Ansys SimAce 2023 Virtual Event on 7 Dec 2023
The automotive industry is undergoing a disruptive transition with the convergence of multiple technologies and megatrends. Modern cars today comprise 100s of ECUs, multiple sensors, networks, million lines of software code. It is estimated that by 2030, the electrical & electronics and software market will be $ 447 billion (Source- McKinsey & Co.) and automotive semiconductor market size will be $ 200 billion by 2040 (Source- KPMG).
To deliver efficient, safe, and connected mobility experiences, auto firms need to accelerate design and innovation at an exponential rate. Engineers across automotive, electronics, semiconductor, and software providers are increasingly adopting physics-based simulation, virtual validation, and digitalization to accelerate vehicle development.
Join us for the Ansys SimACE, where engineering leaders and experts from global automotive, electronics, semiconductor, and software companies will discuss the emerging trends, challenges, solution practices, and role of simulation.
Agenda
Session timings:
- English sessions: 11:00 am – 5:00 pm (India time), 1:30pm - 7:30pm (Singapore time)
- Chinese sessions: 11:00 am – 5:00 pm (China time), 11:00am - 5:00pm (Singapore time)
- Taiwan sessions: 11:00 am – 5:00 pm (Taiwan time), 11:00am - 5.00pm (Singapore time)
Conference Tracks
Safety and Autonomy
Auto industry is heavily focused on advancing ADAS/AD technology to ensure the safety of vehicles and passengers. Automakers need to focus on providing reliable yet affordable solutions. Engineers are increasingly adopting physics- based sensor and modelling practices to accelerate ADAS/AD technology development. This track will focus on various aspects of ADAS/AD from sensor design, software development to system validation.
Connected, Digital and Intelligent
Emerging technologies have been revolutionizing mobility experience entirely. From V2V/V2X and 5G, to augmented reality, adaptive lighting, over-the-air upgrade, and remote diagnostics, these technologies have accelerated the move towards connected, digital and intelligent mobility. This track will focus on various topics including electromagnetics, sensors, digital cockpit, optics, connectivity with covering advances in design and validation practices.
Electrification
Companies are racing to capture e-mobility opportunities, but future success depends on meeting complex engineering goals. EV development involves multiple design iterations, several tests to performed for range, performance, reliability, safety, and security. Engineers are increasingly adopting virtualization practices to accelerate EV development. This track will focus on various aspects of EV development from component design to system validation.
Who Should Attend
- OEMs, Component Suppliers
- Semiconductor manufacturers
- Engineering Service Providers
- Startups, Technology Providers
- Research Institutes, Regulatory bodies
- R&D, Product Development, and Quality Functions