Nairy Manasians
About Nairy Manasians
Nairy Manasians is a Hardware Design Engineer with extensive experience in physical verification processes and custom routing optimization. He has worked on government projects requiring security clearance and currently holds a position at Flex Logix Technologies, Inc.
Work at Flex Logix Technologies
Nairy Manasians has been employed at Flex Logix Technologies, Inc. as a Hardware Design Engineer since 2018. In this role, she focuses on hardware design processes, contributing to various projects within the company. Her responsibilities include physical verification processes, custom routing track generation, and detailed LEF generation for efficient routing in top hierarchy designs. She has been instrumental in optimizing routing resources while maintaining area efficiency.
Education and Expertise
Nairy Manasians earned a Bachelor of Science degree in Electrical Engineering and Computer Science from UC Berkeley, where she studied from 2010 to 2012. Her educational background provides a strong foundation for her expertise in hardware design. She is proficient in generating custom routing tracks and specializes in creating CPF/UPF for PNR/Verification flows tailored for low power designs.
Background
Before joining Flex Logix Technologies, Nairy Manasians worked at Uniquify Inc as an ASIC Design Engineer from 2013 to 2018. During her five years at Uniquify, she gained experience in various aspects of ASIC design, contributing to her comprehensive skill set in hardware engineering. Her work has included detailed timing analysis and closure for mixed flop and latch-based designs using Tempus.
Achievements
Nairy Manasians has successfully led the tape-out of three projects across different technology nodes, including TSMC16FFC, TSMC12FFC, and GF14LPP. She has experience working on Radiation-Hardened government projects that require security clearance. Additionally, she is an expert in early rail analysis using Virtuoso/Innovus, focusing on designing power rail structures that meet specific power and area specifications.