FreeSciEngineering
Conference 2024

SciEngineering Conference brings together R&D engineers with diverse backgrounds and a singular purpose - to redefine the limits of science.

October 17, 2024
Hungary, Budapest
FREE

Join us in person at SciEngineering Conference 2024!

Save your FREE seat today.

250+ attendees · 3 elective tracks · 20+ speakers

Get ready to redefine the limits of science.

Learn from 20+ expert speakers who are at the forefront of their fields, connect with a vibrant and diverse community of engineers, researchers, and visionaries, and get the right skills and tools to advance your future.

Join us in Budapest, Hungary, for an enriching one-day in-person event where we will delve into the amazing capabilities of MATLAB, Simulink, COMSOL Multiphysics, and Speedgoat. Discover practical insights that can advance your projects and broaden your understanding.

We’ve curated an exceptional lineup of sessions that delve into five application areas:

AI
Electrification
Model-Based Design
Technical Computing
Finite Element Simulation

Save your free seat today for this can’t-miss engineering event! Together, let’s embark on a journey that fosters the SciEngineering evolution, where learning and collaboration shape our shared future.

So many reasons to attend

Insider knowledge

Empower yourself and your team with the knowledge and unique insights into the software from its developers.
Exceptional speakers

Get tips on the industry's best practices on the use of our products from enthusiastic developers and software experts.
Networking opportunities

Whether you are an engineer, researcher, scientist, or business leader, you'll meet many like-minded people.

October 17, 2024 | Budapest, Millenáris Park

SciEngineering Conference 2024

Agenda

Check out the schedule and decide which talks you want to join! Click the session slot to see details!

8:00 - 9:00 Registration
9:00 - 9:20 Conference Opening Remarks Peter Bolesza, CEO at SciEngineer
9:20 - 9:50 R&D Megatrends Lajos Varga, Head of Engineering at SciEngineer
9:55 - 10:25 Calculation of the Lifetime Expectancy of Battery Fuse Lucjan Strehar, Researcher at ETI Elektroelement d.o.o.

Fuses are crucial electrical safety devices that terminate circuits in case of overcurrent or short circuits. When used in e-mobility or solar power generation applications, they are exposed to extreme ambient temperatures and electrical loads that can cause mechanical failure due to thermal stress inside thin silver strips and their short lifetimes. ETI Elektroelement d.o.o. used COMSOL Multiphysics to calculate the lifetime expectancy of their product and optimize the design itself to achieve reliable operation in these conditions. A complex multiphysics model was created that coupled the AC/DC module, Heat transfer module, Solid mechanics module, and Fatigue module. Since fatigue testing can take years to finish, they accelerated the experiments to verify the numerical model, using derating factors both in the real world and in simulation.
10:25 - 10:45 Coffee Break
10:45 - 11:15 From Classroom to Industry: MATLAB's Journey in Fostering Technological Innovation Marco Rossi, Education Customer Success Engineer at MathWorks

The innovation cycle fosters the sustainable development of the latest technologies through a synergistic relationship between education, research, and industry. At the core of this dynamic ecosystem lies the MathWorks platform. MATLAB and Simulink are widely used in undergraduate studies and corporate high-tech projects. Such wide spectrum adoption allows these tools to rapidly evolve jointly with current industrial trends and, in a loop, reflect such knowledge to academia. The industry has a demand for skilled engineers in new technology (like AI) and tools (like MATLAB), and, in turn, academia is responding to that need through skill development.
Originating in academia to assist students with linear algebra, MATLAB maintains its academic foundation, with approximately 85% of its users stemming from academia. Today, the MathWorks and SciEngineer Academia Team support students, lecturers, and researchers in adopting MATLAB and Simulink throughout the SEE region, with 30+ universities with full open access to the platform. Within this context, industry-academia collaborations play a crucial role in ensuring a continuous evolution and mutual exchange to foster innovation, enhance research capabilities, and prepare a skilled workforce for future challenges.
11:20 - 12:00 ISO 26262 Roundtable: Ensuring Functional Safety in E/E Development Bence Nagy, Application Engineer at SciEngineer

