Description

You will grow your expertise by designing and simulating complex memory circuits while collaborating with cross-functional teams to ensure high-performance integration and successful silicon bring-up.

Requirements

• •Degree in Electrical Engineering, Microelectronics, or related field
• •Understanding of analog and digital circuits
• •Familiarity with SRAM, OTP, or NVM principles
• •Knowledge of schematic capture and simulation tools
• •Knowledge of CMOS and semiconductor processes
• •Experience with Memory or IC design projects
• •Scripting skills for simulation or data analysis
• •Familiarity with Linux-based EDA environments
• •Interest in reliability, yield, or silicon debug

Tasks

• •Design memory circuit schematics for SRAM peripherals and NVM blocks
• •Apply design updates while learning key memory architecture concepts
• •Simulate analog and mixed-signal blocks using various analyses
• •Evaluate simulation results regarding matching, noise, and variability
• •Perform pre- and post-layout simulations and basic DRC/LVS checks
• •Collaborate with layout engineers to optimize circuit performance
• •Integrate memory macros into SoCs and support silicon bring-up
• •Analyze test data to understand memory redundancy concepts
• •Maintain detailed documentation, design notes, and simulation reports
• •Participate in reviews with verification, layout, and test teams

Tools & Technologies

Benefits