Design Automation Conference: Driving Innovation in Electronic Circuit and System Design
The Design Automation Conference (DAC) has long stood as one of the most influential gatherings for professionals involved in electronic circuit and system design. With its rich history and forward-looking agenda, DAC has become the go-to event for engineers, researchers, and companies pushing the boundaries of design automation technologies.
What sets DAC apart is its dynamic mix of academic insight, industrial innovation, and practical application. Every year, it brings together thousands of attendees—from seasoned engineers to aspiring students—who are passionate about improving the design and functionality of the electronic systems that power our world.
This year’s edition is particularly exciting, with nominations open for student awards and keynote addresses from some of the most visionary figures in the industry, including Jim Keller, Alan Lee, and Sarita Adve. Their presence signals a deep dive into the future of compute architecture, AI systems, and hardware/software co-design.
A Central Stage for the Global EDA Community
DAC is globally recognized as a pivotal platform where Electronic Design Automation (EDA), system-level design, and embedded systems development converge. It serves as both a trade show and a technical conference, giving equal attention to groundbreaking research, commercial products, and career development.
The event’s comprehensive scope includes:
Semiconductors and microarchitecture
Embedded systems and software integration
AI/ML hardware acceleration
Security in hardware design
Design-for-test and verification
System-level and SoC (System on Chip) modeling
This intersection of disciplines ensures that DAC remains relevant to professionals across various domains—from chip design and IP integration to tool vendors and systems engineers.
Notable Keynote Speakers Shaping the Future
The inclusion of prominent speakers such as Jim Keller, Alan Lee, and Sarita Adve has generated significant buzz. Each of them brings a unique perspective shaped by decades of leadership in the tech industry.
Keynote Highlights:
Jim Keller – Known for his work at Apple, Tesla, AMD, and Intel, Keller is a legend in chip design. His insights on processor architecture and hardware scalability are expected to inspire a new generation of designers.
Alan Lee – As an executive at AMD with a background in advanced technology and R&D leadership, Lee is expected to share his vision on heterogeneous compute and the next wave of EDA tool evolution.
Sarita Adve – A pioneering academic voice in systems and architecture, Adve brings deep knowledge of memory models, hardware-software interfaces, and ethical tech development.
These speakers ensure that DAC will not only reflect current trends but also ignite conversations about where the industry is headed.
Empowering Students and Early-Career Professionals
One of the most forward-thinking aspects of the Design Automation Conference is its active engagement with students and emerging talent. By offering dedicated student sessions, poster presentations, and award nominations, DAC fosters early inclusion and mentorship within the EDA and chip design community.
Opportunities for Students Include:
Design contests and hackathons
PhD Forum showcasing ongoing research
Student Design Contest Awards
Travel grants and sponsorships for top applicants
Recruitment booths hosted by leading companies
These initiatives create valuable bridges between academia and industry, allowing students to gain visibility and connect with potential employers and collaborators.
Networking, Expo, and Professional Development
Beyond technical sessions, DAC is also a major marketplace and networking event. The exhibition floor features major industry players, tool vendors, and innovative startups demonstrating EDA software, verification tools, AI accelerators, and IP solutions.
Highlights from the Expo Zone:
Live product demos and software walkthroughs
Partner pavilions from major chipmakers
University research showcases
Start-up pitches and investor meetings
Career fairs and skill workshops
These elements are especially important for companies seeking visibility, as well as professionals looking to keep up with the latest advancements in tools and methodologies.
Collaborative Spirit: Industry Meets Academia
What truly makes DAC unique is its dual identity as both a commercial and academic conference. While the expo buzzes with commercial activity, the technical program dives deep into peer-reviewed research, offering insights that are both innovative and applicable.
Key Research Areas Featured:
Machine Learning for EDA
Formal verification and hardware security
Emerging technologies like quantum and neuromorphic computing
Low-power design methodologies
3D integration and heterogeneous packaging
This fusion of science and business helps participants gain a comprehensive view of the challenges and opportunities facing the industry—from theoretical models to real-world deployments.
Why DAC Remains Essential in a Rapidly Evolving Industry
In today’s fast-paced semiconductor landscape, the need for smarter, faster, and more power-efficient designs has never been greater. Technologies like AI, 5G, IoT, and edge computing demand new approaches to design, verification, and testing.
The Design Automation Conference provides a critical platform where these challenges can be openly discussed, and solutions collaboratively developed. Whether through interactive tutorials, panel discussions, or technical deep dives, DAC equips its attendees with the tools they need to innovate.
Where the Best Minds in EDA Converge
With a balanced focus on technical depth, industry insight, and community-building, DAC remains a cornerstone of the electronics design ecosystem. The participation of visionary speakers like Jim Keller and Sarita Adve underscores the importance of the topics being addressed.
From seasoned engineers to ambitious graduate students, from tool providers to chip manufacturers—everyone leaves DAC more informed, more connected, and more inspired.