Safety-related engineering, as prescribed by ISO 26262, demands significantly more effort compared to non-safety-related projects of similar complexity. This can potentially double your project’s development efforts. However, by understanding ISO 26262’s role in your development lifecycle, you can reduce product development lead times. In this round-table discussion with industry leaders, we will address how to efficiently manage ISO 26262 projects and achieve a robust yet efficient development lifecycle.
12:00 - 13:30 Interactive Demo Showcases & Lunch break
15:40 - 16:00 Session TBA Vilmos Katona, Professional Services and Solutions Business Development Manager at SciEngineer
16:00 - 18:00 Beer & Networking

Why settle for small talk when you can enjoy big ideas over a cold beer? Join us for our Beer & Networking event, where the beer is complimentary, and the atmosphere is as relaxed as your latest code deployment. This is your chance to brainstorm, troubleshoot, and bond with fellow engineers, team leads, and CEOs in a laid-back setting. Extend the conversation beyond the sessions and make the most of your conference experience—one brilliant idea and one refreshing sip at a time!

Elective afternoon tracks

Check out the afternoon schedule and decide which workshops you want to join! Click the session slot to see details!

Electrification Track
AI Track
Multiphysics Track
Demo Showcases

13:30 - 13:50 The New Way of Safety Analysis: Leveraging MBSE for Fault Analysis Daniel Szabo, Application Engineer at SciEngineer

Creating an FMEA is challenging due to the overwhelming complexity of analyzing large systems with numerous components and interdependencies, collecting accurate data, and dealing with subjective judgments. By leveraging the MBSE approaches and systematic simulation and analysis of fault behaviors, safety- and systems engineers can tackle the complexity of systems and provide evidence of the correctness of the fault detection and mitigation logic.
13:55 - 14:15 Motor Controller Test using Emulated Motor and Load Chain Laszlo Mathe, System Engineer at Robert Bosch
14:15 - 14:35 Coffee & Networking
14:35 - 15:05 Future-Proofing E-Mobility: Fast Development and Market Adaptation - Overcoming Challenges in the Global E-Mobility Market Vlad Tucaliuc, Model Based System Engineering Group Leader E-Mobility & Doru Tiuhuniuc, Global Head of System Design E-Mobility at PREH

As the global e-mobility market experiences unprecedented growth, the need for innovative and agile development approaches becomes crucial. This session will explore the comprehensive journey of electric vehicle (EV) architecture development, emphasizing the integration of real-time environments in high-voltage systems.
We will delve into the pioneering efforts of the first team to successfully implement a Speedgoat real-time simulation machine in a high-voltage environment, highlighting the technical challenges and solutions that made this breakthrough possible.
The discussion will encompass the full spectrum of top-to-bottom development and testing, including requirements definition, model development, and rigorous testing methodologies such as MIL, SIL, HIL, and Power HIL. Special attention will be given to the fast-paced concept development processes essential in keeping up with the rapid evolution of the e-mobility market.
Participants will gain insights into the agile methodologies employed by leading teams in model-based applications, which speed up development and enhance the reusability of software components.
15:10 - 15:30 Discover the benefits of MathWorks latest solutions for AUTOSAR development Domenico Ferrari, Senior Application Engineer at MathWorks

One of the main challenges of the AUTOSAR development is that the Model-Based Design approach is often restricted at the component level and disconnected from the software architecture level.

MathWorks proposes to bridge this gap with a fully integrated and synchronized Model-Based Design approach, extended to cover seamlessly the AUTOSAR development.

Discover how this solution enables simulation, formalization, analysis, and optimization techniques to enhance your confidence in your software architecture, by eliminating inconsistencies and unexpected behaviors in your AUTOSAR software development.

13:30 - 13:50 Real-time Lidar and Camera Integration for Autonomous Navigation using MATLAB Orkeny Zovathi, Application Engineer at SciEngineer

Lidar and Camera sensors are highly effective for autonomous systems due to their complementary capabilities: Lidars provide precise distance measurements, while cameras offer rich visual data understand the environment.

