored the Bunsen–Roscoe Reciprocity Law in UV disinfection. His work includes field trials in Mexico and long-term evaluations of solar installations in Saharawi refugee camps. As an educator, he implements Project-Based Learning (PBL) in engineering courses, including Radio Control Vehicles and Applied Electronics . His technical contributions extend to 3G-connected monitoring systems and cost-effective sensors for solar applications, aligning with global development and sustainability objectives.

• Physical Interfaces
• Interactive Art
• Game-Based Learning
• +7 more

José Carlos Santos Neves is a Lecturer and researcher at Universidade Lusófona, where he teaches Interaction Design, Digital Arts, and Communication Design across multiple bachelor's degrees (Design, Videogames, Cinema, Applied Communications) and a master's program. His work bridges physical interface design, interactive art, and inclusive education through game-based learning. PhD in Communication Studies Master in Multimedia Communication Systems Licenciatura in Communication Design Specialized in Arduino, Fritzing, and advanced interaction design His research emphasizes inclusive education for deaf students via tangible games , social sustainability in fashion , and accessible gaming for people with intellectual disabilities. Recent projects include GBL4deaf (FCT-funded) and EducaçãoAcessível.pt, which integrate physical interfaces with educational content. He also explores interactive art as a tool for co-authorship and sensory engagement. Scientific awards include the InShadow's Best Screendance Prize (2018) . He coordinates the OPERAT laboratory for tangible accessible resources and has contributed to 15+ publications spanning game-based learning, cognitive accessibility, and digital-physical hybrid art. His work reflects a commitment to using design and technology to address educational and social inclusion challenges.

• Industrial Automation
• Control Systems
• Electronics
• +5 more

Alberto José Leira Rejas is a Professor in the Department of Industrial Engineering at the Polytechnic School of Engineering of Ferrol, part of the University of A Coruña. His academic career spans over two decades with significant contributions to industrial engineering education and research. He teaches multiple courses across various engineering programs including Naval and Oceanic Engineering, Industrial Technologies, and Electronic Industrial Engineering. Dr. Leira Rejas specializes in Industrial Automation and Control Systems with research interests spanning Microcontrollers, Software Development, Instrumentation and Sensors, Power Electronics, and Digital Systems. His work bridges theoretical concepts with practical industrial applications, particularly in field bus systems, electronic transmitters, and control software development. His research integrates hardware and software solutions for industrial automation challenges. His publication record shows consistent research output from 1997 through 2023, with recent work focusing on cyber-physical systems and logical approaches to industrial automation. The articles span journals like Logic Journal of the IGPL, Revista Española de Electrónica, and Micro-Bit, demonstrating interdisciplinary work that combines computer science principles with engineering applications. Dr. Leira Rejas actively supervises student research, having directed numerous final degree projects since 2013. His thesis topics reflect his research interests, with projects involving Arduino-based systems, digital camera stabilization, conditioned learning systems for pets, educational software libraries, and basic MP3 player development using microcontrollers. He has participated in multiple research projects funded by institutions including the Ministry of Education, University and Vocational Training, Edar Bens S.A., and the Galician Council of Economy and Industry. His work demonstrates strong industry-academia collaboration, particularly in the development of practical engineering solutions for industrial applications.

Joseph M. MahoneyView profile

Associate Professor

• Biomechanics
• Machine Learning
• Human Movement Analysis
• +4 more

Joseph M. Mahoney serves as the Chair of Engineering and Associate Professor of Mechanical Engineering at Alvernia University , where he leads engineering program development, ABET accreditation efforts, and laboratory design. He previously held Associate Professor positions at Penn State Berks in both Mechanical Engineering and Kinesiology. His research at the intersection of Biomechanics and Machine Learning focuses on cost-effective data collection tools for human movement analysis, with recent attention to stroller running biomechanics and overuse injury prevention . His professional memberships include the American Society of Engineering Education (ASEE), American Society of Biomechanics (ASB), Institute of Industrial and Systems Engineers (IISE), and American Society of Mechanical Engineers (ASME). At Alvernia, he oversees five engineering programs, designs cutting-edge labs, and builds industry partnerships for real-world engineering projects and internships. As an educator, he teaches engineering design , statics , and computer programming while mentoring undergraduate researchers. His Biomechanics and Gait Evaluation Laboratory (BaGEL) at Penn State Berks utilized motion capture and force plate technologies to study running mechanics. Current research explores hills and uneven terrain effects on stroller running, alternative stroller designs, and movement pattern analysis using inertial measurement units .

