"Synopsys Laker Custom Layout Engineer Jobs: Browse Analog Roles"
Laker is the Synopsys answer to Cadence Virtuoso: a transistor-level custom layout tool for analog and mixed-signal work. It turns up at shops that have standardized their custom flow on the Synopsys platform and want one vendor across schematic, layout, and signoff.
If you have run device-level layout in Laker, you sit in a smaller talent pool than the Virtuoso crowd. That scarcity works in your favor at the right companies.
Day to day, the job centers on Laker Layout XL for device-level custom layout and P-cell technology for parameterized device generation. The matching, shielding, and guard-ring techniques carry over from any custom flow, so the tool is the variable, not the craft. You run DRC and LVS through Synopsys Hercules or Siemens Calibre and iterate until the block is clean. Tcl scripting and the OpenAccess Python bindings separate the engineers who hand-place every device from the ones who build generators.
Openings cluster at companies with a deep Synopsys commitment rather than the broader analog market, where analog layout engineer roles still lean Virtuoso. Before you apply, read which EDA vendor a company has standardized on: Synopsys-primary, Cadence-primary, or mixed. That one detail tells you which tool you will actually touch and how to prep for the interview.
Custom layout specialists with a full tapeout on record tend to command more than generalists. The semidesignjobs salary guide breaks down where analog layout pay lands by level.
The strongest line on a resume is a completed tapeout in the tool: which blocks you owned, the QoR you improved, the tool bugs you drove to resolution. Pair Laker on your profile with the overlapping Cadence Virtuoso analog roles, since most teams value both. Save a search on semidesignjobs.com and you will get an email when a matching custom layout role opens.
FAQ
How does Synopsys Laker compare to Cadence Virtuoso for custom IC layout?
Both are mature custom IC layout tools capable of transistor-level layout for analog and mixed-signal designs. Virtuoso has broader industry adoption and is the default at most analog companies. Laker shows up mainly at teams with a deep Synopsys commitment who prefer a single vendor. The core layout techniques, matching, shielding, and guard rings, are the same either way.
What PDK support does Synopsys Laker provide?
Laker supports standard PDK formats, including technology files, layer mapping files, and P-cell libraries from major foundries. TSMC, Samsung, and GlobalFoundries provide Laker PDK support alongside their primary Virtuoso PDKs. An engineer switching between Virtuoso and Laker on the same PDK can usually ramp in a few weeks once the underlying methodology is familiar.
What scripting options are available in Synopsys Laker for layout automation?
Laker supports Tcl scripting for layout automation, so you can write parameterized layout generators, run DRC batch checks, and automate repetitive tasks like array cell generation. Python bindings through the OpenAccess API are also supported for advanced automation and database manipulation on more involved analog layout work.