• Performed hardware - model correlation to perform root cause analysis in silicon, explore yield mitigation strategies, and evaluate design changes

• Designed and executed experimental simulations on SRAM arrays for the IBM zSystems to evaluate circuit performance across process corners, identifying potential risks, and suggesting design changes

• Owned the analysis and simulation of array settings, built upon a scripting flow to automate manual SRAM simulation processes to reduce time to complete analysis

• Responsible for the logic, timing, noise, EM, and thermal analysis of 3 SRAM designs using EDA tools

• Won “People’s Choice Award” for new hire project centered around creating a centralized and streamlined platform to test the z machines

• Co-author on patent application submitted to USPTO for novel voltage regulator - cache system for microprocessor applications

Alimtas assists Princeton University Professors who have developed innovative life science technologies develop a business model to commercialize and distribute their technology.

• Designed schematic and built layout for a 2-layer flexible PCB board and 4-layer rigid PCB board to serve as a medical sensor for immune dynamics in wounds as part of senior thesis research

• Implemented SPI communication protocol in Verilog between on-board Sigma-Delta ADC and FPGA to digitize measurements reading, and showcased device’s ability to reconstruct various low-frequency signals

• Sourced 30+ unique components for the boards from electronics manufacturers and worked with PCB manufacturer for board fabrication

Working under Ani Liu, a Princeton Arts Fellow, I am working at the intersection of technology and visual arts, utilizing software and hardware to investigate, visualize, and identify various societal phenomena