LD
Senior RTL Design Engineer
Accepting applicationsleadIC Design Pvt Ltd · Bengaluru, Karnataka, India
Full-Time Mid_senior CadenceFPGAGenusRTLSynopsys
Estimated market salary
₹22-40 LPA
This is a SiliconBoard market estimate, not an employer-posted salary.
Posted
4d ago
Category
Design
Experience
Mid_senior
Country
India
Experience: 7+ Years
Employment Type: Full-Time
Location: Bengaluru
Notice Period: 30 days
About the Role
We are looking for a strong RTL Design Lead who can take ownership of the RTL design and implementation journey through tapeout and GDSII handoff.
In this hands-on leadership role, you will act as the technical bridge between the system/architecture team and external design partners, owning the implementation of the architecture from RTL development through synthesis, timing closure, and final handoff.
You will also build and lead a team of 5–7 RTL engineers, while remaining deeply involved in RTL coding, reviews, synthesis, constraints, and design closure.
Key Responsibilities
Translate architecture specifications into clean, synthesizable SystemVerilog RTL.
Own RTL implementation methodology, coding standards, linting rules, and design practices.
Build and lead a team of 5–7 RTL engineers through the complete design cycle.
Remain hands-on with RTL development, code reviews, debugging, and optimization.
Own the synthesis flow using tools such as Synopsys Design Compiler or Cadence Genus.
Drive timing analysis and closure using PrimeTime or Tempus.
Define, develop, and maintain SDC timing constraints.
Review RTL submissions for functionality, synthesizability, coding quality, timing risks, and design robustness.
Identify and resolve RTL issues including timing hazards, FSM problems, unintended logic, and non-synthesizable constructs.
Work closely with the verification team to debug functional issues and drive coverage and verification closure.
Coordinate with external/outsourced design partners for GDSII handoff, including netlist, constraints, floorplan guidance, and other implementation requirements.
Work closely with architecture, verification, physical design, DSP, embedded software, and systems teams to ensure successful silicon execution.
Drive design decisions and resolve technical issues under tight schedule and resource constraints.
Support the project through RTL freeze, synthesis, timing closure, and final GDSII handoff.
Required Qualifications
7+ years of hands-on RTL design experience using SystemVerilog.
At least one complete tapeout experience through GDSII, with exposure beyond RTL development.
Strong hands-on experience with synthesis and timing closure.
Experience with:
Design Compiler / Genus
PrimeTime / Tempus
SDC constraints
RTL linting and coding methodology
Strong experience in processor, DSP, datapath-heavy, or compute-intensive designs.
Familiarity with advanced semiconductor process nodes, preferably 28nm and below.
Proven experience reviewing RTL for:
Timing hazards
FSM design issues
Synthesizability
Coding quality
Unintended hardware
Experience leading a small RTL team while remaining technically hands-on.
Good to Have
Experience with VLIW, vector processors, DSP architectures, or accelerator designs.
Experience with deterministic or real-time architectures, particularly architectures involving fixed latency or no-cache designs.
Exposure to formal verification, including SVA and formal verification tools.
FPGA prototyping experience using Xilinx Vivado.
Experience working with external design/implementation partners through tapeout.
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Employment Type: Full-Time
Location: Bengaluru
Notice Period: 30 days
About the Role
We are looking for a strong RTL Design Lead who can take ownership of the RTL design and implementation journey through tapeout and GDSII handoff.
In this hands-on leadership role, you will act as the technical bridge between the system/architecture team and external design partners, owning the implementation of the architecture from RTL development through synthesis, timing closure, and final handoff.
You will also build and lead a team of 5–7 RTL engineers, while remaining deeply involved in RTL coding, reviews, synthesis, constraints, and design closure.
Key Responsibilities
Translate architecture specifications into clean, synthesizable SystemVerilog RTL.
Own RTL implementation methodology, coding standards, linting rules, and design practices.
Build and lead a team of 5–7 RTL engineers through the complete design cycle.
Remain hands-on with RTL development, code reviews, debugging, and optimization.
Own the synthesis flow using tools such as Synopsys Design Compiler or Cadence Genus.
Drive timing analysis and closure using PrimeTime or Tempus.
Define, develop, and maintain SDC timing constraints.
Review RTL submissions for functionality, synthesizability, coding quality, timing risks, and design robustness.
Identify and resolve RTL issues including timing hazards, FSM problems, unintended logic, and non-synthesizable constructs.
Work closely with the verification team to debug functional issues and drive coverage and verification closure.
Coordinate with external/outsourced design partners for GDSII handoff, including netlist, constraints, floorplan guidance, and other implementation requirements.
Work closely with architecture, verification, physical design, DSP, embedded software, and systems teams to ensure successful silicon execution.
Drive design decisions and resolve technical issues under tight schedule and resource constraints.
Support the project through RTL freeze, synthesis, timing closure, and final GDSII handoff.
Required Qualifications
7+ years of hands-on RTL design experience using SystemVerilog.
At least one complete tapeout experience through GDSII, with exposure beyond RTL development.
Strong hands-on experience with synthesis and timing closure.
Experience with:
Design Compiler / Genus
PrimeTime / Tempus
SDC constraints
RTL linting and coding methodology
Strong experience in processor, DSP, datapath-heavy, or compute-intensive designs.
Familiarity with advanced semiconductor process nodes, preferably 28nm and below.
Proven experience reviewing RTL for:
Timing hazards
FSM design issues
Synthesizability
Coding quality
Unintended hardware
Experience leading a small RTL team while remaining technically hands-on.
Good to Have
Experience with VLIW, vector processors, DSP architectures, or accelerator designs.
Experience with deterministic or real-time architectures, particularly architectures involving fixed latency or no-cache designs.
Exposure to formal verification, including SVA and formal verification tools.
FPGA prototyping experience using Xilinx Vivado.
Experience working with external design/implementation partners through tapeout.
Show more Show less