Designing and verifying complex System-on-Chip (SoC) architectures, ensuring optimal performance and power efficiency.

Collaborating with cross-functional teams to define SoC specifications and micro-architectures.

Developing and executing verification plans to ensure the functional correctness of SoC designs.

Performing static timing analysis and power analysis to optimize SoC performance.

Implementing and debugging RTL code for various SoC components using Verilog or VHDL.

Conducting post-silicon validation and debugging to identify and resolve hardware issues.

Creating and maintaining technical documentation for SoC designs and verification processes.

Participating in design reviews and providing feedback to improve SoC quality.

Crafting efficient microarchitectures for SOCs, optimizing for power, performance, and area (PPA).

Developing and verifying Register Transfer Level (RTL) code using languages like Verilog or VHDL.

Converting RTL code into optimized gate-level netlists using synthesis tools.

Performing static timing analysis to ensure the SOC meets timing requirements.

Analyzing and optimizing power consumption of the SOC design.

Planning the physical layout of the SOC, including floorplanning and component placement.

Designing and implementing the clock distribution network for the SOC.

Analyzing signal integrity issues and implementing solutions to ensure reliable signal transmission.

Implementing DFT techniques to improve the testability of the SOC.

Performing physical verification checks, such as DRC and LVS, to ensure the design meets manufacturing requirements.

Implementing Engineering Change Orders (ECOs) to fix design issues.

Collaborating with other engineers and documenting the design process.

Developing microarchitecture specifications from high-level requirements for SOC components.

Designing RTL (Register Transfer Level) code for digital circuits and systems.

Performing logic synthesis and timing analysis to ensure design meets performance goals.

Conducting formal verification to validate the correctness of the design.

Creating and executing test plans for functional verification of SOC components.

Collaborating with physical design engineers to optimize layout and routing.

Analyzing power consumption and implementing power-saving techniques.

Debugging and resolving design issues through simulation and emulation.

Participating in design reviews and providing feedback to improve design quality.

Documenting design specifications, verification plans, and test results.

Working with cross-functional teams, including hardware and software engineers, to integrate SOC components.

Staying up-to-date with the latest advancements in SOC design methodologies and technologies.

Optimizing designs for area, power, and performance to meet product requirements.

Using industry-standard EDA (Electronic Design Automation) tools for design and verification.

Contributing to the development of SOC architecture and design guidelines.