• Agricultural Mechanics
• Operator Safety in Agriculture
• Agrochemical Application Technology
• +4 more

Emanuele Cerruto is a full-time Associate Professor of Agricultural Mechanics at the Department of Agriculture, Food and Environment (Di3A) of the University of Catania. He holds a PhD in Agricultural Engineering and has been a tenured academic since 2005. His institutional affiliations include membership in the PhD program Teaching Committee (since 2016) and leadership roles in the Mechanics and Mechanization Section (2019-2024). His research focuses on Operator safety in agricultural workplaces (vibration/noise exposure, pesticide application risks) Post-harvest fruit processing optimization (impact detection via sensorized spheres) Agrochemical distribution efficiency (spray pattern analysis, drift reduction) Agro-industrial energy valorization (waste-to-energy systems) Current projects include precision agriculture technologies under the PNRR AgriTech initiative and the IM GROOT digital tree modeling system. His publications (210+) address agricultural machinery calibration, pesticide application optimization, and vibration analysis in harvesting systems, with recent works appearing in Applied Sciences , Agronomy , and Computers and Electronics in Agriculture . He leads national research units funded by MUR and coordinates quality assurance groups for degree programs in Food Science and Agricultural Technology.

• Thermal Management
• Phase-Change Materials
• Satellite Avionics
• +6 more

Dr. Nicholas Bennett is an Associate Professor at the School of Mechanical and Mechatronic Engineering, University of Technology Sydney. His research focuses on solving thermal management challenges for space missions and defense applications through innovative phase-change materials, thermoelectric devices, and additive manufacturing techniques. Bennett led a satellite payload development project launched to low-Earth orbit in 2024 that established space heritage for novel thermal solutions. Education: PhD, University of Surrey MPhys, University of Warwick PGCert Academic Practice, Heriot-Watt University Research Interests: Thermal management under SWaP constraints (size, weight, power) Phase-change material heat sinks for electronics Hydrogen storage systems using metal hydrides Space instrumentation thermal regulation Additive manufacturing for heat exchanger optimization Scientific Contributions: Recent work includes TPMS-based lattice heat sinks with 28% faster phase change, vacuum condition thermal control solutions with 66% temperature reduction, and laser defense thermal systems four times smaller than conventional models. His articles span thermal modeling, experimental validation, and system optimization for extreme environments. Scientific Awards: Australian Space Awards - 'Academic of the Year' finalist (2024) Australian Defence Industry Awards - 'Academic of the Year' finalist (2025) Grants & Supervision: Currently supervising multiple PhD candidates through grants like Australia’s Economic Accelerator Seed Grant and SmartSat CRC funding. Past grants include EPSRC and Science Foundation Ireland support for thermoelectric research.

Monika MühlbauerView profile

Professor

• Thermodynamics
• Fluid Mechanics
• Modeling and Simulation
• +2 more

Prof. Dr. Monika Mühlbauer is a Professor at the Munich University of Applied Sciences within the Faculty of Mechanical, Automotive and Aeronautical Engineering, based in Room R 4.001 at Lothstr. 64, 80335 Munich. Her research and teaching expertise spans: Thermodynamics and Fluid Mechanics Modeling and Simulation of systems with lumped parameters (using Modelica) Systems Engineering Simulation with distributed parameters (FVM, FEM, FDTD methods) She teaches courses including Physics, Thermodynamics, Fluid Mechanics, Modeling and Simulation, and Technical Informatics 1 (Arduino C). Additional institutional roles include Contact Person for Gender Equality and Anti-Discrimination (handling matters confidentially) and Alumni Representative organizing company speed dating events and graduation ceremonies.

Nikolaos VitzilaiosView profile

Associate Professor

• Autonomous Unmanned Systems
• Robotics
• Mechatronics
• +2 more

Nikolaos Vitzilaios is an Associate Professor in the Department of Mechanical Engineering at the University of South Carolina's College of Engineering and Computing. He holds a PhD from the Technical University of Crete and specializes in autonomous unmanned systems, robotics, and control theory. His research integrates mechatronics and machine learning for applications in aerial robotics, structural inspection, and environmental monitoring. Recent publications focus on UAV-based railway infrastructure assessment, digital twins, and adaptive control under challenging environmental conditions. He has secured NSF funding for multi-robot systems and mentors graduate students in field robotics. Prior appointments include positions at Kingston University London and the University of Denver.

TJ HammondView profile

Assistant Professor

• Attosecond Physics
• Femtosecond Science
• Strong-Field Physics
• +5 more

TJ Hammond is an Assistant Professor in the Department of Physics at the University of Windsor, leading the Attosecond Condensed Matter Experiments (ACME) group. He obtained his BSc (Honors) from the University of Winnipeg, followed by an MSc and PhD from the University of British Columbia. His postdoctoral work was conducted at the University of Ottawa and the National Research Council Canada under Paul Corkum's supervision. His research focuses on ultrafast light-matter interactions, particularly strong-field physics in condensed matter systems. Key areas include attosecond science, high harmonic generation, and nonlinear optics, with applications in photonics, electronics, and environmental monitoring. The ACME lab investigates femtosecond and attosecond phenomena, such as Kerr instability amplification and four-wave mixing, while developing technologies for ultrafast measurements and spectral analysis. Hammond has mentored numerous graduate and undergraduate students, many of whom have pursued advanced studies or careers in medicine, physics, and engineering. His teaching interests span electromagnetism, lasers, and experimental physics, emphasizing hands-on learning with Python and Arduino projects. Recent research highlights include advancements in pulse amplification techniques, studies on material optical properties (e.g., 1-decanol), and environmental applications like FTIR-based phosphorus detection. Collaborations with institutions such as the National Research Council Canada underscore his interdisciplinary approach to advancing ultrafast optics and attoscience.

