Monica Löfman is a University Teacher in the Department of Civil Engineering at Aalto University, affiliated with the Aalto University School of Engineering. She also holds an external position as a Specialist at Ramboll Finland Oy since February 2022. Löfman earned her Doctoral degree and Doctor of Science (Technology) from Aalto University in 2022, alongside a Master’s degree in Engineering and Technology (2016). Her research focuses on geotechnical engineering, particularly clay mechanics, soil stabilization, and reliability analysis. Key areas include soft clay behavior, deep mixing techniques, and sustainable construction practices. She has contributed to datasets like the FI-CLAY database and led studies on carbon emissions reduction in ground improvement projects. Löfman has received notable awards, including the Oskari Vilamo Fund Doctoral Thesis Award (2023) and the Dean’s Master Thesis Award (2016). She actively participates in academic activities, such as organizing conferences, presenting at international events, and hosting academic visitors. Her work aligns with UN Sustainable Development Goals, emphasizing environmental sustainability and infrastructure resilience.
Heli Koivuluoto is an Associate Professor (tenure track) in Materials Science and Environmental Engineering at Tampere University. She holds a Doctor of Science (Tech.) degree in Materials Technology with a focus on Rock Engineering and a Master of Science in Technology. Her research centers on advanced coating technologies, including cold spray, thermal spraying, and icephobic materials. Key areas include surface engineering for corrosion resistance, functional coatings for marine and cold environments, and material characterization using SEM/TEM. Education: Doctor of Science (Technology), Materials Technology, Rock Engineering (2010) Master of Science (Technology) (2005) Her work emphasizes practical applications such as ice-resistant coatings, composite materials for aerospace and infrastructure, and process optimization in additive manufacturing. She has supervised numerous master's theses and internships, including projects on cold-sprayed coatings and composite materials at institutions like the University of Modena and Reggio Emilia. Recent research trends include real-time process monitoring in cold spray additive manufacturing, development of durable superhydrophobic and icephobic surfaces, and microstructural analysis of quasicrystalline composites. Her work contributes to UN Sustainable Development Goals related to industry, innovation, and infrastructure. Dr. Koivuluoto is actively engaged in organizing international conferences, including the ITSC 2025 Thermal Spray Conference, and serves as a reviewer for multiple journals and funding applications.
Victor Bolbot serves as a Postdoctoral Researcher in the Department of Energy and Mechanical Engineering at Aalto University, Finland, affiliated with the Marine and Arctic Technology research group. His work focuses on advancing safety, reliability, and cybersecurity frameworks for autonomous maritime systems through rigorous systems engineering approaches and data-driven methodologies. He maintains active collaborations with international researchers and institutions, evidenced by extensive co-authorship across high-impact publications. Dr. Bolbot's research centers on autonomous ships, marine systems safety, ship propulsion cybersecurity, and risk modeling. He employs systems-theoretic process analysis (STPA), Bayesian networks, and association rule mining to address critical challenges including maritime accident causation, cybersecurity vulnerabilities in dual-fuel engines, safety acceptance criteria for autonomous vessels, and socio-technical implications of maritime automation. His methodological innovations bridge theoretical safety engineering with practical applications in Arctic navigation, inland waterways, and regulatory compliance, emphasizing the integration of cyber-physical risk assessment. Analysis of his 2023-2025 publications reveals three dominant research trajectories: (1) Development of cyber-physical risk frameworks like STPA-Cyber for maritime cybersecurity; (2) Real-time Bayesian modeling for dynamic operations including remote pilotage and ice navigation; and (3) Socio-technical investigations into regulatory frameworks, educational needs, and workforce skill transformations for autonomous shipping. His work consistently addresses the interplay between technological innovation and safety assurance, with growing emphasis on cybersecurity as a critical maritime safety component. As an active member of Aalto University's Marine and Arctic Technology research group, Dr. Bolbot contributes to interdisciplinary projects tackling complex challenges in marine safety engineering, Arctic operations, and sustainable maritime technologies. The group's collaborative environment supports the development of safer, more efficient, and environmentally conscious maritime systems through experimental validation, computational modeling, and industry partnerships.
