Senior Staff Engineer, Analog Design (Power & Analog ICs)

About this role

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Skills you'll use

What you'll do

• Analog Architecture & Circuit Design 
• Define and own the architecture of complex analog and power-management IP used in PMICs, converters, battery-management products, and mixed-signal devices. 
• Design and own blocks such as positive and negative charge pumps, buck converters, source-sink LDOs, ultra-low-power oscillators, temperature sensors, current-sense circuits, SAR ADCs, voltage and current references, op-amps, comparators, analog buffers, level shifters, and protection circuits. 
• Translate product and top-level chip requirements into detailed block specifications, architecture decisions, circuit implementations, and verification plans. 
• Perform block-level error budgeting and system-level trade-off analysis across performance, area, power, cost, robustness, and manufacturability. 
• Converter & Control Loop Design 
• Independently architect and design complete switching converters including buck, boost, and buck-boost converters, as well as LDOs and point-of-load devices. 
• Demonstrate deep understanding of analog feedback loops, control-loop stability, compensation implementation, and trade-offs across compensation strategies. 
• Evaluate control architectures such as constant-frequency, constant-on-time, constant-off-time, voltage-mode, and current-mode control, and select the appropriate approach for product requirements. 
• Ensure robust converter performance across process, voltage, temperature, load, line, startup, shutdown, and fault conditions. 

Who can apply

• Drive analog verification and simulation strategy across schematic, extracted, pre-layout, and post-layout environments. 
• Optimize simulation setups based on speed, convergence, accuracy, and parasitic conditions, and resolve simulator, model, and tool-related challenges. 
• Own or support silicon validation, characterization, debug, qualification, production readiness, and root-cause analysis for silicon issues. 
• Collaborate with product engineering, test engineering, applications, reliability, and manufacturing teams across the complete product lifecycle. 
• Collaborate closely with layout engineers from floor planning through chip-top completion, extraction, verification, and tape-out. 
• Guide layout trade-offs related to matching, noise, parasitics, isolation, current density, electromigration, IR drop, thermal behavior, and high-current operation. 
• Demonstrate strong understanding of ESD, latch-up, I/O-ring protection, and other IC-level reliability requirements. 
• Review physical implementation and extracted performance to ensure the design meets electrical, yield, reliability, and manufacturability targets. 

About Renesas Electronics

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