Analog IC
Using biasing, feedback, stability, and transient response as core analysis foundations.
About
Engineering Direction & Approach
Advancing designs through verifiable circuit evidence, clear validation boundaries, and candid records of limitations.
01 · Focus
Engineering direction
My current foundation is analog IC and power management, extending into mixed-signal integration, with RFIC capability developing through the LNA project.
Power Management
Studying LDO/DLDO compensation, load transients, digital control, and physical parasitic effects.
Mixed-Signal
Building integration experience across analog front ends, dynamic comparators, and digital-control interfaces.
RFIC
A developing area supported by continuing work in matching, noise, linearity, and stability analysis.
02 · Method
How I approach engineering work
Project records emphasize verifiable scope and do not combine different simulation levels or incomplete work into broader claims.
- Define design targets, test conditions, and the verification boundary for the current phase.
- Interpret nominal, PVT, and Monte Carlo results separately.
- Distinguish standalone blocks from integrated results instead of extending local passes to system-level claims.
- Trace failure patterns through the testbench and circuit interactions to identify root causes.
- Retain unmet specifications, data limitations, and the next redesign focus.
- Label results as simulation and never present them as silicon measurement.
03 · Next
Current objective
Deepen my analog IC and PMIC design foundation while extending mixed-signal experience through data-converter work and strengthening the workflow from schematic and variation analysis to post-layout comparison.
Prepare for U.S. EE/ECE graduate study and further develop integrated-circuit design and verification capability.
Skills
Skills snapshot
A concise summary supported by the current public projects and profile data; the full grouping appears on the resume page.