SciEngineering Conference brings together R&D engineers with diverse backgrounds and a singular purpose - to redefine the limits of science.
Learn from 20+ expert speakers, connect with a vibrant and diverse engineering community, and get the right skills and tools to advance your future.
Join us in Budapest, Hungary, for an exciting one-day in-person event and discover the amazing capabilities of MATLAB, Simulink, COMSOL Multiphysics, and Speedgoat. We’ve curated an exceptional lineup of sessions that delve into five application areas:
Save your free seat today for this can’t miss engineering event! Together, we’ll embark on a journey that will foster SciEngineering evolution.
Empower yourself and your team with the knowledge and unique insights into the software from its developers.
Get tips on the industry's best practices on the use of our products from enthusiastic developers and software experts.
Whether you are an engineer, researcher, scientist, or business leader, you'll meet many like-minded people.
Check out the forenoon schedule and decide which talks you want to join! Click the session slot to see details!
In this session, we will talk about our collaboration on a revolutionary tweeter speaker. We will demonstrate how we could leverage the capabilities of COMSOL Multiphysics software and its add-on modules (AC/DC-, Structural Mechanics-, and Acoustics Modules) to model acoustics and structural mechanics applications.
By the end of the presentation, attendees will get familiar with all the major steps of building a multiphysics virtual prototype and gain a deeper understanding of:
Gyorgy Levay devoted his life to the advancement of medical devices used in rehabilitation and assisting people with disabilities in their daily lives. After experiencing firsthand the constraints of his prosthetic arm, his primary focus became the control of upper-limb prosthetics. He believes that as speech recognition began as an assistive tool for the visually impaired and became a part of everyday life, prosthesis research is a foundation of organic human-machine interfacing for all of us in the not-so-distant future.
This talk demonstrates how a battery electric vehicle model and drive cycles can be used to optimize the topology and the number of cells in a battery pack to fulfill targets like fuel economy, range, acceleration, and costs. The how workflow comprises:
Artificial Intelligence (AI) is a rapidly evolving field changing how we approach engineering across various industries, including automotive, aerospace, manufacturing, healthcare, and many more. With AI, organizations can streamline complex systems, automate decision-making, and improve efficiency. However, for engineers, successfully leveraging AI goes beyond the training stage of the model, especially in complex systems where numerous actions are automated, and multiple components must fit seamlessly together. To incorporate AI efficiently into these systems, engineers must follow a robust work methodology that involves careful data preparation, model creation, system design, and deployment.
In this talk, learn about the key challenges and fundamental principles of AI for engineers. Discover AI tools (for Machine Learning, Deep Learning, and Reinforcement Learning) available in MATLAB® and Simulink® that enable you to quickly explore your data, evaluate models, compare results, and apply the best techniques. Learn also how to refine, reduce the size of your AI models and deploy them in various production-ready formats. By doing so, you will be able to verify the behavior of your AI models under different conditions and make the best design choice for your requirements.
Check out the afternoon schedule and decide which workshops you want to join! Click the session slot to see details!
This session will discuss why companies must make software AUTOSAR-compliant and what it takes. Atendess will learn about the effective utilization of MATLAB and Simulink tools for architecture design. We will provide unique insights into the existing challenges and explore a few strategies for overcoming them. Lastly, attendees will get a sneak peek into Rimac Technology’s plans for continuous improvement and innovation.
Semilab Semiconductor Physics Laboratory Co. Ltd. embraces the power of COMSOL Multiphysics to drive innovation. This presentation highlights three core aspects: designing new experiments, creating a knowledge repository, and developing new components for our metrology heads. We will showcase practical applications and outcomes, demonstrating how COMSOL’s simulations shape the field of research and development.
In the rapidly evolving field of control design, engineers constantly seek efficient methodologies to accelerate the development and implementation of robust and high-performance controllers. This presentation focuses on the application of rapid control prototyping principles to expedite the control design process for a permanent magnet synchronous motor (PMSM). By leveraging the benefits of model-based design and automated code generation, this session demonstrates how engineers can streamline and simplify the design and deployment of controllers.
Nowadays, the automotive industry lays great emphasis on the origin of acoustic noise and its regulation. Therefore, our team has the emergence of demands for further understanding of how the inverter affects the acoustic noise of the electric motor. In addition to that, using the inverter in the Electric Drive System leads to other phenomena, such as PWM Losses. We developed a toolchain to help us better understand the influence of the switching operation in the electric motor design and its performance.
