1. Bourbaki Design Automation Miodrag Potkonjak miodrag@cs.ucla.edu Computer Science Department UCLA Design Automation Perspective Challenge 2015

2. What and Why? Bourbaki - New Mathematics: Axiomatization, Abstraction, Unification, Education Design Automation for Integrated Circuits and Electronic Systems Design Automation for EVs, Traffic Optimization, Energy and Water Management, Systems Biology, Graphene, Nanophotonics, Social Interaction, Smart Photography, IoT, Health and Wellness, Wealth, Brain,... How To Rapidly Develop Quality Design Automation Tools and Flow for a New Technology and/or Application 2

3. How? Design Automation Synthesis: Modeling, Optimization, and Flows Analysis: Verification, Testing, and Debugging Prototyping: Simulation and Emulation Potential Approach for Rapid High Quality Design Automation Toolboxes, Models, Benchmarks, and Design Automation Knowledge When a Model or Algorithm Work Well? When a Design (Analysis) Flow is Effective? 3