Sukanya S. Meher loves a good intersection. Especially the one between theory and application, which she first seriously explored in the realm of superconductor electronics.
Today, Meher works in electronic design automation (EDA), bringing with her a unique perspective on circuit design, modeling, simulation, and tool development. This EDA work is also giving her the chance to explore a new intersection: that between technology design and customer success.
As an AMS staff engineer at Synopsys, Meher works with customers to streamline chip development and solve complex design challenges. Meher’s love of tackling such challenges and helping customers succeed—coupled with her deep curiosity and commitment to mentoring others—are among the factors that led to her being named one of Computing’s Top 30 Early Career Professionals for 2024.
In the following Q&A, Meher describes
How Columbia’s collaborative learning focus and well-stocked labs were crucial to both her foundational understanding of chip design and her ability to transition into industry
Her commitment to creating opportunities for women in advanced physics and engineering fields such as cryogenics, superconductivity, and the chip industry
Her passion for translating fundamental physics into ground-breaking innovations—and how conferences and publishing facilitate collaboration around this essential work
The ways in which mentorship, collaboration, and evolving hardware challenges drive her work and form a continuous cycle of learning, leadership, and impact
Being featured in the Columbia University Electrical Engineering Alumni Spotlight in 2024 is a notable honor. What were the key achievements that led to this recognition, and how has your education at Columbia University shaped your career?
I am very grateful to the Electrical Engineering Department of Columbia University for featuring me in the Alumni Spotlight in 2024. I believe it reflects my contributions to the superconductor electronics community, leadership in professional organizations, and representation of women in niche domains.
... continue reading