This presentation explores a Lidar-camera based real-time mapping and object detection workflow using MATLAB. Leveraging MATLAB’s advanced toolboxes and functions, we develop a system that integrates Lidar data and camera images to construct detailed environmental maps and accurately identify objects. The approach combines Lidar’s spatial accuracy with the camera’s texture and color information, enabling effective 3D reconstruction and object classification. Experimental results demonstrate the system’s capability in diverse environments, highlighting the benefits of sensor fusion for enhanced performance in autonomous navigation tasks.
13:55 - 14:15 Integrating Predictive Maintenance in Industrial Automation Systems Gyula Peter Geszti, Application Engineer at SciEngineer

This presentation will explore the integration of predictive maintenance within industrial automation systems. This will include an outline for specific energy sector systems. We will discuss the core principles and methodologies, including real-time data monitoring, predictive algorithms, and seamlessly incorporating these technologies into existing automation frameworks. I will highlight the critical role of predictive maintenance in improving energy efficiency and sustainability. By ensuring the optimal performance of critical assets, energy companies can significantly reduce energy consumption and emissions, aligning with global sustainability goals. The presentation aims to equip industry professionals with a comprehensive understanding of predictive maintenance and its transformative potential in industrial automation and energy management.
14:15 - 14:35 Coffee & Networking
14:35 - 15:05 Development of an FPGA-Based Neural Processing Unit for Hyperspectral Image Analysis in Planetary Defense Applications Gabor Farkas, Researcher at CSP INNOVATION & Gabor Fazekas, Researcher at NKE Doctoral School of Military Sciences

Planetary defense encompasses strategies and technologies for detecting and mitigating potential asteroid impacts on Earth. Hyperspectral imaging (HSI) is an invaluable tool in this field, providing detailed spectral data for analyzing the composition and structure of asteroids. This research focuses on enhancing planetary defense capabilities by developing a sophisticated hyperspectral image processing pipeline using model-based design methodologies in MATLAB.
The processed hyperspectral data is utilized to train a Convolutional Neural Network (CNN) designed for precise classification and analysis of asteroid materials. To meet real-time processing demands in space missions, the trained CNN is embedded into an FPGA using MATLAB’s HDL Coder, resulting in a customized Neural Processing Unit (NPU). This NPU harnesses the parallel processing power of FPGAs, ensuring high-speed and efficient onboard data analysis.
The proposed system aims to significantly improve the accuracy and speed of asteroid composition analysis, contributing to better-informed decisions in planetary defense initiatives.
This presentation aims to showcase the detailed workflow involved in developing such a device, providing insights into each stage of the process from initial design to final implementation.
15:10 - 15:30 Enabling Applied AI: Streamlining AI-Driven Systems with Deployment Solutions Jia Lin Hu, Application Engineer at SciEngineer

This presentation explores the transformative potential of applying AI models across diverse engineering domains.

The speaker will showcase how deployment solutions facilitate the seamless integration of AI models into various systems, including embedded devices, enterprise systems, edge computing, cloud platforms, and desktop applications. Attendees will discover how these tools can drive innovation in their engineering projects and gain practical insights on leveraging them to enable applied AI in their specific fields.

13:30 - 13:50 Deep Neural Networks in Multiphysics Simulations Arpad Forberger, Senior Application Engineer at SciEngineer

The computational speed of a simulation app can be greatly increased by using a surrogate model instead of a full-fledged finite element model. A surrogate model is a simpler, usually computationally less expensive model that is used to approximate the behavior of a more complex, and often more computationally expensive, model.

The faster model evaluation offered by a surrogate model provides the app user with a more interactive experience and makes it easier to spread the use of simulation throughout an organization.
13:55 - 14:15 Session TBA
14:15 - 14:35 Coffee & Networking
14:35 - 15:05 Multiphysics Roundtable Arpad Forberger, Lucjan Strehar, Balazs Varga, Peter Gajdatsy, Petar Hranov, Martin Kovacs, and Bixente Artola

During the multiphysics roundtable, industry leaders will share their experiences on how multiphysics simulation has benefited their projects in understanding, designing, and optimizing processes and devices under realistic conditions.
By attending the roundtable discussion, participants will get an insider look at how industry leaders use COMSOL Multiphysics® to reduce development costs and time and foster innovation.
15:10 - 15:30 Meshing Techniques for Efficient CFD Modeling Bixente Artola, Global Support Engineer at COMSOL

The presentation will focus on the different meshing techniques and geometry defeaturing that are crucial in the context of CFD simulations in COMSOL Multiphysics.

