Engineering Beyond the System: AI-Driven EDA and the Future of Connected Engineering
Engineering Beyond the System: AI-Driven EDA and the Future of Connected Engineering
Modern semiconductor designs are becoming increasingly complex, with engineers required to manage functionality, performance, power, timing, area, and reliability throughout the development process. Managing this complexity requires advanced Electronic Design Automation (EDA) tools and efficient engineering workflows. At the same time, AI is creating new possibilities for how engineers design, analyze, verify, and optimize hardware.
Join us for this webinar to explore how EDA supports the semiconductor design process and how AI is being introduced into engineering workflows. We will look at how AI can assist engineers with design exploration, optimization, analysis, debugging, and repetitive engineering tasks, as well as the emerging role of generative and agentic AI in semiconductor development.
The webinar will also look beyond the semiconductor design flow to examine how engineering teams can connect chip, package, PCB, and system-level analysis. We will discuss the role of simulation in areas such as signal integrity, power integrity, electromagnetics, and thermal analysis, and how these capabilities can help engineers evaluate system-level behavior as designs become more integrated.
Key Takeaways
- Understand how EDA tools support modern semiconductor design, verification, implementation, and signoff.
- Explore how AI, generative AI, and agentic AI can support semiconductor engineering workflows.
- Learn how chip, package, PCB, and system-level simulation can be connected to analyze SI/PI, EM, thermal, and related engineering challenges.
Dr. Smiti Sachdeva Sehgal
Principal Applications Engineer – Electronics, Fluid Codes
Dr. Smiti Sachdeva Sehgal is a semiconductor and electronics professional with over 10 years of experience spanning analog IC design, physical design, semiconductor EDA tools, physical verification, and electronics simulation technologies. She has worked with leading semiconductor companies including Synopsys and Cadence.
Her expertise covers IC design methodologies, semiconductor verification flows, analog and digital design concepts, and engineering enablement. She regularly delivers technical workshops and webinars focused on helping engineers understand and adopt advanced semiconductor design methodologies.
About Us
Fluid Codes is an Elite Channel Partner of Ansys (part of Synopsys), and we are focused on engineering simulation software predominantly in the Middle East region. We empower engineering teams and product creators to innovate faster and smarter through high-fidelity simulation tools, expert-led training, and dedicated local support.
Our company
From early concept validation to final optimization, Fluid Codes helps organizations reduce time-to-market, improve product performance, cut costs and solve complex engineering challenges, guided by certified experts who understand both the technology and the specifics of the regional markets.
Fluid Codes' roots go back to 1997, when it started as an Ansys Fluent Channel Partner in UK, and since 2010 the focus has been expanded exclusively in Middle East and North Africa.
Countries coverage in Middle East, North Africa and Europe:
United Arab Emirates, Saudi Arabia, Egypt, Qatar, Kuwait, Bahrain, Oman, Lebanon, Jordan, Iraq, Libya, Yemen, Palestinian Territory, Kenya, Ethiopia, Bulgaria, Malta.