Revolutionizing Vietnam's Industry with AI and Green Energy
Explore Cutting-Edge Technologies, Engage with Industry Leaders, and
Discover Opportunities for Collaboration and Innovation.
Speakers
[Dr Marcelo H. ANG Jr]
Professor, Department of Mechanical Engineering National University of SingaporeDr. Ang, an Associate Professor in Mechanical Engineering at the National University of Singapore, is a robotics pioneer. He introduced the first programmable robotic system for ship welding and contributed to autonomous driving with the Singapore MIT Alliance for Research and Technology. He's actively involved in professional associations and committees. Dr. Ang founded the Singapore Robotics Games, advises the World Robot Olympiad, and received a 2018 Merit Award from Enterprise Singapore for his quality and standards contributions.
[Dr Chong Shin Horng]
Senior Scientist Advanced Remanufacturing and Technology Centre (ARTC)Dr Chong is a Senior Scientist at the Advanced Remanufacturing and Technology Centre (ARTC). With a distinguished Doctor of Engineering degree from Tokyo Institute of Technology, she specializes in robotics, including the development of robotic arms for EV battery maintenance. Dr. Chong's research interests encompass precision motion control, control theory, rehabilitation assistive equipment, and biomedical engineering, contributing significantly to technology and healthcare advancement.
[Li Xiaocong]
Research Scientist Singapore Institute of Manufacturing Technology (SIMTech)Dr Li Xiaocong is a Research Scientist with SIMTech. He received his BEng degree and his PhD degree from the National University of Singapore. After completing his Ph.D. under the A*STAR Graduate Scholarship (AGS), he joined SIMTech’s Mechatronics Group. He currently leads a research project on data-driven iterative tuning for commercial high-speed controller. His research interests include data-driven intelligent control and learning control with application to industrial robotics and precision machines.
[Ritesh Tekriwal]
Principal Engineer ION MobilityRitesh Tekriwal, a Principal Engineer at Ion Mobility since June 2021, leads projects and innovates solutions for electric two-wheelers.
Previously at Ather Energy, he developed smart scooter features, sensor fusion algorithms, and test data automation. Ritesh also designed a Data Logging System and contributed to features like auto-indicator cancellation.
[Ian Alferez]
Technical Software Manager VinFastIan Alferez is a seasoned Technical Software Manager at VinFast, where he brings his extensive expertise to lead and drive innovation in automotive software solutions. With a passion for cutting-edge technology and a proven track record of delivering top-notch software solutions, Ian plays a pivotal role in advancing VinFast's mission to shape the future of the automotive industry. His dedication to excellence and commitment to pushing the boundaries of software engineering make him an invaluable asset to the VinFast team.
[Alex Lo]
Group CEO TechSource Systems & Ascendas Systems GroupWith his passion in software engineering, Mr Alex Lo founded TechSource Systems in 1996, a company for distributing high-end computing software for research institutes, multinational corporations and universities in South East Asia and is the group CEO.
He also founded i-Math Pte Ltd, which distributes high-end didactics and complex analysis software tools. He also serves in his personal capacity at charitable and non-profit organizations.
[Zach Goh]
Regional Technical Manager TechSource SystemsZach is a roboticist with over a decade of experience in factory automation across industries in Asia Pacific, working with both manipulators and mobile robots. His dream is to enable robots enter the home, construction site, kitchen and other places with unstructured environments. Hence, he hopes to inspire aspiring engineers to solve tough engineering problems through cross-fertilization of ideas across multiple disciplines. Zach is an alumnus of NUS via his Bachelor’s in Computing and graduated with a Master's in Engineering from Johns Hopkins University.
[Ian Phillip Lowe]
Application Engineer TechSource SystemsIan completed his studies in the EPD Robotics Track at SUTD and subsequently transitioned into the role of Research Officer at SUTD, where he effectively managed and concluded research projects related to robotics development within ROAR Labs. Currently, Ian is employed at TechSource Systems, where he collaborates with clients from diverse industries, applying Mathworks products to address a wide range of applications.
