Company Filing History:
Years Active: 2008
Title: **Chiu Wen Jen: Innovator in Wafer Testing Methods**
Introduction
Chiu Wen Jen is a notable inventor located in Hsinchu, Taiwan, recognized for his innovative contributions to the field of semiconductor manufacturing. His single patent has made a significant impact on the industry, particularly in the area of merging wafer test results.
Latest Patents
Chiu Wen Jen holds a patent titled "Method and system for merging wafer test results." This patent describes a novel system for integrating product characterization information with characterized products. It employs a merging rule database and a product characterization database, allowing seamless processing of data through a merging processor. By implementing trigger merging rules, the system determines when to merge the characterization information with the products efficiently. In scenarios where merging criteria are not met, the system creates a union map and an intersection map for the characterized product, enhancing the overall characterization process.
Career Highlights
As an employee of Taiwan Semiconductor Manufacturing Company Ltd., Chiu Wen Jen has positioned himself at the forefront of semiconductor innovation. His expertise in wafer testing is crucial in ensuring that products meet the strict industry standards of quality and performance.
Collaborations
Chiu has worked alongside talented colleagues such as Keng-Chia Yang and Chung-Yu Chang. Their collaborative efforts contribute to the advanced research and development initiatives at Taiwan Semiconductor Manufacturing Company Ltd., driving innovation in the semiconductor sector.
Conclusion
Chiu Wen Jen is a leading inventor whose work in merging wafer test results exemplifies the importance of innovation in semiconductor manufacturing. His contributions not only facilitate enhanced product characterization but also underscore the collaborative spirit within the industry. As Chiu continues to push boundaries in his field, his developments are likely to influence the future of semiconductor technology significantly.