Senior Digital Architect for 2.5D/3D AI & HPC

Phase2 Technology; Austin (TX); Hybrid; USD 150,000 - 210,000; Full time

Benefits offered by this job

Flexible benefit account

Sick time

Tuition assistance

403(b) retirement plan

Employee discount

Job summary

A leading technology firm in Austin seeks a Semiconductor Digital Architect to develop innovative digital subsystems and compute fabrics. The ideal candidate will have a Master's in Electrical or Computer Engineering with 12+ years of experience in digital architecture, focusing on AI and HPC accelerators. Responsibilities include optimizing architecture specifications, mentoring teams, and engaging with industry partners. This position offers a hybrid work arrangement with travel opportunities, providing a collaborative environment to drive advancements in microsystem technology.

Qualifications

• 12 years of experience in digital architecture for SoC/FPGA/ASIC.
• Expertise in memory hierarchies and compute optimization.
• Proven record delivering complex digital design programs.

Responsibilities

• Architect digital subsystems for 2.5D/3D microsystems.
• Define architecture specifications and optimize performance.
• Mentor design teams on RTL methodologies and verification.

Skills

Deep expertise in dataflow architectures

Hands-on experience with RTL design

Proficiency in performance modeling

Strong cross-disciplinary collaboration

Education

Master’s of Science in Electrical or Computer Engineering

Tools

SystemVerilog

Python

C++

Job description

A leading technology firm in Austin seeks a Semiconductor Digital Architect to develop innovative digital subsystems and compute fabrics. The ideal candidate will have a Master's in Electrical or Computer Engineering with 12+ years of experience in digital architecture, focusing on AI and HPC accelerators. Responsibilities include optimizing architecture specifications, mentoring teams, and engaging with industry partners. This position offers a hybrid work arrangement with travel opportunities, providing a collaborative environment to drive advancements in microsystem technology.