جست‌وجوی استاد و پژوهشگر

• Power Systems
• Electrical Engineering
• Renewable Energy
• +۴ مورد دیگر

Sonja Monica Berlijn is a Professor of sustainable integrated energy systems at KTH Royal Institute of Technology. Her work focuses on the energy transition towards sustainable systems, emphasizing electrification, digitalization, and grid modernization. She examines practical challenges in maintaining energy security, including infrastructure upgrades, renewable integration, and cybersecurity risks in smart grids. Collaborations with industry and public actors drive her research on improving insulation systems, voltage management, and environmental resilience in power transmission networks. Her research interests encompass power systems engineering, renewable energy integration, cybersecurity in energy infrastructure, and the digitalization of control systems. She investigates solutions for grid reliability, such as advanced monitoring of overhead lines using image analysis and surveillance systems. Her work also addresses environmental factors like ice/snow impacts on insulators and volcanic ash effects, ensuring robustness against natural hazards. Berlijn’s contributions include pioneering methods for voltage uprating of transmission lines (e.g., upgrading 300 kV to 420 kV) and developing testing protocols for high-voltage equipment compliance with IEC standards. Her publications span over two decades, highlighting expertise in insulation coordination, partial discharge measurements, and system safety under extreme conditions. Despite no explicit awards listed, her extensive industry collaboration underscores her applied research impact. Her advising and grants focus on advancing technical solutions for energy systems through interdisciplinary approaches. She engages in lab-based studies of material performance and field applications of smart grid technologies, aiming to bridge theoretical and practical challenges in sustainable energy systems.

Asaad Almssadمشاهده پروفایل

مدرس ارشد

• Sustainable Architecture
• Energy Efficiency in Buildings
• Construction Materials
• +۷ مورد دیگر

Asaad Almssad is a Senior Lecturer at Karlstad University, specializing in sustainable architecture, energy-efficient construction, and bioclimatic design. His research focuses on improving building materials, thermal insulation, and eco-friendly technologies like green roofs and light shelves. He actively contributes to pedagogical innovation, emphasizing project-based learning and the integration of AI in education. Almssad has authored numerous publications spanning structural engineering, sustainable urban planning, and educational methodologies. Key research areas include: Passive heating systems and energy-saving concepts Vernacular architecture adaptations Smart building technologies (digital twins, BIM) Recycled materials in construction Educational frameworks for sustainable engineering His work bridges academic research and practical applications, addressing global challenges like climate change and urban sustainability. Almssad has collaborated extensively with institutions in Scandinavia and the Middle East, producing impactful studies on housing policy, thermal comfort, and interdisciplinary sustainability strategies.

• Textile Recycling
• Fiber Science
• Composite Materials
• +۵ مورد دیگر

Nawar Kadi is a Professor of Textile Technology at the University of Borås, Sweden, affiliated with the Department of Textile Technology within the Faculty of Textiles, Engineering and Business. He leads research in sustainable textile recycling, fiber science, and composite materials. Previously, he worked at the University of Aleppo (2002–2016) and earned his PhD in 2001 from the University of Metz (France). His teaching focuses on yarn, non-woven fabrics, and weaving technologies. Research interests include textile recycling innovations, hemp fiber processing using deep eutectic solvents, and sustainable materials development. He supervises doctoral students in these areas and collaborates on projects funded by Vinnova and the Knowledge Foundation. Recent work emphasizes eco-friendly degumming techniques for hemp fibers, machine learning applications in fiber analysis, and advanced composites from biopolymers. His contributions span over 50 peer-reviewed publications, addressing topics from fiber structure optimization to circular economy strategies in textiles. Key grants include Vinnova Project 2021-03719 and Knowledge Foundation Grant 20210067. He advises on projects at the intersection of material science and textile engineering, advocating for sustainable industrial practices.