12:00 - 13:30 Automated Coin Defect and Cleanliness Detection Orkeny Zovathi, Application Engineer at SciEngineer

This demo showcases a MATLAB-based solution for automated coin inspection, focusing on identifying defects and cleanliness. The system effectively detects imperfections and dirt by employing image processing techniques and machine learning algorithms, providing real-time feedback for quality control.
12:00 - 13:30 Pilot-in-the-Loop Simulation of a UAV Daniel Szabo, Application Engineer at SciEngineer & Kiril Boychev, Performance and Simulation Lead at DRONAMICS

This demo explores advanced methodologies in aircraft dynamics, control design, and testing. A comprehensive Verification and Validation (V&V) workflow is shown, incorporating Model-in-the-Loop (MiL), Software-in-the-Loop (SiL), Processor-in-the-Loop (PiL), and Hardware-in-the-Loop (HiL) testing with Speedgoat systems. Additionally, the integration of Cesium and Unreal Engine provides an enhanced visualization framework for simulation and analysis.
12:00 - 13:30 Driver in the Loop Simulator Bence Nagy, Application Engineer at SciEngineer

This demo showcases a Driver-in-the-loop simulation through a car racing game. The objective of the game is to reach the finish line against the timer (similar to the old arcade game Outrun). Participants can take the wheel and enjoy an immersive experience on their favorite tracks in a virtualized environment.
12:00 - 13:30 Multiphysics on Single-Board – Finite Element Models in Embedded Applications Arpad Forberger, Senior Application Engineer & Gabor Kovacs, Training Engineer, SciEngineer

The demo showcase presents how thermal effects in power electronics systems can be modeled in COMSOL, providing high-fidelity simulation and analysis. The FEM model is then approximated by a reduced-order model realized as a neural network and exported as an FMU to enable co-simulation with Simulink. After designing and validating a control algorithm with virtual sensors based on the FEM model, the system can be deployed to an embedded device with the help of Embedded Coder. The demo showcase illustrates the workflow on a real physical model, providing first-hand experience.
12:00 - 13:30 Rock-Paper-Scissors against AI with Computer Vision Akos Koppany Kiss, Application Engineer at SciEngineer

Do you dare to play against the machine? As a human plays against the computer, the AI tries to learn and counter the human’s strategy. Even subconscious patterns can be revealed, highlighting the predictability of human behavior. The well-known Rock-Paper-Scissors game is implemented here, featuring camera-based hand-gesture recognition and AI-driven decision-making. The demo showcases MATLAB’s core capabilities in AI, reinforcement learning, and computer vision.
12:00 - 13:30 Sound Auralization for Acoustics Arpad Forberger, Senior Application Engineer & Mark Csikszentmihalyi, Application Engineer Intern at SciEngineer

This demo showcases sound auralization in COMSOL Multiphysics and presents different convolution methods in a single model. It also showcases a hybrid method to simulate the full frequency range in room acoustics applications.
12:00 - 13:30 Rapid Prototyping of Control Software for Formula Student Race Cars: The BME FRT Approach Peter Pacsonyi, Chief Engineer at the BME Formula Racing Team

This demo showcases the BME Formula Racing Team’s (FRT) solution for developing and testing Vehicle Dynamics Control software, as well as their version control integration using Git. Founded in 2007 by a group of talented engineering students, BME FRT set out to be the first Hungarian team to enter the global Formula Student series. As teams build a new car each season, rapid prototyping methods play a crucial role in their workflows.
12:00 - 13:30 From Environmental Challenge to Product: Planergy’s Experience with MATLAB and Simulink Suite for Startups Mate Toth, Simulation Engineer at Planergy Solutions & Virag Krizsan, Industry Representative at SciEngineer

This demo showcases how Planergy accelerated the development of their new product for the solar sector, DimenSim, by leveraging MATLAB and Simulink Startup Suite. Specifically designed for startups, the demo highlights the suite’s benefits, including access to 90+ tools.

Speakers

Learn from experts. Then be an expert.

Koppany is an application engineer at SciEngineer. 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.

Akos Koppany Kiss, PhD

Application Engineer, SciEngineer
Arpad is a senior application engineer at SciEngineer. 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.

Arpad Forberger, PhD

Senior Application Engineer, SciEngineer
Balazs is an acoustic engineer at Harman, Automotive Microphone RnD group. His work focuses on acoustic simulations in the automotive industry.

Balazs Varga

Senior Acoustic Design Engineer, Harman
Bence is an application engineer at SciEngineer. 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 SciEngineer, 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.

Bence Nagy

Application Engineer, SciEngineer

Bixente Artola works as a global support engineer at COMSOL’s Swedish office and is specialized in geometry, meshing, and fluid mechanics. He joined COMSOL in 2019 after receiving his MSc in aerospace engineering from both ISAE SUPAERO in France and KTH in Sweden.