We are thrilled to unveil the release of our Software-as-a-Service (SaaS) simulation web application that empowers users to run solar and battery sizing simulations, generate optimal system sizes, create cash-flow models, and generate insightful reports.
During this session, we will showcase the key features of our web application and demonstrate how MATLAB and Simulink have played pivotal roles in its development.
By attending this session, participants will learn:
| This session explores the application of model-based design philosophy to Systems Engineering processes, aimed at detecting errors early in the design phase and enhancing communication among teams tackling complex projects. Join this session to learn the essentials of Systems Engineering and how to create architecture descriptions using model-based techniques. Understand the importance of traceability, ensuring alignment between requirements and design decisions. Explore the art of trade studies, enabling optimized designs through informed decision-making. By the session’s end, you will have a solid grasp of model-based systems engineering and its ability to streamline project development while minimizing errors and improving collaboration. |
| In this session, we will elaborate on the best practices of the flexible two-way integration and co-execution of MATLAB and Python with a focus on AI. Workflows will be included calling Python from MATLAB and vice versa, building models, deploying toolchains across platforms, and utilizing the user-friendly MATLAB environment to analyze and represent data. |
Discover new approaches for Model-Based Design as we showcase how to implement AI to your development processes in Simulink to create an AI-enhanced model-based design workflow.
During this session, you will learn how to build AI functionality into your systems and explore a real-world showcase on lane and vehicle detection using deep learning.
Session description coming soon.
In order to predict and optimize audio system performance in a new vehicle, the interior acoustics of the vehicle needs to be modelled, including the loudspeakers. In most cases, using a simple lumped parameter speaker model will yield good results. From Comsol 6.0 such a speaker model is available. However, setting up a simulation for a complex vehicle interior with over 18 loudspeakers and 24 microphone positions is a tedious task. For this reason, a number of simulation templates had been developed in-house to simplify and speed up the model creation process. During the presentation the design and development of these templates will be discussed.
During this roundtable discussion, members of the acoustics industry will have the opportunity to discuss ongoing industry projects and developments. The session will start with an introduction and move on to use cases, projects, and current and future development jobs. Lastly, the discussion will touch on the topic of acoustics and simulations, from small to large-scale models.
Session description coming soon.
How to build cutting-edge SaaS web applications on the Production Server infrastructure, how to use Virtual Machines in the Cloud to speed up Simulink simulations, how to use the MathWorks ecosystem to create scalable web applications.
Session description coming soon.
This talk elaborates on what it takes to have a successful engineering career and how the various stakeholders at universities and industry come together to better prepare students during their academic journey. Learn about how curricula, collaboration and digitization come together in MathWorks’ comprehensive approach to technical workforce development and education that better prepares students for the industry.
This session will discuss how the MATLAB product family supports interactive teaching by showing examples of how MATLAB can interact with different software & hardware products.
The automotive sector is changing dramatically due to the increasing importance of drivetrain electrification and the exponential growth of electronics and infotainment functions on board vehicles. Modern vehicles have more electronic hardware and software than a decade ago. Therefore, they resemble more of a “computer on four wheels” rather than just a classical mechanical engineering product. This sets new demands on educating the next generation of engineers. At the same time, they shall be equally well-versed in the classical automotive engineering disciplines and IT and Electrical and Electronics Engineering. Reshaping the classical education curriculum takes time, and therefore, to meet the demands of the industry, Audi Hungaria, Széchenyi University, and their strategic partners – among them the representative of Mathworks in Hungary, Gamax Laboratory Solutions – have introduced a unique project-based educational program called Audi Development Camp in Győr, Hungary. Audi Development Camp is an intensive summer boot camp in which students can acquire the latest industry-relevant knowledge in vehicle electrification, HiL-SiL simulations, and Electronics Control Units (ECU) calibration by solving real industry-defined problems in teams. A focal point of the Camp is to enable students to master MATLAB and Simulink, tailored explicitly to simulating vehicle embedded systems and virtual testing. This talk will highlight Audi Hungaria’s general philosophy of support for higher education activities in Hungary, focusing on the concept, success, and lessons learned from the Audi Development Camp.