• Quality Management
• Leadership Development
• Teamwork and Collaboration
• +۳ مورد دیگر

Pernilla Ingelsson is an Associate Professor and Head of Department at Mid Sweden University, affiliated with the Department of Communication, Quality Technology and Information Systems (KKI). She specializes in quality management, leadership, and sustainable organizational culture development. Current Projects : Collaborative initiatives with Sundsvall Municipality (team-based working methods, functional teams) and a Kamprad Research Foundation-funded project applying the Magnet Model in special housing sectors. Teaching : Leads the master's program in Quality and Leadership Development and develops industry-specific training programs for public and private organizations. Research Interests center on creating sustainable quality cultures through values, behaviors, and team dynamics. She explores how top management teams drive organizational change, with applications in healthcare and education. Her work bridges Lean methodologies with sustainability goals, emphasizing employee engagement and customer value creation. Publications cover topics like value-based leadership, transitional care quality, preschool assessment models, and team collaboration frameworks. Her research often employs mixed-method approaches, including interactive design, systematic reviews, and scoping studies. Collaborations span healthcare (ICU transfers, nursing homes), municipal services, and private sector quality initiatives, reflecting her interdisciplinary focus on organizational and regional development.

• Additive Manufacturing
• Surface Engineering
• Thermal Spray Coatings
• +۳ مورد دیگر

Professor Shrikant Joshi holds a Doctor of Philosophy in Chemical Engineering at University West's Department of Engineering Science, Division of Mechanical engineering. His research spans Additive Manufacturing (AM) and Surface Engineering with significant industrial collaborations including GKN, Siemens, Sandvik, Arcam, Quintus, and Exova. Funded by KK.Stiftelsen and Vinnova, his work integrates academic research with industrial applications in high-performance materials development. His research interests focus on Additive Manufacturing of Ni-based superalloys (particularly post-treatment effects on build properties) and advanced thermal spray technologies including solution precursor plasma spraying (SPPS), suspension plasma spraying (SPS), hybrid coatings, and HVAF coatings. Key objectives include enhancing functional properties (thermal barrier, wear, corrosion resistance) beyond conventional powder-based methods, with applications in power plant boilers, hydrogen production electrolyzers, and high-temperature environments. Current projects involve luminescent coatings development in collaboration with ESS, University of Oslo, and Stony Brook University. Professor Joshi developed and taught a Surface Engineering course in Autumn 2016 under the Produktion 2030 initiative. His research is supported by multiple grants from KK.Stiftelsen and Vinnova, focusing on coating chemistries for boiler environments and advanced material systems. Industrial partnerships form a critical component of his research ecosystem, enabling direct translation of findings to real-world applications. KK.Stiftelsen-funded project on coating chemistries for boiler environments Vinnova-supported Additive Manufacturing research International collaboration on luminescent coatings (ESS, University of Oslo, Stony Brook University) His laboratory work centers on thermal spray technologies and additive manufacturing, with specialized capabilities in solution-based plasma spraying, hybrid coating systems, and high-velocity air-fuel processes. The research environment leverages University West's strengths in allied AM areas and complementary industrial partner capabilities for comprehensive materials development and testing.

• Manufacturing Engineering
• Laser Welding
• Digital Twin Technology
• +۶ مورد دیگر

Wang Wei is a researcher at the University of Skövde's School of Engineering Science. His work spans multiple domains including manufacturing processes, laser welding, digital twin applications, and sustainable supply chain strategies. Key affiliations: University of Skövde, The Virtual Systems Research Centre, SYMBIO-TIC project, VF-KDO project Collaborations with institutions: Nanjing University of Aeronautics and Astronautics, Innovation Fund Denmark, Vinnova Research interests focus on: Advanced manufacturing techniques (machining deformation prediction, thin-walled part optimization) Laser welding process improvement (porosity reduction, dissimilar material joints) Digital twin security frameworks for cyber-physical systems Green technology adoption and sustainable supply chain coordination Recent publications demonstrate expertise in: Neural operator applications for manufacturing Multi-objective optimization in machining Cybersecurity modeling for industrial systems Environmental economics and consumer behavior analysis Co-funded by: Knowledge Foundation (SIMPLE, VF-KDO projects) Vinnova (QWELD, LaserBATMAN projects) EU H2020 SYMBIO-TIC M-ERA.NET 3 call

