Opening of the conference by RWTH Aachen University & Siemens

• Prof. Matthias Wesseling, Vice-Rector for Translation and Transfer, RWTH Aachen
• Dr. Philipp Lill, Global Head of Research and Innovation Ecosystem, Siemens Foundational Technologies
• Dr. Chantal Sinnwell, Head of Cross-Portfolio Solutions & Systems Engineering Domain Lead, Siemens Industry Software GmbH

Explore the future of system engineering within Industry 4.0. The keynote will focus on the integration of digital twins and cyber-physical systems to optimize industrial processes. Discover how data-driven approaches and machine learning enhance the efficiency and adaptability of manufacturing systems and the crucial role of interdisciplinary collaboration in creating innovative solutions for today’s industrial challenges.

• Prof. Georg Jacobs, Director of Chair and Institute for Machine Elements and Systems Engineering, RWTH Aachen University

Explore the frontier of electronic system engineering at the labs of the Chair of Electronic Devices and AMO GmbH at RWTH Aachen University. State-of-the-art facilities are dedicated to advancing the development and integration of cutting-edge electronic devices, ensuring the highest standards of performance and reliability.

Some highlights of the labs:

• Advanced Semiconductor Research: Dive into the world of nanoelectronics as we develop and test innovative semiconductor technologies, pushing the boundaries of system efficiency and speed.
• Integrated System Design: Experience the seamless integration of electronic components and systems in our labs, where we optimize system interactions for enhanced performance and sustainability.

Discover the future of automotive and innovative mobility solutions at the labs Institute for Automotive Engineering (ika) at RWTH Aachen University.  As a pioneer in automotive research, ika addresses aspects through the entire vehicle - from the concept and design phase to testing and validation - covering key areas such as electric mobility, vehicle dynamics, and autonomous driving.

Some highlights of the labs:

• Electric Vehicle Research: Explore a range of research vehicles, including two battery-electric trucks equipped with Siemens pantographs for operation on electrified (catenary) road sections. These vehicles are part of the research project BEE – BEV goes eHighway, investigating integration the ERS technology into series production vehicles.
• Advanced Driving Simulators: Observe the seamless interaction between vehicle dynamics and driver-assistance systems in our state-of-the-art driving simulators. These immersive environments are used to test, develop, and optimize complex system behaviors under realistic driving conditions.

Discover the future of system engineering at the labs of the Institute for Machine Elements and Systems Engineering and the Center of System Engineering at RWTH Aachen University. State-of-the-art facilities are dedicated to advancing the design, integration, and optimization of complex mechanical and system engineering solutions, ensuring the highest standards of performance and reliability.

Some highlights of the labs:

• Innovative Mechanical Design: Explore cutting-edge mechanical components and systems, where we develop and test advanced solutions for enhanced durability and efficiency.
• System Integration and Testing: Experience the seamless integration of mechanical, electronic, and software systems in our labs, where we optimize system interactions for unparalleled performance and sustainability.

Advanced system engineering is transforming the automotive industry. AI and machine learning optimize vehicle design and production, enhancing safety and efficiency. Integration of IoT and autonomous driving technologies enables real-time monitoring and predictive maintenance, driving the industry towards smarter, more sustainable mobility solutions.
hosted by RWTH and Startups

Innovations in system engineering are revolutionizing the semiconductor industry. Advanced AI and machine learning models optimize chip design and manufacturing, enhancing performance and efficiency. Integration of IoT and edge computing enables real-time monitoring and predictive maintenance, driving the industry towards smarter, more sustainable solutions.

hosted by RWTH and Startups

Model-based system engineering is revolutionizing industries by integrating digital models and simulations throughout the product lifecycle. This approach enhances design, validation, and optimization, leading to more efficient, reliable, and innovative systems.

hosted by RWTH and Startups

Opening of the second conference day by DIFFER and Siemens

• Prof. Marco De Baar, Director of the Dutch Institute for Fundamental Energy Research DIFFER and Chair of Plasma Fusion Operation and Control, TU/e
• Patrick Fokke, Vice President GSCS Benelux, Managing Director Netherlands, Siemens Digital Industries Software
• Dr. Steffen Lamparter, Head Data Analytics & AI, Technology and Innovation, Siemens Foundational Technologies

Embark on an insightful journey into the transformative world of AI in system engineering on the second day of our conference. This keynote session,of our academic partners, will explore AI's pivotal role in modernizing engineering practices. Uncover how AI-driven innovations are set to redefine the landscape, offering new dimensions of creativity and efficiency in engineering endeavors.

• Dr. Carlo van de Weijer, General Manager Eindhoven AI Systems Institute, TU/e

Based on Dr. Sinnwell's daily customer experiences and real-world applications within the field of MBSE, she will share insights into challenges and opportunities in MBSE, including an honest assessment of barriers and how to leverage emerging technologies to overcome them.

