Find Academic Supervisors

Ben GrierView profile

Teaching Professor

• Computational Fluid Dynamics
• Hypersonic Aerodynamics
• Engineering Education
• +3 more

Dr. Ben Grier is an Assistant Teaching Professor in the Department of Mechanical Engineering at Colorado State University, part of the Walter Scott, Jr. College of Engineering. He holds a Ph.D. and B.S. in Mechanical Engineering from Clemson University. His career blends academic teaching with industry research, focusing on computational fluid dynamics (CFD), hypersonic aerodynamics, and innovative pedagogy. Education: Ph.D. Mechanical Engineering, Clemson University (2014) B.S. Mechanical Engineering, Clemson University (2009), Magna Cum Laude Postdoctoral Scholar, The Ohio State University (2020) Research & Teaching Interests: Dr. Grier specializes in CFD verification techniques, reduced-order modeling for hypersonic vehicles, and active learning methodologies. He has pioneered flipped-classroom approaches and developed MATLAB-based interactive curricula. Notably, he designed a virtual escape room project for engineering students, showcased at Moby Arena. Awards: 2023 Charles Ellison MacQuigg Award for Outstanding Teaching 2023 Outstanding Service to Undergraduate Students 2023 Outstanding Teaching in Engineering Education (OSU) Advising & Leadership: As MTI Coordinator for the College of Engineering, he promotes evidence-based teaching practices. He mentors graduate students and led curricular redesigns for first-year engineering programs. His service includes AIAA student advising and engineering technology coordination. Labs & Teams: Collaborates with the Department of Mechanical Engineering on active-learning lab infrastructure, including Arduino integration and accessibility initiatives for students without personal computers.

E. Duco JansenView profile

Professor

• Laser-tissue interaction
• Optical neural interfaces
• Modulation of neural activity
• +3 more

E. Duco Jansen is a Professor in the Department of Biomedical Engineering and affiliated with the Department of Neurological Surgery at Vanderbilt University’s School of Engineering. His research focuses on laser-tissue interaction, optical neural interfaces, and applications of light-based technologies in medicine. He holds a Ph.D. and M.S. in Biomedical Engineering from the University of Texas, and an M.S. in Medical Biology from Utrecht University. Research Interests: Dr. Jansen investigates modulation of neural activity using infrared light, cellular effects of laser stimuli, and biomedical imaging advancements. His work bridges engineering and medicine, with contributions to photodynamic therapy dosimetry, neural stimulation mechanisms, and tissue phantom development. Key Contributions: He co-leads the Vanderbilt Biophotonics Center, fostering interdisciplinary research in clinical photonics, neurophotonics, and multiscale photonics. His recent work includes developing optical systems for nerve monitoring, understanding calcium signaling in neurons, and creating epoxy resin tissue phantoms for imaging calibration. Grants & Labs: As part of the Biophotonics Center’s Scientific Advisory Committee, he collaborates across Engineering, Medicine, and Arts & Science schools. His lab focuses on translating optical technologies into clinical solutions, such as reversible nerve blocks and non-invasive neural interfaces. Labs/Teams: Active in the Biomedical Photonics Center, contributing to educational programs for students and clinicians in photonics applications. His research group develops novel optical tools for neurosurgery and biomedicine.

Elif Tuğçe ÇilView profile

Assistant Professor

• Physiotherapy Techniques
• Telerehabilitation
• Foot and Ankle Disorders
• +6 more