The Hungarian Komondor HPC started its pilot operations in January to serve Research and Academia. The system offers an unprecedented 165 Petaflops of AI compute capacity through its 4 and 8 GPU nodes, with extreme speed in the network and storage. This talk will provide an overview of available technologies to access and productively utilize a national HPC system. I will elaborate on available software and systems and early results.
Learn from experts. Then be an expert.
Peter is a strategy-minded and success-driven executive management professional with 20 years of experience in international sales management, business development, cross-functional team leadership, and delivering positive outcomes with strong and sustainable gains in both start-up and growth organizations.
Managing Director, Gamax Laboratory Solutions
Gyorgy Levay is the project manager at Széchenyi István University and the research manager at Infinite Biomedical Technologies, a US company specializing in upper limb prosthesis accessories.
Gyorgy completed his master’s degree in Biomedical Engineering on a Fulbright scholarship at Johns Hopkins University. There, he conducted research in machine learning-based control algorithms and digital signal processing strategies for upper-limb prostheses.
Project Lead, Széchenyi István University
Arpad is a senior application engineer at Gamax Laboratory Solutions. His research and consulting work focus on technical computing and finite element modeling.
Arpad received his MSc in mechanical engineering from the Budapest University of Technology and Economics (BME), focusing on applied mechanics. His PhD research focused on the use and research of new material models for polymeric flows.
Senior Application Engineer, Gamax Laboratory Solutions
Mark graduated from the University of Cincinnati with a master’s degree in mechanical engineering in 1984, specializing in acoustics, vibrations, and modal analysis. After graduation, he formed Beach Dynamics, a consulting firm that helps various industries, including GM, Electromotive, NASA, Ford, P&G, and others.
In 2010, Mark joined ALTI’s board of directors and has served as president, VP, and chairperson of numerous committees. On behalf of ALTI, Mark currently assists startups in ALTI’s Incubator Program and vetting content for the ALTI Expo (Orlando & Las Vegas) and ALTI Pavilion + Conference (München).
Vice President, Audio & Loudspeaker Technologies International (ALTI)
Yona Baskharoun is the regional education sales manager at MathWorks, based out of The Netherlands. Yona manages the teams responsible for Academic institutions across Eastern, Southeastern, and Central Europe, the Middle East, and Africa. She works with universities across her territory to support the availability and access to a solid scientific computing infrastructure across the institutions. She graduated in electrical and biomedical engineering from McMaster University in Canada, where she specialized in electromagnetics and medical imaging.
Regional Education Sales Manager, MathWorks
Jude is an automotive embedded software engineer with over 11 years of experience in model-based control software development with Tier 1, OEM, and motorsport companies.
Since september last year, Jude has been working for Rimac Technology on the inverter project, developing control software to AUTOSAR specification and supporting the associated MIL, HIL, and dyno testing activities.
Jude holds a master’s degree in automotive engineering from the City University, London
Senior Embedded Software Engineer, Rimac Technology
Tibor is an acoustic engineer and NVH expert at Thyssenkrupp Components Technology Hungary. His research focuses on permanent magnet synchronous motors’ noise control, electric drive systems’ noise mitigation, system identification, and signal processing.
Acoustic Engineer, Thyssenkrupp Components Technology Hungary
Dr. Feszty is a senior manager at Audi Hungaria Department of Whole Vehicle Development and head of the department at Széchenyi University.
Dr. Feszty has research expertise in vibroacoustics and CFD, with applications to road and air vehicles. His expertise involves the development of simulation methods for structure-borne noise in cars, helicopter aerodynamics, vibration, noise control, and high-speed unsteady flows, and he has published more than 80 scientific papers in these fields. He has also participated in establishing numerous innovative educational programs, including the Audi Development Camp.
Between 2017 and 2022, he led the MTA-SZE Lendület Vehicle Acoustics Research Group at Széchenyi University, jointly supported by the Hungarian Academy of Sciences and Audi Hungary.
Prior to this, Dr. Feszty was a professor at the Department of Mechanical and Aerospace Engineering at Carleton University in Ottawa, Canada, for 14 years, where he was director of one of the largest academic aerospace research centers in Canada, Carleton Aerospace, as well as co-leader of Rotorcraft Research Group at Carleton University.