Professor Johan Lilius is a Full Professor of Embedded Systems at Åbo Akademi University's Faculty of Science and Engineering, Department of Information Technology. He has held this position since 2001 and currently serves as Head of Research. Prof. Lilius has demonstrated extensive leadership throughout his career, having served as director of the Turku Center for Computer Science (TUCS) and multiple terms as Head of the Department of Information Technology, where he led significant departmental restructuring and educational reform efforts through two major university reorganizations. He is currently a member of the steering group for Digivisio2030, a national initiative involving all Finnish higher education institutions aimed at building a new educational ecosystem. Prof. Lilius's research focuses on energy-efficient software, safety in autonomous systems, and neuro-symbolic computing. His work contributes to the UN Sustainable Development Goals, particularly in technology and environmental sustainability. His research interests span autonomous navigation, data-parallel computing, energy-aware systems, and maritime technology. His work bridges theoretical computer science with practical applications in embedded systems, particularly in maritime contexts. Analysis of his recent publications shows a strong trend toward autonomous systems, particularly in maritime applications, with significant work on energy efficiency in embedded architectures. His research increasingly integrates AI and machine learning approaches with traditional software engineering, focusing on safety-critical systems where reliability is paramount. The fingerprint analysis of his work reveals strong connections to convolutional neural networks, autonomous navigation algorithms, and scenario-based testing for complex systems. Ten-Year Most Influential Paper Award at the ACM/IEEE Conference on Model Driven Engineering Languages and Systems Several Best Paper Awards 2015 Gadd Prize for Research Excellence at Åbo Akademi Prof. Lilius has demonstrated exceptional commitment to doctoral education, having supervised over 10 completed doctoral theses and currently mentoring several PhD students. He leads the TUCS Graduate program and has co-organized numerous academic workshops, summer schools, and conferences. His research is supported by significant projects including EDISS (Engineering of Data-intensive Intelligent Software Systems), IoT Reboot Factory, DECATRIP (Decarbonizing Transport Corridors), SMARTER (Sea4Value Smart Terminals), and AutoMare EduNet (Autonomous Maritime Education Network), funded by the European Commission, Business Finland, and other organizations. Prof. Lilius collaborates extensively through the Turku Center for Computer Science (TUCS) and participates in national initiatives like Digivisio2030. His work often involves interdisciplinary teams focusing on the intersection of software engineering, AI, and practical maritime applications, with strong industry partnerships that ensure real-world impact of his research.
Antto Jokelainen serves as a Doctoral Researcher within the Department of Economics at Aalto University, Finland. His academic role involves conducting advanced research in economic theory and empirical analysis, with a particular emphasis on industrial organization and market regulation. He maintains an active publication record in high-impact economics journals while contributing to departmental research initiatives from his office in room E703. Dr. Jokelainen's research spans Industrial Organization and Competition Policy with specialized expertise in Antitrust enforcement mechanisms and Regulatory Economics. His work investigates collusion detection in infrastructure markets through empirical analysis of bidding patterns, while simultaneously examining welfare implications of market entry regulations in healthcare sectors. This dual focus demonstrates his ability to bridge theoretical economic frameworks with real-world policy applications across diverse market structures. Analysis of his recent publications reveals a methodological consistency in empirical industrial organization research. His asphalt markets studies establish complementary bidding as a reliable cartel detection signal using Nordic procurement data, while his pharmacy market research quantifies social welfare losses from regulatory distortions. Both research strands employ rigorous econometric techniques to evaluate competitive dynamics, with significant implications for antitrust authorities and healthcare policymakers seeking evidence-based regulatory frameworks.
Tuomas Alapieti is a Postdoctoral Researcher in the Department of Civil Engineering at Aalto University, Finland, specializing in building-environment interactions with emphasis on school infrastructure. His work bridges engineering, environmental health, and material science through empirical field studies and laboratory analyses. His research focuses on critical building science domains: Microbiological dynamics in educational settings (airborne/surface pathogens) Chemical emissions from wooden construction materials Performance validation of real-time air quality monitoring systems Condition assessment of aging school buildings Moisture-paint interactions affecting indoor air chemistry Methodologically, he combines sensor networks, microbiological sampling, and occupant surveys to evaluate both objective measurements and perceived environmental quality. Analysis of his 2020-2024 publications reveals a concentrated investigation into Finnish school environments, with 70% of works examining wooden construction's impact on indoor ecosystems. His research progression shows increasing emphasis on microbiological aspects (2023-2024) after establishing foundational work on VOC emissions and sensor reliability (2020-2021). Scientific recognition: Oskari Vilamo Foundation Award for Best MSc Thesis (2017) Alapieti operates within Aalto's 'Performance in Building Design and Construction' research group, collaborating extensively with Salonen, Vornanen-Winqvist, and Mikkola teams. His current projects involve longitudinal assessments of school building conditions across Finland, with publications targeting high-impact venues like Indoor Air and European Journal of Wood Products. No advisory roles or grant leadership are documented in available sources.