Ylva FernaeusView profile

Associate Professor

• Tangible Interaction Design
• Embodied Interaction
• Design Philosophy
• +4 more

Ylva Fernaeus is an Associate Professor in Interaction Design at KTH Royal Institute of Technology’s Division of Media Technology and Interaction Design, and a Digital Futures Faculty member. Her work focuses on tangible/embodied interaction, design philosophy, and sustainable technology. She leads the HumanScatter research project on batteryless human-powered communication. Active at KTH since 2010, she also collaborates with Umeå Institute of Design. Research interests include hybrid crafting, material-centric design, and energy-efficient systems. She teaches courses like Physical Interaction Design and Haptics/Tactile Interaction. Notable projects include studies of longevity in interactive systems, bricolage in design practice, and electricity as a design medium. Her work bridges art, craft, and technology with a focus on ethical, sustainable, and experiential dimensions.

• Agricultural Automation
• Precision/Smart Agriculture Technologies
• Mechanization in Animal Production

Veysel GÜL serves as an Assistant Professor in the Department of Biosystems Engineering at the Faculty of Agriculture, Ahi Evran University, Turkey, holding a full-time academic position since 2019. His institutional affiliation centers on advancing agricultural engineering through technological innovation and practical research applications. His academic qualifications include: Doctorate in Agricultural Machinery and Technologies Engineering, Ankara University (2019-2024) Master's in Agricultural Machinery, Harran University (2015-2018) Bachelor's in Agricultural Machinery, Harran University (2010-2014) Dr. GÜL's research program integrates cutting-edge technology with agricultural practice, focusing on three core domains: Agricultural Automation, Precision/Smart Agriculture Technologies, and Mechanization in Animal Production. His work develops practical solutions for sensor integration, AI-driven crop monitoring, and machinery optimization, emphasizing cost-effective implementations for Turkish farming conditions. Current projects address forage crop systems, silage production, and mixed-crop management through technological interventions. Analysis of his 12 publications (2019-2024) reveals a strong technological trajectory: 60% involve AI/computer vision applications (YOLOv4, mobile imaging), 30% focus on sensor development (acoustic, light intensity), and 10% cover mechanical analysis. The research consistently targets Kırşehir region's agricultural challenges, with increasing industry collaboration since 2022. Key trends include edge-computing implementations, low-cost monitoring systems, and precision techniques for forage production. He actively manages 12 research projects funded by the Ministry of Development and Higher Education Institutions, with recent leadership roles in: Forage crop performance evaluation in Kırşehir's ecological conditions (2023-2025) Nitrogen application optimization in mixed-crop systems (2023-2024) Forage yield quality assessment using drone imaging (2024-2026) Dr. GÜL maintains productive collaborations with Abdullah Beyaz (8 joint publications), Hakan Kır, and Tamer Yavuz, focusing on agricultural machinery safety, sensor development, and regional crop studies. His research group operates within Ahi Evran University's agricultural engineering facilities, utilizing workshop spaces for machinery prototyping and field sites for crop monitoring experiments.

Milentije LukovićView profile

Associate Professor

• Applied Physics
• Materials Science
• Experimental Physics
• +3 more

Milentije Luković is an Associate Professor in the Department of Physics and Materials at the Faculty of Technical Sciences, University of Kragujevac. With a PhD in Physical Sciences from the University of Belgrade, his academic career spans from elementary school teaching to his current university position. His professional journey includes teaching physics at various educational levels before joining the Faculty of Technical Sciences in Čačak in 2014, where he progressed from Assistant to Associate Professor by 2025. Dr. Luković's research primarily focuses on applied physics, particularly in materials science with emphasis on magnetic materials, composite structures, and electrochemical systems. His work spans theoretical modeling, experimental physics, and physics education. He has made significant contributions to understanding magnetic properties of ferrite-titanate composites, electrocatalysis for fuel cells, and hydrogen adsorption in nuclear materials. His expertise extends to developing measurement techniques and educational tools for physics instruction. Luković's publication record shows a consistent output in high-impact journals across physics, materials science, and engineering disciplines. His research demonstrates a progression from fundamental physics education tools toward more complex materials characterization and modeling. The predominant themes in his work include magnetic materials characterization, experimental physics education tools, and computational approaches to materials science problems. His recent publications (2023-2025) show increasing focus on mathematical modeling of material properties and advanced characterization techniques. Reviewer for the scientific journal "The Physics Teacher" Author of the book "Collection of solved problems in physics using applications in the Mathematica software package" (2023) Holds a patent for a "Random number generator based on the use a Geiger-Muller counter with a transparent glass tube and a semiconductor laser diode" (2022) Dr. Luković maintains active research collaborations within Serbia and internationally, as evidenced by his conference presentations and co-authored publications. His work bridges theoretical physics, experimental materials science, and practical educational applications, demonstrating versatility across academic domains. His educational efforts include developing didactic laboratory equipment and computational approaches to physics education using Mathematica software.