Dr. Feszty obtained his PhD in aerospace engineering at the University of Glasgow, UK, and his first degree at the Technical University of Brno, Czech Republic.
Head of the Whole Vehicle Development Department, Széchenyi István University
Martin received his MSc in Physics from the BME, focusing on optics and photonics.
Currently, he is working as an R&D Team Leader at Semilab Semiconductor Physics Laboratory Co. Ltd., where he leads a dynamic team in conducting cutting-edge R&D activities as part of the Optical Expert Department. His primary focus revolves around harnessing the power of COMSOL Multiphysics, utilizing it for a wide array of simulations ranging from mechanical vibration analyses to the propagation of microwaves.
Semilab provides state-of-the-art metrology solutions for semiconductor device manufacturers, both in-line and R&D segments. Semilab is the world leader in non-contact electrical metrology, as well as contact type and optical technologies. The compony is a strategic metrology supplier and innovation partner of the leading wafer manufacturers, IC device makers, and solar and display industries worldwide.
R&D Team Leader, Multiphysics Simulation Group
Balazs is an acoustic engineer at Harman, Automotive Microphone RnD group. His work focuses on acoustic simulations in the automotive industry.
Acoustic Design Engineer, Harman
Zoltan leads HPC Dev/Ops at the governmental agency for IT Development KIFÜ. He has worked on HPC-s for more than 10 years. His area of specialization includes ICT infrastructure for research and academia.
Head of HPC Development and Operations, KIFÜ
Moubarak Gado is an application engineer at MathWorks. His research focuses on AI, parallel computing, cloud, and algorithm deployment.
Before joining MathWorks, he worked on developing AI and simulation tools for anomaly detection, predictive maintenance, and structural optimization at CT Engineering Group.
Moubarak holds a PhD in computational mechanics from the University of Bordeaux (France) and the University of the Basque Country (Spain), an MSc in materials and processes from the University of Lorraine & Arts et Métiers ParisTech & ENIM, and a master’s degree in mechanical engineering from ENIM.
Application Engineer, MathWorks
Gernot Schraberger is a principal application engineer at MathWorks with 15 years of experience in that position. His main application focus is on electrification, physical system modeling, and control design.
Before joining MathWorks, Gernot worked as a development engineer for motor control and embedded software engineering in the machinery industry for electronic assembly systems.
Gernot holds a master’s degree in electrical / automation engineering from the Technical University of Munich.
Principal Application Engineer, MathWorks
Peter is a Virtual Audio Simulation Technical Specialist at Jaguar Land Rover (JLR). He’s responsible for virtual acoustic prototyping of the next-generation audio systems and vehicles.
Peter received his MSc in Electrical Engineering from the Budapest University of Technology and Economics (BME), specializing in vibro-acoustics, and then he went on to receive his PhD from the Katholieke Universiteit Leuven (KUL) focusing on vehicle NVH. Since joining JLR, he has introduced full frequency range vehicle-level audio simulation of the infotainment system in order to enable virtual acoustic prototyping of new vehicles and audio systems.
Audio Simulation Technical Specialist, Jaguar Land Rover
Dr. Zoltan Gal is an associate professor and the head of the Center of High-Performance Computing at the University of Debrecen. Dr.Gal has been a member of IEEE and a certified professional Cisco Network Academy Program lecturer since 1999.
Dr. Gal’s research interest includes real-time communication, wireless broadband networks, multimedia communication, statistical analysis of high-speed packet switching, sensor networks, the Internet of Things, distributed computer systems, parallel computer architectures and parallel computing.
He relies on MATLAB as the primary software tool for scientific research, and his extensive contributions in the field of ICT include over 120 published scientific papers in conferences and journals, reflecting his research endeavors.
Head of Center for High Performance Computing, University of Debrecen
Viktor Jozsa, PhD., is an associate professor at the Department of Energy Engineering, Budapest University of Technology and Economics (BME). With a profound understanding of energy engineering, his research focuses on combustion technology, twin-fluid atomization, and renewable fuels. In recognition of his exceptional contributions to science and education, Viktor has been honored with prestigious accolades, including the János Bolyai Research Scholarship and the Junior Prima Prize in Hungarian science. Notably, he played a pivotal role as one of the lead mechanical engineers in the groundbreaking SMOG satellite project, which aimed to develop fully functional picosatellites. This endeavor culminated in 2019 when SMOG-P became the world’s first operational PocketQube satellite, and recently, the MRC-100 joined the illustrious satellite family following its successful launch on June 12, 2023.