• Dr. Chantal Sinnwell, Head of Cross-Portfolio Solutions & Systems Engineering Domain Lead, Siemens Industry Software GmbH

Esteemed speakers from our reserach institute partners and leading expert in Siemens will delve into “Automotive Chiplet Program” and how this innovative framework will revolutionize automotive technology. Discover how the integration of chiplets is set to enhance performance, efficiency, and adaptability in the automotive industry, paving the way for future advancements.

• Bart Placklé, Vice President Automotive, imec
• Herbert Taucher, Head of Research and Pre-Development for IC and Electronics, Siemens Foundational Technologies

Gain insights into what to expect in the upcoming deep dives through brief pitching sessions.

Dive into the forefront of model-based system engineering innovations in our workshop tailored for system design specialists. Engage with leading experts as they share best practices in requirement management and AI-enhanced system design techniques. Discuss the latest advancements in software verification and validation and uncover opportunities to shape the future of engineering with precision and intelligence.

• Dr. Joerg Berroth, Managing Chief Engineer at MSE, RWTH Aachen | Managing Director at Center for Systems Engineering
• Dr. Gregor Höpfner, Head of Systems Engineering - Connected Systems, RWTH Aachen
• Dr. Johan Vanhuyse, Product Manager Simcenter MBSE, Siemens Digital Industries Software

Interactive workshop focused on the cutting-edge advancements in systems engineering for software defined products. This session will feature insights on how AI is revolutionizing software defined product design, optimizing both efficiency and functionality. Explore with other experts the latest AI-driven techniques that are empowering engineers to tackle complex challenges in software defined products with unprecedented precision.

• Asst. Prof. Yanja Dajsuren, Program Director of the PDEng Software Technology program, TU/e
• Hans-Juergen Mantsch, Director SDV & MBSE, Systems and Software Engineering, Siemens Digital Industries Software

Chip selection is frequently oversimplified, resulting in suboptimal systems that barely meet requirements, deadlines, and compromise long-term platform viability due to reliance on familiar components and disconnect between teams. Explore when traditional methods may be suitable and how to achieve a "global optimum.“ Discuss ideal chips selection or designing custom ones based on architecture-level functional requirements and emphasize establishing effective bidirectional communication channels between marketing, architects, and implementation teams.

• Prof. Dr. Christoph Grimm, Head of Chair Development of Cyber-Physical Systems, RPTU University Kaiserslautern-Landau
• Martin Barnasconi, Technical Director Model-Based Systems Engineering, NXP Semiconductors
• Thomas Heurung, Technical Director EMEA, Siemens Electronic Design Automation
• Dr. Petri Solanti, Senior Field Application Engineer, Siemens Electronic Design Automation

Join an engaging workshop focused on the transformative applications of AI in systems engineering, where you'll explore how industrial foundation models provide a comprehensive framework for enhancing system design and innovating engineering solutions. Discuss latest techniques and collaborate with peers to harness these models, driving the future of AI in systems engineering and pushing the boundaries of innovation.

• Assoc. Prof. Gijs Dubbelman, Head of Mobile Perception Systems Lab, TU/e
• Dr. Max Haberstroh, Associate Director at Accenture Industry X | Industrial Data Science, Accenture
• Bernhard Lang, Program Manager of Company Core Technology Data Analytics & AI, Siemens Foundational Technologies

Join an insightful workshop focused on frontloading system performance validation and optimization through cutting-edge simulation workflows. Discuss advanced methods to enhance the precision of complex sensor, environment, and control systems, and optimize product performance with targeted strategies. Engage in dynamic discussions that facilitate stakeholder exchanges across component and system development, driving collaboration and innovation in engineering practices.

• Assoc. Prof. Dr. Frank Naets, Chair Digital Twin for Smart and Sustainable Products, KU Leuven
• Peter Janssen, Business Process Architect Verification Management, ASML
• Dr. Son Tong, R&D Digital Twin & AI Engineering Manager, Siemens Digital Industries Software
• David Almer, Business Dev. System Simulation & MBSE, Siemens Digital Industries Software
• Dr. Katrien Wyckaert, Vice President Innovation at Simulation and Test Solutions, Siemens Digital Industries Software

Immerse yourself in a workshop exploring the pivotal role of data in system engineering. Discover advancements in real-time monitoring and optimization, as experts reveal how data-driven feedback loops enhance system performance. Discuss how to leverage data for continuous improvement, transforming engineering processes and driving innovation through informed decision-making.

• Prof. Dr. Bernhard Rumpe, Chair of Software Engineering, RWTH Aachen University
• Prof. Dr. Wil van de Aalst, Chair Process and Data Science, RWTH Aachen University | Chief Scientist, Celonis
• Prof. Dr. Mark van den Brand, Chair Software Engineering and Technology, TU/e
• Filipp Rosinski, Head of Integrated Process & Tool Landscape, Siemens Healthineers
• Dr. Cornel Klein, Project Manager Software Systems & Processes, Siemens Foundational Technologies

• Conference committee