Yuvaraj Siddani

Product Engineer

Bengaluru, Karnataka, India0 mo experience

Key Highlights

  • Expert in ASIC physical design with Synopsys tools.
  • Proven track record in timing closure and signoff.
  • Hands-on experience with complex multi-clock designs.
Stackforce AI infers this person is a Semiconductor Physical Design Engineer with expertise in ASIC back-end processes.

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Skills

Core Skills

Physical DesignStatic Timing AnalysisTiming Closure

Other Skills

Power AnalysisFloorplanningPlacementClock Tree SynthesisRoutingDRCLVSECOIC CompilerFormal VerificationUnified Power Format (UPF)Place & RouteLECTCLPrimetime

About

🔧 Physical Design Engineer | ASIC Back-End | Synopsys Suite | 14nm & 28nm I am a Physical Design Engineer with certified hands-on training in the complete ASIC back-end flow — from RTL netlist to GDSII signoff. I work on industry-standard Synopsys EDA tools across 14nm and 28nm technology nodes, with practical experience on multi-clock, multi-macro designs targeting frequencies up to 1 GHz. 🛠 What I Do: ▸ Floorplanning, power planning, placement, CTS, routing, timing closure, and physical verification ▸ SDC constraint authoring for multi-clock domains and complex netlists ▸ Power mesh design targeting IR-drop budgets; PG connectivity and DRC resolution ▸ Setup/hold slack closure using PrimeTime STA across multi-corner, multi-mode scenarios ▸ DRC & LVS signoff using IC Validator at both 14nm and 28nm nodes 📐 Key Projects: ▸ J-BUS Interface (14nm, 9M, 86 macros, 36K cells): Closed timing at 699 MHz & 833 MHz ▸ DTMF (28nm, 8-clock design): Achieved clean signoff at 1 GHz target ▸ Falcon (28nm, 3-clock): Full PD flow from floorplan to LVS/DRC signoff at 500 MHz 📍 Actively seeking Physical Design / STA Engineer roles in Bengaluru, Hyderabad, or Noida. 📬 Reach me: ssyj4486@gmail.com | 6303308554 | siddani-design-folio.lovable.app

Experience

0 mo
Total Experience
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Average Tenure
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Current Experience

Chipedge

Physical Design Engineer

Jul 2023Feb 2024 · 7 mos · Bengaluru · On-site

  • ▸ Executed the full ASIC physical design flow — floorplanning → power planning → placement → CTS → routing → timing closure → DRC/LVS signoff — on 4 production-complexity projects across 14nm and 28nm technology nodes using Synopsys IC Compiler
  • ▸ Authored SDC constraint files for multi-clock designs with up to 8 clock domains targeting frequencies from 10 MHz to 1 GHz; resolved setup and hold violations using PrimeTime STA
  • ▸ Designed power mesh structures to meet IR-drop targets; debugged and resolved PG connectivity errors and PG via DRC violations across multi-macro blocks (up to 86 macros, 37K standard cells)
  • ▸ Achieved clean DRC & LVS signoff using IC Validator on all 4 projects (J-BUS Interface, Falcon, DTMF, Chiptop) — zero DRC/LVS escapes at tapeout equivalent stage
  • ▸ Resolved placement-stage congestion (channel-based, global-route-based, and I/O-based) and validated RC extraction using StarRC for accurate timing correlation
  • ▸ Tools: Design Compiler · IC Compiler · PrimeTime · StarRC · IC Validator | Nodes: 14nm, 28nm | OS: Linux
Power AnalysisStatic Timing AnalysisFloorplanningPlacementClock Tree SynthesisRouting+4

Education

Audisankara College of EducationNH-5, Bypass Road, Aravinda Nagar,Gudur

Bachelor of Technology - BTech

Aug 2019May 2023

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