Roman Basistyy

Title: Roman Basistyy: Innovator in Opto-Acoustic Metrology

Introduction

Roman Basistyy is a notable inventor based in Kearny, NJ (US). He has made significant contributions to the field of integrated circuit (IC) devices through his innovative patent. His work focuses on enhancing the manufacturing and analysis processes of interconnect structures, which are crucial for the performance of IC devices.

Latest Patents

Roman holds a patent titled "Opto-acoustic metrology of signal attenuating structures." This patent outlines methods and systems for manufacturing and analyzing interconnect structures in IC devices. The methods include forming an interconnect structure, such as a pillar, in an IC device. The pillar is analyzed using an opto-acoustic sensor to quantify physical characteristics used to determine whether the pillar satisfies predetermined quality criteria. The analysis involves capturing an opto-acoustic signal from the pillar and estimating optical parameters for a number of local maxima of the signal. A mode may then be fitted for each of the identified local maxima based on the optical characteristics. The modes and estimated optical parameters may then be iteratively corrected in an order from strongest to weakest local maximum. The corrected values may then be compared to a predicted physical model to identify the physical characteristics of the pillar. If the physical characteristics fall outside of the quality criterion, manufacturing processes may be altered. Roman has 1 patent to his name.

Career Highlights

Roman Basistyy is currently employed at Rudolph Technologies, Inc., where he applies his expertise in opto-acoustic metrology. His work is instrumental in advancing the quality and reliability of IC devices.

Collaborations

Roman collaborates with Michael Kotelyanskii, contributing to the innovative environment at Rudolph Technologies, Inc.

Conclusion

Roman Basistyy is a pioneering inventor whose work in opto-acoustic metrology is shaping the future of integrated circuit technology. His contributions are vital for improving manufacturing processes and ensuring high-quality standards in the industry.