Domenico is a Senior Application Engineer at MathWorks. During his previous working experience, he worked in the automotive industry developing control algorithms for electronic control units and smart actuators using Model-Based Software Design. Moreover, Domenico was also responsible for defining and implementing a company process for software design compliant with the AUTOSAR standard. Domenico holds a Master’s Degree in Computer Engineering specializing in Embedded Systems at the Politecnico di Torino – Italy.

Domenico Ferrari

Senior Application Engineer, MathWorks
Daniel is an application engineer at SciEngineer.

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.

Daniel Szabo

Application Engineer, SciEngineer
Domonkos is an application engineering team lead at SciEngineer.

Domonkos received his MSc in electrical and electronics engineering and embedded system design at the Budapest University of Technology and Economics (BME). Currently he leads a team of engineers, ensuring their professional growth and company services’ excellence. Domonkos’ consulting and development work focuses on model-based design, verification & validation and automatic code generation.

Domonkos Szeker

Application Engineer Team Leader, SciEngineer
Doru is the Global Head of System Design for e-mobility at PREH, overseeing the strategic direction and execution of system design initiatives worldwide. With a robust background in Vehicle build-up, integration, and testing, He has been recently challenged to navigate the challenges of the global e-mobility market, driving innovation and market adaptation.

Doru Tiuhuniuc

Global Head of System Design E-Mobility, PREH
Gabor’s consulting work focuses on helping his clients with hardware and software development. He is also a student at the University of Public Services, Doctoral School of Military Engineering. Previously, he worked at HM EI Zrt. for over a decade as an embedded system engineer in the information security department. The main scope of his work there involved FPGA development, hardware design, and research regarding compromising electromagnetic emission.

Gabor Farkas

Researcher, CSP INNOVATION (Farkas Gábor E.V.)
Gabor began his engineering career in 2007, specializing in the design and implementation of signal processing algorithms on microcontrollers and FPGAs. A pivotal moment in his career was his first experience with a MATLAB signal processing course, which significantly broadened his expertise in creating adaptive filters. Throughout his career, Gabor has been involved in numerous defense industry projects, focusing on telecommunications and TEMPEST. Currently, he utilizes MATLAB for edge AI implementations in various research projects.

Gabor Fazekas

Researcher, NKE Doctoral School of Military Sciences
Gabor is a training engineer at SciEngineer. 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 SciEngineer, he enables our partners to facilitate their innovation cycle by delivering training on the effective use of MATLAB and Simulink in various fields.

Gabor Kovacs

Training Engineer, SciEngineer
Gyula is an application engineer at SciEngineer. He received his MSc in Biomedical Engineering & Physics from King’s College London, focusing on MRI Sequence Development and Advanced Imaging Techniques. Additionally, he is an alumnus of Eötvös Loránd University (ELTE). Gyula spent three years in research & development, developing MRI software for preclinical MRI machines. His expertise in physics phenomena and R&D experience bring a unique combination of insights to help you overcome your challenges.

Gyula Peter Geszti

Application Engineer, SciEngineer
Lin is an application engineer at SciEngineer. His consulting and development work focuses on MATLAB and Application Deployment.

Jia Lin Hu

Application Engineer, SciEngineer
Juan is an Application Engineer at SciEngineer, where he has been contributing since May 2024. Previously, he worked as a Model-Based Systems Engineer at Capgemini Engineering. In this role, he specialized in creating Matlab/Simulink artifacts and process definitions to meet standards, testing, and code generation in CI/CD, adapting models for real-time simulation environments, and developing user guides. Juan holds a Master of Engineering in Industrial Mechanics from Universidad Carlos III de Madrid.

Juan Carlos Vicente Gonzalez

Application Engineer, SciEngineer
Lajos is an engineer with 10+ years of R&D experience and the Head of Engineering at SciEngineer. He brings a unique combination of knowledge, experience, and insight to help you solve your challenges.

Lajos Varga

Head of Engineering, SciEngineer
Lucjan is a researcher at ETI Elektroelement d.o.o., where he leads a team of simulation experts. His work focuses on circuit breakers and switches.