Elif Tuğçe Çil is an Assistant Professor at the Department of Physiotherapy and Rehabilitation within the Faculty of Health Sciences at Yeditepe University. Her academic roles include teaching courses like Project Proposal Writing, Electrotherapy, Neurophysiological Approaches, and Measurement in Physiotherapy. She has held positions such as Research Assistant, Lecturer, and currently serves as the Executive Member for the Disabled Students Advisory Unit since 2018. Education: Doctorate in Biotechnology (English Program), Yeditepe University (2018-2022), Thesis: Smartphone-Based Application for Evaluation and Rehabilitation of Hindfoot Pain Master's in Physiotherapy and Rehabilitation (Thesis-Based English Program), Yeditepe University (2016-2018), Thesis: Effectiveness of Exercise, Myofascial Release, and Mobilization Techniques in Plantar Fasciitis Bachelor's in Physiotherapy and Rehabilitation (English Program), Yeditepe University (2011-2016) Research focuses on telerehabilitation, musculoskeletal disorders (especially foot/ankle pathologies), chronic pain management, and digital health solutions. Her work includes developing smartphone applications for clinical assessment and rehabilitation protocols for conditions like plantar fasciitis and chronic ankle instability. Notable contributions include validation studies for Turkish-language medical assessments, randomized controlled trials comparing therapeutic techniques, and gamified rehabilitation systems using Arduino technology. She leads projects investigating esports' effects on hand function and the efficacy of synchronous/asynchronous telerehabilitation for low back pain. Grants include the TÜBİTAK-funded Telerehab-AG project and international collaborations through AIESEC programs in healthcare awareness initiatives abroad. She has supervised 8 master's theses focusing on rehabilitation protocols, posture analysis, and sports injury prevention. Labs/Teams: Active in telerehabilitation system development, musculoskeletal biomechanics research, and interdisciplinary projects merging technology with traditional physiotherapy methods.

• Neuroimaging
• Cognitive Neuroscience
• Alzheimer's Disease
• +5 more

Hadi Hosseini is an Associate Professor actively engaged in neuroimaging research and teaching. His academic roles include instructing courses such as PSYC 250: Methodology of Research in Behavioral Sciences and BIOE 392: Directed Investigation , reflecting interdisciplinary expertise bridging behavioral science and bioengineering. His research focuses on cognitive neuroscience, neurodegenerative diseases, and the development of innovative neuroimaging tools like functional Near-Infrared Spectroscopy (fNIRS) systems. Key Research Themes : Cognitive decline in aging and Alzheimer's disease, brain network dynamics, neuropsychiatric disorders (ADHD), and optimization of neuroimaging methodologies. Technological Contributions : Development of low-cost wearable fNIRS platforms (e.g., NIRDuino), augmented reality applications for neuroimaging, and open-source toolboxes for connectome analysis (MINT). Scientific Trends : Recent publications emphasize reproducibility in fNIRS research, precision medicine applications, and the intersection of systemic physiology with brain function (e.g., oxygenation coupling in sleep disorders).

Koh Yit YanView profile

Associate Professor

• Thermofluids
• Engineering Fluid Mechanics
• Institutional Research
• +4 more

Associate Professor Koh Yit Yan serves as Interim Academic Director and Mechanical Engineering Program Coordinator at the School of Engineering, College of Engineering, Science and Environment, University of Newcastle, Australia. With 17+ years of academic experience across Singapore and Malaysia, he is an Associate Member of IMechE and Graduate Member of IEM Malaysia, demonstrating leadership in engineering education and research. His academic qualifications include: PhD in Engineering, University of Leeds BEng (Hons) in Mechanical Engineering, University of Leeds Professor Koh's research spans Thermofluids, Engineering Fluid Mechanics, and Institutional Research, with significant contributions to sustainable engineering and biomedical applications. His work on IoT-integrated medical devices and educational innovation addresses critical healthcare and environmental challenges, while his exploration of Yoga Practices extends into health and wellness applications. His teaching philosophy emphasizes outcome-based education and curriculum development. Analysis of his recent publications reveals three dominant research trajectories: (1) IoT-enabled sustainable medical devices for remote therapy management, (2) Green energy solutions including solar power optimization and air-powered vehicles, and (3) Educational research focused on online/offline learning transitions and institutional assessment methodologies. These intersect at the nexus of engineering innovation, sustainability, and pedagogical advancement. His scholarly recognition includes: Back-to-back Best Paper Awards at major international conferences (2024) Excellence in Teaching Award (2020) Excellence Academician Award (2018) University of Newcastle Long Service Award (2018) SEAAIR Annual Conference Best Paper Award (2013) As an educator, Professor Koh has mentored numerous student projects and led curriculum accreditation efforts. His $69,075.17 research portfolio spans nine grants including C&W Services-funded IoT projects, biomedical implant research, and autism spectrum disorder educational initiatives. He serves as Honorary Secretary for Engineers Australia Singapore Chapter and actively contributes to the South East Asia Association for Institutional Research. Professor Koh maintains strong industry partnerships through collaborative projects with C&W Services, Persatuan Penyayang Kanak-kanak Istimewa Malaysia, and UNITEN, focusing on practical engineering solutions for sustainable development and healthcare innovation.