• Timber Engineering
• Wood Mechanics
• Structural Engineering
• +۵ مورد دیگر

Min Hu is a Lecturer in the Department of Building Technology at Linnaeus University's Faculty of Technology. With a PhD in Building Technology completed in 2018, Dr. Hu has established a research program focused on improving machine strength grading of structural timber through advanced analysis of fiber orientation and local bending stiffness related to knots in sawn timber. Dr. Hu's research interests center on timber engineering, wood mechanics, and structural analysis, with particular expertise in non-destructive testing methods including laser scanning and X-ray computed tomography. Their work bridges computational modeling with practical applications in wood construction, developing sophisticated models to predict mechanical properties of timber based on internal structure. The publication record demonstrates a consistent focus on understanding fiber orientation in Norway spruce and other timber species, with recent work expanding into Cross-Laminated Timber (CLT) applications. The research shows progression from fundamental studies of wood microstructure to practical engineering applications for improving timber grading and construction systems. Dr. Hu actively supervises bachelor's and master's degree projects while teaching courses in Structural Mechanics, Construction Technology, and the Finite Element Method. Their pedagogical approach emphasizes creating an encouraging environment that conveys the joy of learning and inspires critical thinking. Department of Building Technology Faculty of Technology Linnaeus University Dr. Hu leads research within multiple collaborative frameworks including the Linnaeus University Centre for Competitive Timber Structures (Lnuc TiSt) and participates in several ongoing research projects focused on sustainable wood construction, detection of internal timber properties, and improving CLT-based building systems through engineering design.

• Computational mechanics of wood
• Timber engineering
• Structural analysis
• +۷ مورد دیگر

Sigurdur Ormarsson is a Professor of Timber Engineering with a specialization in computational mechanics of wood at Linnaeus University's Department of Building Technology, where he holds the prestigious Linnéprofessuren. His academic career spans over two decades with significant contributions to timber engineering research and education. Faculty of Technology, Linnaeus University Department of Building Technology Linnéprofessuren holder Doctoral degree from Chalmers University of Technology Professor Ormarsson's research focuses on the computational mechanics of wood and timber structures, with particular expertise in moisture-related deformations, time-dependent behaviors, and structural stability. His work bridges theoretical modeling with practical applications in the timber industry, addressing challenges in sustainable multi-story timber construction. He has developed advanced numerical models (1D/2D/3D) for predicting moisture-induced stresses, cracking, and fatigue in wood products under varying environmental conditions. His research integrates reversible hygro-elasticity, mechano-sorption, viscoelasticity, and irreversible plasticity to create comprehensive simulation tools. His research group utilizes state-of-the-art experimental facilities including servo-hydraulic testing machines and the ARAMIS digital image correlation system to validate computational models. Current research trends show a strong focus on modular timber construction systems, with numerous publications on light-frame timber modules, structural behavior under various loading conditions, and innovative connection techniques. His work demonstrates increasing emphasis on full-scale testing combined with numerical modeling to address real-world engineering challenges in timber construction. Linnéprofessuren award Professor Ormarsson actively supervises research students and collaborates with industry partners to develop new timber products and construction methods. His completed research projects include 'Design of innovative modular-based multi-storey timber buildings' and 'Performance prediction of a biobased product,' demonstrating strong industry engagement. He leads two research groups: 'Connections in Timber Structures' which investigates mechanical behavior of various connection types, and 'Wood Building Technology' which focuses on applied mechanics in timber construction. The Department of Building Technology at Linnaeus University provides advanced experimental facilities for Professor Ormarsson's research, including digital image correlation systems and servo-hydraulic testing equipment at material, component, and structural levels. His research environment supports both fundamental studies of wood mechanics and applied research addressing industry needs for sustainable timber construction solutions.

Nader Asnafiمشاهده پروفایل

استاد

• Additive Manufacturing
• 3D Printing in Tooling
• Material Science
• +۵ مورد دیگر

Nader Asnafi is a Professor of Mechanical Engineering at Örebro University since 2016, with a dual career in academia and industry. He holds a PhD from Luleå University of Technology (1997) and a Docent title (2002). His expertise spans additive manufacturing, material science, and automotive production, focusing on lightweight materials, 3D printing for tooling, and digitalization-driven innovation. Research areas include: - 3D printing of production tools and dies - Laser-based material treatments for crash-resistant automotive components - Modular design and manufacturing flexibility - Sustainable production systems and circular economy principles - High-strength steel processing and hydropiercing techniques Industrial experience includes leadership roles at Esselte Dymo, Volvo Cars, and Uddeholm. He has pioneered cost-effective tooling methods reducing material use by 20% and production time by a third via additive manufacturing. Notable projects include a concept car with aluminum side beams, cutting weight and costs by 50%. He has advised on over 30 industry-academia projects and contributed to international conferences such as the International Tooling Conference. His work bridges material innovation with digital transformation, emphasizing eco-friendly manufacturing solutions.

