AI-Driven Silicon Development Engineer

AI-Fabrics – Networking Silicon Architecture, Design, Verification | Austin, Texas, United States

Build the Future of Networking Silicon with AI

At AI-Fabrics, we're not just building advanced networking chips—we're reinventing how chips are designed.

Our engineering teams leverage proprietary AI-powered design and verification tools that accelerate development, automate repetitive engineering tasks, uncover optimization opportunities, and enable engineers to focus on innovation rather than manual workflows.

As an AI-Driven Silicon Development Engineer, you will develop next-generation networking silicon while working with cutting-edge AI technologies that are transforming semiconductor engineering. This is a unique opportunity to grow your career at the intersection of semiconductor design, networking architecture, and artificial intelligence.

You'll work alongside top-notch chip architects, designers, and verification engineers to create the high-performance networking infrastructure powering tomorrow's AI data centers and large-scale parallel computing systems.

What Makes This Role Different?

Most semiconductor companies design chips using tools and methods that have been deployed for decades.

At AI-Fabrics, you'll learn and drive how chips will be designed in the future.

You will:

  • Use advanced AI-assisted design tools to accelerate RTL development and verification.
  • Collaborate with engineers developing next-generation AI workflows for semiconductor design.
  • Apply machine learning-driven insights to improve performance, power, and area optimization.
  • Work in an environment where AI is integrated into everyday engineering workflows.
  • Help define new methodologies that increase engineering productivity and silicon quality.

Responsibilities

  • Architect, Design and Verify digital hardware blocks and complex SoCs.
  • Develop networking ASIC and SoC components for AI infrastructure.
  • Utilize AI-powered engineering tools to improve design productivity and quality.
  • Work with architects to translate product requirements into efficient hardware implementations.
  • Create and execute verification plans, simulations, and validation tests.
  • Analyze design performance, debug issues, and optimize implementations.
  • Participate in silicon bring-up and post-silicon validation activities.
  • Contribute to the evolution of AI-enabled design methodologies and engineering workflows.
  • Collaborate closely with design, verification, physical implementation, software, and architecture teams.

Qualifications

Required

  • Bachelor's or Master's degree in Electrical Engineering, Computer Engineering, Computer Science, or related field.
  • Strong understanding of digital design fundamentals and computer architecture.
  • Experience with Verilog or SystemVerilog through coursework, research, internships, or prior experience.
  • Familiarity with Linux-based development environments.
  • Strong problem-solving, analytical, and debugging skills.
  • Curiosity about both semiconductor engineering and artificial intelligence.

Preferred

  • Proven track record with development of complex SoCs.
  • Knowledge of networking fundamentals and protocols.
  • Experience with Python or other scripting languages.
  • Familiarity with verification methodologies such as UVM.
  • Interest in applying AI and automation to engineering workflows.
  • Coursework or projects involving machine learning, data analysis, or AI tools.

What You'll Learn

  • Advanced networking ASIC and SoC development.
  • Modern AI-assisted silicon design methodologies.
  • RTL design, verification, synthesis, timing closure, and silicon validation.
  • How AI is transforming chip design productivity and quality.
  • End-to-end development of networking silicon powering large-scale AI systems.

Why AI-Fabrics?

At AI-Fabrics, you'll help shape two revolutions simultaneously:

  • The networking infrastructure enabling the AI era.
  • The AI-powered engineering methodologies transforming semiconductor design itself.

If you're excited about hardware, AI, and building technology that changes industries, you'll find an unmatched opportunity to learn, innovate, and make an impact from day one.

Join us in building the future of networking silicon—and the future of how silicon gets built!