DEEPAK NINNAR

• Led signoff (Prime*) global support team with deep hands-on support for major and broad-market worldwide accounts.
• Delivered advanced STA/ECO training and authored several high-impact SolvNetPlus technical articles.
• Provided tapeout support for multiple critical customer programs, driving timing closure, ECO convergence, and signoff readiness under aggressive schedules.
• Served as a core member of the global transition team that migrated SolvNet → SolvNetPlus and SAP CRM → Salesforce CRM and JIRA, enabling improved case management, analytics, and customer engagement workflows.
• Collaborated with R&D and product teams to validate new features, refine flows, and improve signoff methodology adoption.
• Mentored and guided AE teams across India and worldwide to strengthen technical depth, productivity, and customer satisfaction.

• Escalation owner for HLD tools (Front-End Implementation & Analysis tools — Design Compiler, PrimeTime, Formality, Power Compiler, PrimePower, Library Compiler, DFT Compiler) supporting critical customer programs.
• Developed internal dashboards to track support efficiency, productivity, and quality metrics, improving visibility for global managers and enabling data-driven decision-making.
• Built analytics and executive-level reports for the department VP, used in quarterly global executive review meetings to assess operational performance, customer trends, and organizational impact.
• Strengthened cross-functional collaboration between AE, R&D, and product teams by identifying recurring issues, driving root-cause analysis, and improving tool robustness.

• Awarded Synopsys Employee Excellence Award (2010).

Design Compiler, PrimeTime, Physical Compiler, DFT Compiler

• RTL Coding using Verilog/VHDL
• STAR RC, IC Validator, Astro, Astro Rail, IC Compiler, Milkyway

• Design of switched reluctance electric motors and drives for electric vehicles and industrial variable-speed applications, design of AMS circuits, and digital control systems using microprocessors, and PCB design.