Agenda
Ho Chi Minh City - Thursday 3 October 2024, 1:00 PM - 4:00 PM
Venue: G Floor, The Sentry C.
Hanoi - Saturday 5 October 2024, 9:00 AM -12:00 PM
Venue: Golden Room - 32nd Floor, Grand K hotel
Registration and Welcome Coffee
Introduction
Applying AI to Real-World Sensor Data
Discover how AI can be applied to sensor data using MATLAB and NI tools.
Green Hydrogen Production through Electrolysis
Explore the potential of green hydrogen production and the challenges in modeling and simulation for electrolysis plants.
Production of green hydrogen by electrolysis is identified as an enabler for electrified transportation and fossil-free industrial processes.
Despite the undoubted potential, planning, design and operation of electrolysis plants present several challenges.
• Physical multi-domain modeling and simulation
• Trade-off model fidelity versus simulation objective
• Power electronics control design
Coffee Break and Demos
OPC Access with Industrial Communication Toolbox
Learn how MATLAB and the Industrial Communication Toolbox can communicate with different OPC servers.
In this session, learn how to use MATLAB and the Industrial Communication Toolbox to communicate with different OPC servers. We will demonstrate connecting to OPC DA and OPC UA servers, showcasing real-world examples of data exchange in industrial automation.
Economic Analysis of PV Energy to Gas
Understand how renewable energy is converted to hydrogen gas and the role of physical system simulation in R&D engineering.
Electric power harvested from renewable energy sources (wind, solar) is converted into hydrogen gas.
Despite the undoubted potential, planning, design and operation of electrolysis plants present several challenges. Discover how physical system simulation can empower R&D engineering tasks ranging from performance analyses and controls development to techno-economic studies and deployment.
• Micro-grid integration and techno-economic analysis
• Options for sharing models such as Apps, FMU
Q&A Session
Registration and Welcome Coffee
Introduction
Applying AI to Real-World Sensor Data
Discover how AI can be applied to sensor data using MATLAB and NI tools.
Green Hydrogen Production through Electrolysis
Explore the potential of green hydrogen production and the challenges in modeling and simulation for electrolysis plants.
Production of green hydrogen by electrolysis is identified as an enabler for electrified transportation and fossil-free industrial processes.
Despite the undoubted potential, planning, design and operation of electrolysis plants present several challenges.
• Physical multi-domain modeling and simulation
• Trade-off model fidelity versus simulation objective
• Power electronics control design
Coffee Break and Demos
OPC Access with Industrial Communication Toolbox
Learn how MATLAB and the Industrial Communication Toolbox can communicate with different OPC servers.
In this session, learn how to use MATLAB and the Industrial Communication Toolbox to communicate with different OPC servers. We will demonstrate connecting to OPC DA and OPC UA servers, showcasing real-world examples of data exchange in industrial automation.
Economic Analysis of PV Energy to Gas
Understand how renewable energy is converted to hydrogen gas and the role of physical system simulation in R&D engineering.
Electric power harvested from renewable energy sources (wind, solar) is converted into hydrogen gas.
Despite the undoubted potential, planning, design and operation of electrolysis plants present several challenges. Discover how physical system simulation can empower R&D engineering tasks ranging from performance analyses and controls development to techno-economic studies and deployment.
• Micro-grid integration and techno-economic analysis
• Options for sharing models such as Apps, FMU
Q&A Session
A short description of the event. Explain the benefits of why they should attend and what they should expect when attending. Try to keep each of these consistent in scope and format. Most importantly, remember to use your company's voice for this copy.
Speakers
Wei Hong Loh
Senior Regional ManagerHe excels in using MATLAB for advanced multi-domain modeling and simulation, addressing complex challenges in system design and optimization. He collaborates with engineers to transition desktop simulations to real-time testing, enabling innovative solutions and fostering technological progress in various fields.