Tim Länsivaara is a Professor specializing in Civil Engineering with a focus on geotechnical engineering, particularly in clay mechanics and soft soil behavior. He holds a Doctor of Science (Technology) from the Norwegian University of Science and Technology (1999) and a Licentiate in Building Construction from an unspecified institution (1997). His research expertise includes undrained shear strength, cone penetration testing (CPT), and machine learning applications in geotechnical analysis. Key contributions involve database-driven studies of Finnish soft clays and optimization models for subground stratification. Recent work emphasizes machine learning-based transformation models, soil stabilization techniques, and accurate measurement methodologies in soft soils. He has supervised at least one master’s student (A. Vatanshenas) and contributed to editorial roles and peer reviews. His activities span international collaborations, conference presentations, and dataset development, including the Perniö failure experiment. Länsivaara’s research aligns with sustainable development goals, particularly in infrastructure resilience and material improvement.
Kristo Mela is an Associate Professor (tenure track) in Civil Engineering, specializing in structural components and steel structures. He holds a Doctor of Science (Technology) in Mechanical Engineering (2013) from an unspecified institution and a Master of Science (Technology) in Electrical Engineering (2006). His research focuses on joints in structural components, Eurocode compliance, cold-formed connections, and system-level approaches to steel design. Mela has contributed 74 research outputs from 2003 to 2025, emphasizing experimental investigations and reliability analyses in construction materials and systems. Key research areas include high-strength steel joints, composite beam testing, and climatic load effects on trussed structures. His work aligns with UN Sustainable Development Goals related to education and infrastructure. Collaborations span structural analysis methodologies and material behavior studies, with publications in journals like Journal of Constructional Steel Research and STRUCTURAL SAFETY . Mela has presented at conferences such as the Nordic Steel Construction Conference and contributed datasets to platforms like Zenodo. His academic activities include media appearances and conference presentations on topics like topology optimization and member buckling in truss design. Despite extensive research output, no student advising or specific grant details are explicitly mentioned in the provided text.
Max Finne is an Associate Professor in the Department of Information and Service Management at Aalto University School of Business. His research focuses on operations and service management, with strong contributions to sustainability, circular economy, and collaborative project governance. He actively publishes in leading journals and contributes to pedagogical innovation in higher education. His research interests lie at the intersection of service operations, supply chain sustainability, and organizational collaboration. Key areas include servitization, green supply chains, ecodesign, and performance measurement in complex service environments. He investigates how organizations manage triadic relationships, leverage installed base information, and implement circular economy practices across national contexts. The recent publications show a consistent trend in applying qualitative and theoretical frameworks to real-world challenges in logistics, education, and multinational sustainability projects. His work often employs case study methods and mid-range theory building, particularly in service triads and collaborative governance. There is a strong emphasis on practical implications for middle managers and policy. The Nigel Slack Teaching Innovation Award (2018) The Nigel Slack Teaching Innovation Award (2016) The Nigel Slack Teaching Innovation Award (2015) Max Finne has supervised at least two theses and has been involved in multiple collaborative research projects across Europe, including a visiting position at Warwick Business School (2014–2018). His work is supported by institutional affiliations and academic networks that enable interdisciplinary and international research on sustainability and service innovation. No specific grants are mentioned in the text, but his sustained output suggests active funding. He was a visiting researcher at Warwick Business School from 2014 to 2018, contributing to research and teaching. His work forms part of a broader network focused on sustainable operations and service management, as reflected in co-authorships and collaborative outputs.
Kristina Rolin is a University Lecturer in Philosophy at Tampere University, affiliated with the History, Philosophy and Literary Studies department. Her work focuses on the philosophy of science, social epistemology, and research ethics, with a particular interest in the role of values in science, epistemic injustice, trust, and collective knowing. She teaches courses on research ethics and philosophy of science at Tampere University. Her research explores themes such as epistemic trustworthiness, institutional interventions in science, and the ethical dimensions of scientific practices. Rolin has published extensively on topics including epistemic exploitation, diversity in science, and the intersection of feminist theory with scientific inquiry. Her work often bridges theoretical philosophy with applied ethics, addressing contemporary challenges in science and academia. Rolin's publications span journals like Studies in History and Philosophy of Science and Synthese , with contributions to edited volumes such as the Routledge Handbook of Feminist Philosophy of Science . Her recent work emphasizes remedying epistemic injustice through community-based approaches and institutional reforms. Her contributions include editing special issues on social and cognitive diversity in science and co-authoring key papers on transdisciplinary research, structural epistemic justice, and trust in science. Rolin actively engages in scholarly networks, reflecting her commitment to advancing ethical and inclusive scientific practices globally.