Magdalena JulkowskaView profile

Assistant Professor

• Plant Architecture
• Abiotic Stress Tolerance
• Root System Architecture
• +4 more

Magdalena Julkowska serves as an Assistant Professor at the Boyce Thompson Institute (BTI), where she leads the Julkowska Lab focused on plant environmental resilience. Her research examines how abiotic stresses like drought and salinity shape plant architecture across species including tepary bean, cowpea, and wild tomato ( Solanum pimpinellifolium ), with emphasis on root system dynamics and genetic mechanisms. Her primary research interests span plant architecture, abiotic stress tolerance, root system analysis, plant genetics and genomics, and phenotyping technology development. The lab employs forward genetics, GWAS, computational modeling (e.g., Pareto front optimality), and low-cost phenotyping systems (Raspberry Pi/Arduino) to dissect stress-response pathways. Current projects investigate salt-induced root architecture changes in wild tomatoes, drought resilience in cowpea diversity panels, and molecular mechanisms of root-to-shoot ratio alterations under stress. Recent publications (2020-2023) reveal strong thematic focus on salt stress responses in Arabidopsis and crops, mathematical frameworks for root architecture analysis, stress-induced genomic changes, and accessible phenotyping innovations. Key methodologies include computational biology, high-throughput phenotyping, and transgenic validation. Dr. Julkowska has secured significant funding including a USDA-NIFA Seed Grant for tepary bean genomics, Triad Foundation support for cowpea diversity studies, and Goelet Foundation backing for aeroponics-based phenotyping systems. Her lab maintains structured mentoring practices with weekly one-on-one meetings, monthly mentoring sessions, and professional development opportunities for all members. The Julkowska Lab operates within BTI's Plant Phenotyping Facility and collaborates extensively with KAUST, USDA-ARS, Cornell Engineering, and international institutions. Current infrastructure includes Raspberry Pi PhenoCage setups, paperponics systems, and aeroponics rigs for non-destructive stress phenotyping, with active projects spanning genetic mapping, hormonal treatments, and CRISPR validation of stress-tolerance genes.

• Computer Engineering
• Biomedical Informatics
• Ontology Development
• +5 more

Dr. Vanja Luković is an Associate Professor in the Department of Computer and Software Engineering at the Faculty of Technical Sciences in Čačak, University of Kragujevac, Serbia. With over two decades of academic experience, she has established herself as a prominent researcher in the intersection of computer engineering and biomedical applications, particularly in the development of innovative diagnostic systems for spinal deformities. Her educational background includes a Doctorate in Technical Sciences (2015) with a dissertation on "Ontologically based information system for diagnosing and monitoring spinal deformities," a Master's degree in Electrical Engineering (2007) focusing on visualization systems, and a Bachelor's degree in Electrical Engineering with specialization in Industrial Energy (2000). Dr. Luković's research spans multiple domains including biomedical informatics, ontology development for medical applications, digital circuit design, and educational technology. Her work demonstrates a consistent focus on applying computer engineering principles to solve real-world medical challenges, particularly in the area of scoliosis diagnosis and monitoring. She has pioneered the development of the ScolioMedIS system, a web-based information system for non-invasive 3D visualization and monitoring of spinal deformities. Her publication record reveals a strong trajectory in both medical informatics and computer engineering, with recent work expanding into AI applications for medical diagnostics, data storage optimization, and educational technology. The evolution of her research shows a natural progression from foundational work in ontology development to more applied research in medical diagnostics and educational tools. The first MIMICS INNOVATION AWARD 2016 for the EMEA region awarded by Materialise (Leuven, Belgium) The 3rd place for the early-stage StartUp: ScolioMedIS at the 2nd SwissBioLabs Start-Up Challenge "Diagnostics goes digital" Dr. Luković has led and participated in numerous research projects funded by Serbian Ministry of Science and international collaborations including TEMPUS projects. Her work on remote laboratories for educational purposes has significantly impacted computer engineering education. She has also contributed to multiple textbooks and manuals for digital circuit design education, demonstrating her commitment to pedagogical innovation. Her laboratory work primarily focuses on the Computer Science Laboratory at the Faculty of Technical Sciences, where she has developed remote experiment platforms for digital circuit design education and the ScolioMedIS system for medical applications.