• Geotechnical Engineering
• Soil Mechanics
• Civil Engineering
• +۳ مورد دیگر

Minna Karstunen is a Full Professor in the Department of Geology and Geotechnics at Chalmers University of Technology, leading the Geotechnics research group. Her work focuses on the complex rate-dependent stress-strain behavior of soft natural clays, which are critical in infrastructure construction and natural hazard mitigation. She develops constitutive models for numerical codes, validated through experimental and field studies. Her research also advances soil reinforcement methods, including stabilization techniques for excavations and embankments. Research Interests Rate-dependent clay mechanics Numerical modeling of geotechnical systems Soft soil engineering challenges Creep and time-dependent deformation Ground improvement methods Recent Articles highlight her contributions to deep excavation stabilization, heave pressure modeling, and large-scale subsidence assessment. Her work bridges theoretical models with practical engineering applications, addressing climate change impacts on infrastructure. Grants & Projects (2025–2028): Krypande till brott (climate-driven slope instability), NordicLink (infrastructure resilience), and Digital Twin Cities Centre (smart infrastructure monitoring). She collaborates with Trafikverket, Formas, and NordForsk on projects like CREEP and ground improvement methods. Labs & Teams : Heads the Geotechnics research group, focusing on advanced numerical methods, material characterization, and field validation. Active in international conferences (e.g., NGM2024, NUMGE 2023).

Bartosz Malmanمشاهده پروفایل

استادیار

• Mathematical Analysis
• Operator Theory
• Complex Analysis
• +۳ مورد دیگر

Bartosz Malman is an Assistant Professor of Mathematics at Mälardalen University, Sweden. Previously, he served as a Lecturer at KTH Royal Institute of Technology and completed his doctoral studies at Lund University (PhD in Mathematics, 2020). He holds dual Master’s degrees in Mathematics and Computer Engineering from Lund University. Research Interests : Mathematical analysis with a focus on operator theory, complex analysis, and harmonic analysis. Specific areas include spaces of analytic functions (Hardy, Bergman, Dirichlet model spaces), polynomial approximation in Lebesgue spaces, cyclicity problems in analytic function spaces, and applications of the uncertainty principle in harmonic analysis. Publications : His work spans over 20 peer-reviewed articles (2017–2025), contributing to journals like International Mathematics Research Notices , Indiana University Mathematics Journal , and Transactions of the American Mathematical Society . Key themes include operator theory applications, spectral analysis, and function space embeddings. Teaching : Currently teaching Probability Theory and Statistical Inference at Mälardalen University. His pedagogical focus aligns with his research strengths in functional analysis and complex systems. Labs/Teams : Active in academic collaborations, particularly with researchers at Lund University and KTH, but no formal lab designation mentioned. His research often involves international co-authors like Adem Limani and Daniel Seco.

Sergio Mosquim Juniorمشاهده پروفایل

پژوهشگر

• Proteomics
• Biomarker Discovery
• Mass Spectrometry
• +۳ مورد دیگر

Sergio Mosquim Junior is a Researcher and Doctoral student in the Department of Immunotechnology at Lund University's LTH (Faculty of Engineering), with additional affiliations at the Lund University Cancer Center (LUCC) and the Technology for Health profile area. His research focuses on advancing precision medicine through innovative proteomics approaches. His primary research interests include Proteomics , Biomarker Discovery , and Mass Spectrometry , with specific expertise in developing automated workflows for proteomics and phosphoproteomics analysis of clinical samples. He bridges advanced wet lab protocols with bioinformatics workflows, applying multiomic data integration and machine learning to drive discovery efforts in precision medicine and cancer research. His recent publications demonstrate a clear trajectory toward integrating high-throughput proteomics with other omics data to enhance biomarker discovery, particularly in oncology applications. The research shows increasing sophistication in methodology, from basic plasma proteome profiling to advanced multiomic integration approaches. As Principal Investigator, he leads the active research project "Hög genomströmningsproteomik för analys av stora kliniska kohorter" (High-throughput proteomics for analysis of large clinical cohorts), funded by Kungliga Fysiografiska Sällskapet i Lund from November 2023 to November 2025. He has presented his work at the Lund University Cancer Centre (LUCC) meeting in May 2023 as a speaker. His technical expertise spans both wet lab protocols and bioinformatics, with particular strength in automation of proteomics workflows for clinical samples. He actively contributes to the Lund University Cancer Center's research ecosystem through his specialized proteomics expertise.

