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We are looking for an experienced STA Engineer to join our growing BE team. We are working on the most challenging and interesting ASIC chips. Come join us and have a big impact on our groundbreaking and innovative designs.

Responsibilities:
Take part in STA activities for blocks, Sub Systems and Full chip, from definitions to TO.
Analyze timing results, verify correctness and provide timing budget for the different partitions.
Own the timing constraints both for STA and P&R flow.
Working closely with architecture, design, PD and DFT teams to make sure timing closure and ensures product success.
Identify risks and bottlenecks, work closely with PD, RTL and DFT teams, ensuring convergence throughout various project stages.
Participating in design methodology, reviews and tool automation work and definition.
As part of this rule you will gain very good understanding of our HPC and AI designs and sub system as well as product targets.

We are looking for a talented and experienced engineer to participate in designing the next era of computer architecture. In this position you will take part in designing the critical parts of our future chips. You will transform architectural requirements to micro-architectural specs, implement key blocks in RTL, and participate in post-silicon activities.

Responsibilities:
Define and drive the design of advanced blocks from micro-architecture phase to netlist.
Support timing and constraints definitions work closely with the BE team on timing and physicals implementation efforts.
Leading processes relating to power optimization.
Technology expert, building a knowledge base for the group.
Work with various teams to drive execution (SW, Architecture, verification, BE, etc).
Devise execution indicators and monitor and report execution progress to enable prioritization and clear decision making.

We are seeking a skilled and detail-oriented High-Speed Board Designer to join our team. In this role you will design and develop high-speed printed circuit boards (PCBs) that power advanced electronic systems. Youll play a key role in shaping the performance, reliability, manufacturability of our hardware products.

Responsibilities:
Design and develop high-speed PCBs for various applications, ensuring optimal performance and reliability.
Perform schematic capture, circuit design, and layout definition.
Conduct signal integrity and power integrity analysis to optimize board performance.
Collaborate with cross-functional teams, including hardware, firmware, and manufacturing engineers.
Define routing constraints for high-speed interfaces and ensure compliance with industry standards.
Conduct board bring-up, testing, and debugging of prototypes.
Work with FPGA and microcontroller development for board-level integration.
Generate documentation for PCB fabrication and assembly.

We are looking for a highly skilled and experienced DFT Lead to take a central role in shaping the DFT implementation for the companys next-generation SoC. As the DFT Lead, you will be responsible for overseeing the development and execution of testing methodologies to ensure the functionality, reliability, and manufacturability of integrated circuits (ICs) and other hardware designs. You will play a critical leadership role in integrating test structures into the design of electronic components, driving efficient testing processes throughout the product lifecycle, from production to deployment and maintenance. This is a key position that will directly influence the success of our projects and the quality of our products.

Responsibilities:
Develop DFT methodologies for IC designs, such as scan chains, built-in self-test (BIST), boundary scan, MBIST.
Implement and validate DFT features to ensure coverage and quality.
Perform scan insertion, MBIST insertion and ensure architectural spec is met
Generate ATPG patterns for stuck at and at speed, ensure all sequential elements are scannable to achieve high coverage. Generate MBIST patterns and ensure all memories are being covered for defects.
Collaborate with design teams to create test strategies and plans that identify potential defects.
Perform simulations and verification of DFT designs to confirm functionality and accuracy.
Analyze fault models and optimize for high coverage, including stuck-at, transition, and path delay faults.
Collaborate with test engineers to perform yield analysis and improve DFT methodologies.
Troubleshoot and debug design issues found during testing.
Develop techniques to isolate faults and improve test coverage with minimal impact on design.
Work with cross-functional teams (e.g., design, verification, test engineering) to integrate DFT features effectively.
Document DFT architecture, procedures, and test coverage to support production testing and ongoing improvement.