Associate Professor, BME
Gabor is a training engineer at Gamax Laboratory Solution. Besides delivering courses, his research and consulting work focuses on Model-Based Design and Control Engineering.
Gabor received his MSc in Electrical Engineering from the Budapest University of Technology and Economics (BME), focusing on control engineering and automation. As a training engineer at Gamax Laboratory Solutions, he enables our partners to facilitate their innovation cycle by delivering training on the effective use of MATLAB and Simulink in various fields.
Training Engineer, Gamax Laboratory Solution
Koppany is an application engineer at Gamax Laboratory Solutions. He is responsible for supporting the education industry and providing teachers and researchers with solutions that turn engineering education into an interactive experience for both students and teachers.
Koppany graduated as an engineering physicist from the Budapest University of Technology and Economics (BME); later, he received his Ph.D. in the field of material sciences, focusing on the application of transmission electron microscopy (TEM) techniques. He spent over 5 years in the semiconductor industry, working together with customers from various fields, including academic and industrial research.
Application Engineer, Gamax Laboratory Solutions
Daniel is an application engineer at Gamax Laboratory Solutions.
Daniel received his MSc in electrical engineering from the Budapest University of Technology and Economics (BME), focusing on control system design and autonomous robots and vehicles. He then started the Ph.D. program, focusing on applying and researching dynamic collision avoidance algorithms for robotic manipulators.
Application Engineer, Gamax Laboratory Solutions
Mate is a simulation engineer at Planergy Solutions. His work and research focus on the simulation of hybrid-electric propulsion systems, high-level control development using MATLAB&Simulink, battery modeling, and development of simulation environment for PV and battery systems for different use- cases with on-site EMS control.
Simulation Engineer, Planergy Solutions
Anej Birsa is a system simulation engineer at Mahle Electric Drives in Slovenija. His research and work focused on non-linear models of the FEM parameterized electrical motor, E-Mag, PWM Losses, NVH, radial forces, and analyzing electric drive motors’ performance.
Anej received his degree in electrical engineering from the University of Ljubljana.
System Simulation Engineer, Mahle Electric Drives
Bence is an application engineer at Gamax Laboratory Solutions. His research and consulting work focus on Model-Based Design and Vehicle Dynamics Simulations.
Bence received his MSc in Mechanical Engineering from the Slovak University of Technology in Bratislava (STU), focusing on applied mechanics and mechatronics. As an application engineer at Gamax, he enables our partners to accelerate their innovation cycle in model-based design, technical computing, model-level verification and validation, vehicle dynamics & powertrain simulation, and model-based system engineering, including deep engagements in technical support and training deliveries.
Application Engineer, Gamax Laboratory Solutions
Lajos is an engineer with 10+ years of R&D experience and the Head of Engineering at Gamax Laboratory Solutions. He brings a unique combination of knowledge, experience, and insight to help you solve your challenges.
Head of Engineering, Gamax Laboratory Solutions
Bence Cseppento is a PhD student at the Budapest University of Technology and Economics (BME). His research topic focuses on model predictive control of nonlinear systems and optimization, digital signal processing, telecommunications, and microwave engineering.
PhD Student, BME
The Venue
Millenáris Park is a modern cultural center located in the heart of the 2nd district in Budapest, Hungary. The building originally belonged to the Ganz Works foundry complex, and the visitor can still see pieces of machinery used back in the day on display today.
In 2002 Millenáris architectural design received the Europa Nostra Award for the redevelopment of the area.
The SciEngineering Conference is a one-of-a-kind event expertly curated by Gamax Laboratory Solutions. The conference’s primary aim is to promote innovation by showcasing the cutting-edge capabilities of MATLAB, Simulink, Comsol Multiphysics, and Speedgoat.
September 27, 2023.
Millenáris Park, HU-1024 Budapest, Kis Rókus u. 16-20, Building G
The conference is free of charge; however, due to limited capacity, registration is mandatory to secure your spot.
All sessions are in English.
Yes! All attendees will have access to lunch and snacks during the breaks and beverages during the day.
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