Irene Sujanto

Title: Innovations by Irene Sujanto in Circuit Design Compatibility

Introduction: Irene Sujanto, based in San Jose, California, has made significant strides in the field of circuit design through her pioneering work. As an inventor with one registered patent, she has developed a novel approach that enhances the compatibility of circuit design files with new programmable integrated circuits (ICs).

Latest Patents: Irene's patented technology revolves around "Techniques for editing circuit design files to be compatible with a new programmable IC." This innovative method allows for the automatic identification of black box declarations and instances in circuit design files. Subsequently, the information regarding the function and structure of these black boxes is gathered from various user files. This data is crucial for converting the black box declarations into equivalent formats that are compatible with the new programmable IC. Her design conversion process is distinguished by its speed and the minimal input required from users, who only need to identify recognized black boxes during the process.

Career Highlights: Irene Sujanto currently works at Altera Corporation, where she has been instrumental in advancing technologies that benefit electronic design automation. Her contributions significantly enhance the efficiency of circuit design processes, enabling faster development cycles for new products.

Collaborations: Throughout her career, Irene has worked alongside notable colleagues, including Ian Chesal and Kevin Chan. Their teamwork reflects a collaborative spirit that is critical in driving innovations forward within the technology sector.

Conclusion: Irene Sujanto's contributions to the field of circuit design highlight her role as an innovative inventor. Her patent not only streamlines the design conversion process but also lays the groundwork for future advancements in programmable IC compatibility. As technology continues to evolve, inventors like Irene will play a crucial role in shaping the future of electronic design.