Website:
bestnanotech.in
Job details:
The SoC Architect will lead architecture definition and solution development for complex semiconductor products. This role involves translating customer requirements into scalable SoC architectures, contributing to microarchitecture, and guiding end-to-end design activities. The position requires collaboration across design, verification, and system teams.
2. Key Responsibilities
- Engage with customers to understand system requirements and define technical solutions
- Define SoC architecture including IP selection, interconnects, and system components
- Develop architectural specifications for new product development
- Contribute to microarchitecture design and feature definition
- Lead SoC design from concept through verification and documentation
- Define module interfaces and simulation models
- Perform RTL design and simulation for functional blocks and subsystems
- Evaluate trade-offs across power, performance, area, and scalability
- Ensure compliance with DFX (Design for Test/Manufacturing) requirements
- Integrate internal and third-party IP into SoC platforms
- Collaborate across cross-functional teams including design, verification, and system engineering
- Provide technical guidance and mentorship to engineering teams
3. Required Qualifications
- Bachelor’s degree in Electrical Engineering, Computer Engineering, Computer Science, or related field with 12+ years of experience
- OR
- Master’s degree with 10+ years of relevant experience
- Strong experience in SoC architecture and computer architecture
- Proven experience in RTL design for ASIC/SoC/IP development
- Experience integrating internal and external IP blocks
4. Technical Skills
Architecture & Design
- SoC Architecture Definition
- Computer Architecture
- Microarchitecture Design
- Platform Architecture
RTL & Hardware Design
- SystemVerilog RTL Coding
- ASIC / SoC / IP Design
- Logic Design and Simulation
Integration & Verification
- IP Integration (Internal and Third-Party)
- Simulation Model Development
- Functional Verification Understanding
Programming & Tools
- C++ Programming
- Perl Scripting
- Assembly Programming
- Familiarity with RF Design Tools (proprietary and third-party)
Domain Knowledge
- Embedded Systems
- Analog and RF IP Integration
- DFX (Design for Testability / Manufacturability)
- Power, Performance, Area (PPA) Optimization
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