Arvind S Salian

Title: Innovator Spotlight: Arvind S. Salian

Introduction

Arvind S. Salian is a notable inventor based in Austin, TX, who has made significant contributions to the field of microelectromechanical systems (MEMS). With a total of six patents to his name, Salian demonstrates an ongoing commitment to innovation and technological advancement, particularly in evaluating and mitigating stiction in MEMS devices.

Latest Patents

Among his latest patents is a pioneering method titled “Controlled pulse generation methods and apparatuses for evaluating stiction in microelectromechanical systems devices.” This invention introduces methods and apparatuses for assessing or testing stiction in MEMS devices through a mechanized shock pulse generation approach. The method involves loading a MEMS device, such as a multi-axis MEMS accelerometer, into a socket on a Device-Under-Test (DUT) board. Upon loading, a series of controlled shock pulses are generated and transmitted through the MEMS device using a mechanized test apparatus that repeatedly maneuvers the DUT board along a predefined motion path. Additionally, this patent discusses methods for creating rough MEMS surfaces that reduce stiction, emphasizing a design where the average roughness of the surface (Ra) is 5 nm or greater through innovative processing techniques.

Career Highlights

Arvind has had an impressive career, having worked with reputable companies such as Freescale Semiconductor and NXP USA Inc. Throughout his tenure in these organizations, he has contributed to advancing MEMS technology, focusing on improving device efficiency and performance.

Collaborations

During his professional journey, Arvind collaborated with distinguished colleagues, including Stephen Ryan Hooper and William G. McDonald. These partnerships have facilitated knowledge exchange and innovation, propelling advancements in MEMS research and applications.

Conclusion

Arvind S. Salian exemplifies the spirit of innovation through his work and inventions in the MEMS field. His contributions, particularly in understanding and addressing stiction, reflect his dedication to enhancing the functionality of microelectromechanical systems. As he continues to develop his ideas and technologies, the impact of his work will likely resonate throughout the industry for years to come.