• Hydrometallurgy
• Materials Science
• Environmental Engineering
• +۷ مورد دیگر

Alireza Eivazi is an Adjunct Assistant Professor at Mid Sweden University's Department of Engineering, Mathematics and Subject Didactics (IMD), specializing in hydrometallurgy, materials science, and environmental engineering. His research focuses on cellulose-based hybrid materials for triboelectric applications, novel separation processes, and sustainable waste management. Ongoing projects: Cellulose-based triboelectric filters, molecular cellulose design, TransTech2Horizon, Foodtech fermentation Completed projects: BioRem Energy & Metal, BioRem Fiber, Cello His work explores aqueous chemistry, electrochemistry, chemical thermodynamics, and mass transfer mechanisms in cellulose regeneration. He develops metal/metal oxide nanoparticle-cellulose hybrids and investigates bioaccumulation of metals in white-rot fungi. Recent publications analyze triboelectric nanogenerators using wastepaper, lignin-furanic foams for pollutant removal, and cellulose II films with enhanced properties. He contributes to methodologies for lignocellulosic sediment remediation and molecularly designed triboelectric materials.

• High Voltage Engineering
• Electrical Insulation
• Dielectric Materials
• +۷ مورد دیگر

Stanislaw Gubanski is a Professor at the Electrical Engineering department of Chalmers University of Technology, specializing in high voltage engineering and electrical insulation systems. His research spans multiple areas including polymer nanocomposites, power systems, and diagnostic methods for electrical equipment. His research interests focus on High Voltage Engineering , Electrical Insulation , Dielectric Materials , Polymer Nanocomposites , Power Systems , Partial Discharge Analysis , Electrical Treeing , and HVDC Cable Insulation . His work addresses critical challenges in electrical infrastructure reliability, particularly in transmission systems and insulation technologies. Analysis of his recent publications (2019-2024) reveals a strong focus on HVDC cable insulation systems, electrical treeing phenomena, and diagnostic methods for power equipment. His research spans both fundamental material science investigations and practical applications in power grid reliability, with field studies conducted in multiple countries including Ethiopia, Australia, Malaysia, Sri Lanka, and the UK. His scientific contributions include patented innovations in polyolefin compositions for high voltage cables and novel diagnostic methods for insulation systems. His work on voltage stabilizers and polymer compositions has practical applications in next-generation cable technologies. Professor Gubanski has extensive experience in power transformer diagnostics, surface potential decay analysis, and electrical tree formation mechanisms. His international collaborations reflect the global relevance of his research in electrical insulation systems and high voltage engineering.

• Marine Structural Engineering
• Materials Science
• Arctic Engineering
• +۷ مورد دیگر

Professor Jonas Ringsberg is a leading academic in marine structural engineering and materials science at Chalmers University of Technology. He serves as the head of the Division of Marine Technology and Editor-in-Chief of the Journal of Ocean Engineering since 2024. His research focuses on structural integrity, Arctic engineering, sustainable propulsion systems, and autonomous shipping. He teaches on the Mobility Engineering MSc program, specializing in marine technology, and supervises students toward becoming naval architects. Research interests include wind-assisted ship propulsion, wave energy converters, computational fluid-structure interaction, and structural reliability of marine systems. He is a Fellow of SNAME and member of ISSC committees, contributing to global standards in fatigue analysis and ultimate strength testing. Recent work addresses challenges in zero-emission shipping, Arctic route optimization, and energy-efficient vessel design. Awards: SNAME Fellow (2020s) Professional Roles: ISSC Committee III.1 Chair (2018–2025), RINA Member Key Projects: SHARC collision risk analysis, WASP retrofitting studies, lightweight cruise ship design His 2023–2025 publications emphasize autonomous vessel navigation, wave energy park optimization, and cryogenic material testing. Collaborative efforts include co-simulation frameworks for marine systems and probabilistic analysis of ship-bridge collisions.