• Artificial Intelligence
• Smart Grids
• Renewable Energy Systems
• +6 more

Md Morshed Alam is a Part-Time Lecturer at the Faculty of Engineering and Information Technology , University of Technology Sydney. He holds a B.Sc. in Electrical and Electronic Engineering from Khulna University of Engineering and Technology, an ERASMUS MUNDUS certificate in Power Systems from University do Porto, and an M.Sc. in Electronics Engineering from Kookmin University. Focuses on Artificial Intelligence integration in Smart Grids Specializes in Energy Consumption Forecasting and Renewable Energy Optimization Proficient in Python, MATLAB/Simulink , and Arduino His 15 most recent publications analyze topics like AI-driven microgrid control, drone detection systems, and air quality prediction models, with significant citations in energy storage and wireless communication domains. While no scientific awards are explicitly listed, his work spans diverse applications from Terahertz communication to IIoT security frameworks . He contributed to Wireless Communication and AI Lab projects during his time at Kookmin University.

Dickie CoxView profile

Associate Professor

• visual communication
• play
• collaboration
• +11 more

Dickie Cox serves as Associate Professor and Graduate Director of the Master's in Communication program at Monmouth University's College of Communication. He also advises both the HawkInteractive program and eSports Club, demonstrating his commitment to integrating digital media, gaming, and interactive technologies into academic practice. M.F.A. in Design, Virginia Commonwealth University BGS in Anthropology, Religious Studies, and Filmmaking, Virginia Commonwealth University Cox's research explores the intersection of physical and digital experiences, with particular focus on visual communication, play theory, gaming, and immersive experience design. His work investigates how digital technologies facilitate the integration of multiple dimensions of media - from one-dimensional words to five-dimensional behavioral interactions - and how these intersections shape human culture and societal structures. He examines how media constructs the world we inhabit, with special attention to the democratization of media production and the emergence of the 'experience economy' where immersive installations create new forms of narrative and social connection. His scholarly work reveals consistent themes across gaming culture, immersive art installations, and interactive design. Cox analyzes how play functions as a space for experimentation beyond first impulses, examining game systems and rules not for competition but for understanding human behavior. His publications investigate everything from pandemic-era video game culture to the collaborative structures of immersive art collectives like Meow Wolf, revealing patterns in how digital-native generations approach media creation and consumption. Judith Stanley Traveling Fellowship for the Improvement of Teaching in the Humanities (2023) Summer Faculty Fellowship (2018) Inaugural Barbara E. Murphy Fellowship (2016) Best in Show Purchase Award, Double Exposure Photography Show (2006) Honorable Mention Award, Southeast Regional Fine Arts Exhibition (2006) Cox actively mentors students through HawkInteractive and the eSports Club, guiding them in developing skills at the intersection of art, design, and technology. His grant history shows consistent support for projects exploring interactive media, with fellowships enabling research into immersive installations across multiple countries. His external affiliations with the New Media Caucus, Southeastern College Art Conference, and Broadcast Education Association demonstrate his commitment to interdisciplinary collaboration. Cox's 2018 Researcher-in-Residence position with Meow Wolf Creative Studios in Santa Fe reflects his deep engagement with immersive art collectives. His creative practice spans multiple fabrication environments, including NextFab studios where he develops interactive installations combining physical computing, digital fabrication, and projection mapping. Projects like 'Hex Light Matrix' and 'Playlights' demonstrate his integration of Arduino programming, sensor technology, and traditional fabrication techniques to create experiences that bridge digital and physical realms.

