Founding Memory Circuit Architect

SBT; Austin (TX); Presencial; USD 120.000 - 170.000; Jornada completa

Descripción de la vacante

SBT is seeking an engineer to design and develop memory-focused ICs for AI and high-performance computing. You will work on novel memory cells, arrays, sensing, and peripheral circuits, translating device characteristics into practical transistor-level implementations.

As an early member of the team, you will drive architecture, verification, and tape-out efforts, collaborating across device physics, process technology, circuit design, and system architecture to shape memory technology's future.

Formación

• Strong experience in analog, mixed-signal, or custom digital IC design, with memory-related focus.
• Understanding of transistor-level design, memory arrays, sensing circuits, and read/write operations.
• Exposure to emerging memory devices or novel circuit architectures.

Responsabilidades

• Design and develop novel memory cells, arrays, sensing, read/write, and peripheral circuits.
• Translate memory device characteristics into transistor-level circuit implementations.
• Drive circuit architecture, simulation, optimization, and physical implementation through tape-out and silicon validation.
• Collaborate across device physics, process technology, circuit design, and system architecture.
• Explore memory architectures targeting AI acceleration and HPC workloads.
• Help establish foundational design methodologies and technical direction as an early team member.

Conocimientos

Analog/mixed-signal IC design

Memory-related circuits

Transistor-level design

Circuit simulation

EDA tools

Semiconductor device physics

Descripción del empleo

SBT is seeking an engineer to design and develop memory-focused ICs for AI and high-performance computing. You will work on novel memory cells, arrays, sensing, and peripheral circuits, translating device characteristics into practical transistor-level implementations.

As an early member of the team, you will drive architecture, verification, and tape-out efforts, collaborating across device physics, process technology, circuit design, and system architecture to shape memory technology's future.