Lucjan Strehar

Researcher, ETI Elektroelement d.o.o.
Marco is a member of the MathWorks Academia Team and supports lecturers and researchers in the use of MATLAB and Simulink for teaching and research. Since 2020, Marco has run curriculum development projects in South Africa, Turkey, Hungary, and many other universities. Marco graduated from La Sapienza in Rome, specializing in Aeronautical Engineering. Since 2015, he has worked as an Assistant Researcher at TU Dresden in Germany, where in 2019, he obtained his PhD in Mechanical Engineering. Marco taught several courses during his academic experience, including statics and intelligent materials.

Marco Rossi

Education Customer Success Engineer, MathWorks
Mark is an application engineer Intern at SciEngineer, where he contributes to cutting-edge projects and advances innovative solutions. Simultaneously, he is pursuing a Master’s degree in Mechanical Engineering Modelling at BME.

Mark Csikszentmihalyi

Application Engineer Intern, SciEngineer
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.

Mate Toth

Simulation Engineer, Planergy Solutions
Orkeny is a senior AI and machine learning expert with 6+ years of R&D experience. He received his MSc in electrical engineering from the Budapest University of Technology and Economics (BME) , focusing on the perception of autonomous robots and vehicles, and he earned his PhD in computer science from Pázmány Péter Catholic University (PPCU) related to computer vision and 3D perception.

Orkeny Zovathi

Application Engineer, SciEngineer
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.

Peter Bolesza

CEO, SciEngineer
Vilmos is the expert liaison for enabling our partners at the cross-section of business and technology. When it comes to meeting your stakeholders business expectations and setting short- and long term objectives on your roadmap, he’ll be your trusted advisor.

Vilmos Katona

Professional Services and Solutions Business Development Manager, SciEngineer
Vlad is the Model Based System Engineering Group Leader for e-mobility projects at PREH. In this role, he leads the development and implementation of model-based applications, focusing on innovative methodologies to enhance the efficiency and effectiveness of E-Mobility product portfolio for High voltage converters and energy management . With experience in system engineering, Vlad has made significant contributions to the field, particularly in integrating real-time environments in high voltage systems.

Vlad Tucaliuc

Model Based System Engineering Group Leader E-Mobility, PREH

Show all Speaker

The Venue

Budapest, Millenáris Park

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.

Location & Transport

: Budapest, Millenáris Park
H-1024 Budapest,
Kis Rókus u. 16-20
Building G
: Click to show email
: +36 (1) 6900 904

Travel Advice

Frequently Asked Questions

What is SciEngineering Conference?

The SciEngineering Conference is a one-of-a-kind event expertly curated by SciEngineer. The conference’s primary aim is to promote innovation by showcasing the cutting-edge capabilities of MATLAB, Simulink, Comsol Multiphysics, and Speedgoat.
When will SciEngineering Conference 2024 take place?

October 17, 2024.
Where will SciEngineering Conference 2024 take place?

Millenáris Park, HU-1024 Budapest, Kis Rókus u. 16-20, Building G
How can I attend SciEngineering Conference 2024?

The conference is free of charge; however, due to limited capacity, registration is mandatory to secure your spot.
Is SciEngineering Conference 2024 an entirely English conference?

All sessions are in English.
Will there be food and beverages during SciEngineering Conference 2024?

Yes! All attendees will have access to lunch and snacks during the breaks and beverages during the day.
What are you going to do with my email address after I’ve registered for SciEngineering Conference 2024?

Your name and email address are stored in ActiveCampaign. We’ll use it to inform you about updates regarding the conference, as well as provide you with relevant information regarding future events. Every email you receive about future events aside from includes an unsubscribe button. Simply hit that if you’d no longer like to hear about future events.
Is there a photographer during SciEngineering Conference 2024?

Yes, a photographer will take photos during the event. The intention behind taking these photographs is to provide an overall impression of the SciEngineering Conference 2024, and they may be featured in our newsletter or on our social media platforms. If you prefer not to be photographed, please inform us during the registration process on the day of the event.
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October 17, 2024 | Budapest, Millenáris Park

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250+ attendees · 3 elective tracks · 20+ speakers

Get ready to redefine the limits of science.

So many reasons to attend

Insider knowledge

Exceptional speakers

Networking opportunities

Agenda

Elective afternoon tracks

Speakers

Budapest, Millenáris Park

Location & Transport

How to get to Millenáris Park

Frequently Asked Questions

Registration: SciEngineering Conference 2024

October 17, 2024 | Budapest, Millenáris Park