• Tribology
• Automotive Engineering
• Machine Learning
• +3 more

George Balasoiu is a Consultant Lecturer at the Faculty of Engineering, Universitatea „Alexandru Ioan Cuza” din Galați, contributing to academic and research activities in automotive engineering and tribology. His work integrates experimental studies with advanced computational methods, focusing on optimizing mechanical systems for safety and environmental impact. Research interests include tribology, brake pad materials, machine learning applications in automotive components, composite materials, and pollution reduction in transportation. His studies often employ artificial neural networks, statistical analysis, and simulation software like Simcenter Amesim. Recent publications highlight trends in applying machine learning to optimize brake pad properties, clutch disc friction materials, and alternative fuel consumption while addressing environmental health impacts. Collaborative work with Arduino-based sensors and thermal behavior studies of brake discs further underscores his technical expertise. As of the provided data, no scientific awards or formal student advising records are documented. The absence of detailed information about labs or teams suggests a focus on individual research contributions within the university framework.

• Mechatronics
• Embedded Systems
• Industrial Automation
• +6 more

Prof. Dr.-Ing. Jörg Wollert serves as Professor and Director of the Institute for Applied Automation and Mechatronics within the Department of Mechanical Engineering and Mechatronics at Aachen University of Applied Sciences. He actively teaches Mechatronics and Embedded Systems while participating in university governance through the Rectorate Commission for Research and Development. His research spans embedded systems implementation across industrial automation and automotive domains, with particular emphasis on wireless building technologies (Thread, AllJoyn, IEEE802.15.4), industrial communication protocols (OPC-UA, IO-Link, CAN-FD, BroadR-Reach), and safety-critical architectures. Current projects involve FPGA-based safety stacks, autonomous vehicle networking, and secure embedded communication solutions using Arduino platforms. As Director of the Institute for Applied Automation and Mechatronics and affiliate of the Institute for Mobile Autonomous Systems and Cognitive Robotics (MASKOR), he supervises numerous final theses in embedded system design. His laboratory work focuses on practical implementations including delta kinematics robots, vehicle control systems, and building automation demonstrations for lighting, HVAC, and wireless HART protocols.

Matthew OBrienView profile

Senior Lecturer

• Synthetic Organic Chemistry
• Total Synthesis of Natural Products
• Continuous-Flow Chemistry
• +2 more

Dr. Matthew O'Brien is a Senior Lecturer in Organic Chemistry at Keele University's Lennard-Jones School of Chemical and Physical Sciences. Previously held positions include a Kinerton Lecturer role at Trinity College Dublin (2009-2012), Post-Doctoral research at Cambridge University, and a PhD at the University of Manchester under Professor Jim Thomas. Research Interests Development of novel stereoselective synthetic methodologies Total synthesis of biologically active natural products Enabling technologies for automated chemical synthesis Continuous-flow chemistry systems Innovations in Teflon AF-2400 membrane reactors The 15 most recent publications demonstrate expertise in: Flow reactor design for gas-liquid transformations Computer vision-controlled synthesis systems Cost-effective automation solutions (Raspberry Pi, DIY hardware) Pharmaceutical intermediate preparation Green chemistry methodologies Environmental sensor development Teaching Responsibilities CHE20001: Organic Synthesis and Catalysis CHE20012: Drugs of Abuse CHE20029: Radicals, Phases and Supramolecular Chemistry (Module Leader) CHE30039: Advanced Organic Chemistry (Module Leader) Forensic Toxicology and Dissertation modules