Lappeenranta-Lahti University of Technology LUTFinland
Sakari Penttilä serves as a Postdoctoral Researcher within the Department of Mechanical Engineering at the School of Energy Systems, LUT University (Lappeenranta-Lahti University of Technology) in Lappeenranta, Finland. His professional role centers on cutting-edge research in advanced manufacturing, with a specific focus on welding automation, robotics, and the integration of digital technologies to improve manufacturing processes and product quality. Penttilä's research spans several key areas in modern manufacturing engineering. Primary interests include welding technology and its automation, particularly through multi-robot systems and digital twin implementations. He actively explores the application of artificial intelligence for real-time process control and quality assurance in welding. Additionally, his work addresses Industry 4.0 readiness in regional manufacturing sectors, additive manufacturing quality assessment, and the use of extended reality for manufacturing complex components. His interdisciplinary approach combines mechanical engineering principles with information technology to solve persistent challenges in manufacturing reliability and efficiency. A review of Penttilä's recent publications indicates a consistent trajectory toward intelligent manufacturing systems. His work increasingly integrates artificial intelligence, digital twins, and extended reality to tackle welding distortion, quality control, and process optimization. Notably, he has contributed to advancing multi-robot welding systems with pre-setting and feedback mechanisms, and has investigated fatigue strength in additively manufactured parts. His research also extends to regional Industry 4.0 adoption, particularly in the Baltic Sea Region, highlighting both technological and organizational aspects of digital transformation in manufacturing. Scientific Awards: No scientific awards, fellowships, or medals were mentioned in the provided information. Advising and Grants: The available information does not specify any students advised by Dr. Penttilä or any research grants he has secured. His role as a postdoctoral researcher suggests he may be involved in collaborative projects, but specific details are not provided.
Athanasios Markou serves as a University Lecturer in the Department of Civil Engineering at Aalto University, Finland, affiliated with the Structures research group specializing in Structural Engineering, Mechanics, and Computation. His academic role integrates teaching with experimental and computational research on innovative structural systems, particularly focusing on geometrically nonlinear behavior validated through advanced techniques like high-speed imaging and photogrammetry. His research interests span Structural Engineering, Mechanics, and Computational Methods, with emphasis on bending-active and twisted structures, kinematic pavilions, and chain dynamics. He investigates material reuse in sustainable construction, elastic torsion systems, and base isolation for seismic protection, often blending architectural design with engineering principles to develop efficient structural forms. Analysis of his 2019-2024 publications reveals consistent exploration of nonlinear structural behavior through experimental-computational synergy. Key trends include bending-active beam elements, falling chain dynamics, and torsion-based systems like the 'Zero Gravity' series, frequently resulting in open datasets and physical prototypes. His interdisciplinary collaborations emphasize sustainable material use and kinematic innovation in architectural applications. Within Aalto University's Structures research group, Markou contributes to cutting-edge work on structural morphology and computational mechanics. The group pioneers bending-active elements and sustainable construction methodologies, utilizing photogrammetry and high-speed imaging for data-driven validation while advancing material-efficient design paradigms through physical prototyping.
Farid Vafadar Estiar is a Doctoral Researcher in the Department of Civil Engineering at Aalto University's School of Engineering . His research focuses on structural timber engineering, particularly the mechanical behavior of finger joints in glued laminated timber systems. Current research interests include: Bayesian modeling of structural properties Strain distribution analysis in timber beams Stiffness evaluation using digital image correlation Timber connection mechanics under various loading conditions Recent work demonstrates expertise in advanced measurement techniques and statistical analysis of wood material properties. Collaborators include Steven Collins and Gerhard Fink across multiple international conferences and journals in wood engineering.
Ville Lundén is a researcher at Aalto University's Department of Electronics and Nanoengineering, specializing in satellite engineering and space science. He contributes to the Jaan Praks Group and focuses on CubeSat missions in high-radiation environments. Affiliation: Department of Electronics and Nanoengineering, Aalto University Role: Researcher His research spans satellite design, radiation belt science, and space weather instrumentation. Key themes include: Antenna and payload engineering for Ka-band and GNSS systems Multi-spacecraft mission design for Mars and Venus exploration Radiation mitigation strategies for CubeSats in harsh orbits Power and structural system verification for deep-space missions Commercial off-the-shelf component adaptation to space environments His publications highlight interdisciplinary work in aerospace engineering, plasma physics, and electromagnetic modeling. Collaborations include institutions like University of Helsinki (radiation modeling) and URSI symposiums.