• Vehicle Cybersecurity
• Software Exploitation
• Cryptography
• +3 more

Roberto Gesteira Miñarro is a Research Assistant at the Institute for Research in Technology (IIT) at Comillas Pontifical University, where he focuses on Intelligent Systems. He holds academic roles as Assistant Professor in Cybersecurity and Data Protection at the Telematics and Computing Department (ICAI), and previously taught Differential Equations at the Applied Mathematics Department. His research emphasizes vehicle cybersecurity, software exploitation, and cryptography, with notable contributions to breaking RKE protocols and analyzing wireless vehicle attacks. He earned a BSc/MSc in Telecommunications Engineering and a MSc in Cybersecurity from ICAI, alongside Mathematics studies at UNED. He has received awards including the Extraordinary Award from ICAI (2020) and the Best Final Degree Project Award (2021). His work includes developing security tools for OBD-II devices and presenting at conferences like Black Hat Europe 2024. Active in CTF competitions, he leads the ICAI Cyber Team and participates in international teams like thehackerscrew. Education: BSc Telecommunications Engineering, Comillas (2020) MSc Telecommunications Engineering, Comillas (2022) MSc Cybersecurity, Comillas (2022) BSc Mathematics, UNED (ongoing) Research Interests: Vehicle cybersecurity, embedded system exploitation, cryptographic protocols, and IoT security. He explores vulnerabilities in automotive systems, RF protocols, and smart grids through interdisciplinary approaches combining hardware reverse engineering, software analysis, and threat modeling. Publications: Recent work focuses on vehicular cybersecurity (e.g., RKE protocol analysis), IoT infrastructure risks, and industrial OT security. His 2025 papers on clonable key fobs and wireless vehicle attacks highlight his expertise in automotive security. Awards: Extraordinary Award, Comillas (2020) Best Final Degree Project, COITT/AEGITT (2021) International Mathematics Competition Medals (Silver, 2 Bronze, 2 Honorable Mentions) Advising & Grants: While no formal advisees are listed, his teaching roles include courses on cybersecurity and mathematics. His collaborations involve IIT, industry partners, and international exchanges at Katholieke Universiteit Leuven (2025). Labs & Teams: Member of IIT's vehicle cybersecurity lab, leading ICAI Cyber Team and contributing to thehackerscrew CTF team. His work bridges academic research with real-world applications in automotive and IoT sectors.

• Electrical Engineering
• Energy Systems
• Plasma Physics
• +3 more

Prof. Dr. Erol KURT is an Associate Professor at the Department of Electrical and Electronics Engineering, Faculty of Technology, Gazi University. He holds a Ph.D. from Bayreuth University (Germany) with research on rotating magnetic fluids and has worked at the Turkish Atomic Energy Authority. His expertise spans electrical engineering, plasma physics, nonlinear dynamics, renewable energy systems, and energy harvesting. He has pioneered conferences like ECRES and ICMECE and serves as Editor-in-Chief of the Journal of Energy Systems. His research emphasizes energy conversion, plasma engineering, and sustainable technologies. Education: M.Sc. (2001, Gazi University), Ph.D. (2004, Bayreuth University) supported by a European Graduate College Grant. His work integrates computational modeling (e.g., PIV/PTV simulations) with experimental validation, focusing on fluid dynamics, electromechanical systems, and plasma diagnostics. Research interests include: Plasma vessel design for energy applications RF/microwave energy harvesting via bioinspired rectennas Wind turbine optimization through magnet geometry and cogging torque reduction Secure communication via chaotic circuits Battery health monitoring under thermal stress He has led projects on Stirling engines, piezoelectric harvesters, and solar-thermal systems. His 18 thesis advisories and 19 intellectual properties highlight his mentorship and innovation in energy technologies. Current efforts explore hydrogen economies, thermoelectric cogeneration, and AI-driven energy system modeling.

Ahmed OumerView profile

Assistant Professor

• Heat Transfer
• Thermal Engineering
• Renewable Energy
• +3 more

Dr. Ahmed Oumer is an Assistant Professor at the School of Engineering & Physical Sciences, Heriot-Watt University. His research focuses on advancing thermal engineering, renewable energy systems, and composite materials. He specializes in heat transfer enhancement, computational fluid dynamics (CFD), and sustainable technologies. His work contributes to UN Sustainable Development Goals related to affordable and clean energy (SDG 7) and climate action (SDG 13). Key research areas include optimizing heat exchangers, analyzing wind turbine blade designs, and developing eco-friendly composite materials. Expertise: Heat Transfer, CFD, Renewable Energy, Nanofluids, Biocomposites. Notable Projects: Thermal management systems for electric vehicles, lifecycle assessments of petrochemical plants, and biomimetic wind turbine design. Dr. Oumer has published extensively on topics such as fluidized bed drying techniques, supercritical CO2 thermal performance, and energy-efficient assembly line modeling. His interdisciplinary approach bridges mechanical engineering, environmental science, and materials innovation.