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We are looking for an experienced, talented CPU ASIC front-end design expert and technical lead. In this role, you will take part in developing cutting-edge high performance best in class RISC-V CPU, from definition stage through planning stage and the development of new features while solving challenging implementation problems and ending in successful tape-out and product bring-up.

Responsibilities
Learn high performance RISC-V Arch and algorithms.
Define and drive the design of advanced and super complexed blocks from micro-architecture phase to tape out.
Work closely with various teams to drive execution (SW, Architecture, verification, BE, FPGA, postSi etc).
Devise execution indicators and monitor and report execution progress to enable prioritization and clear decision making.

Responsibilities
Lead a physical design team responsible for all stages of the physical design process-floor planning, placement, clock tree synthesis, routing, timing, and power optimization at both block and subsystem levels.
Mentor and guide a team of physical design engineers through all stages of the design flow.
Collaborate closely with project managers and other technical leads to ensure timely delivery and successful completion of projects.
Drive the technical direction of the physical design process to ensure efficient, high-quality outcomes.
Develop and implement best practices for physical design and continuous improvements of design workflows.
Optimize designs for performance, power, and area (PPA) to meet project goals.
Ensure compliance with DRC (design rule checking) and LVS (layout versus schematic) requirements. .
Drive timing analysis and closure, working closely with the RTL design team to resolve timing violations.

We are seeking a highly skilled and motivated Electrical Validation (EV) and System Testing Engineer to join our team. This position is crucial in supporting the design, development and full testing.
The Electrical Validation team Lead manages the electrical validation function across our company hardware platforms. This role owns the validation strategy, methodology, lab infrastructure, and execution across all high-speed and control interfaces. The manager ensures robust electrical performance from early prototypes through production release and drives cross-functional alignment between design, SI, firmware, and manufacturing.
The role involves close collaboration with the HW R&D team, Quality, DevOps, and Contract Manufacturing (CM) teams to ensure the delivery of high-quality, reliable products.
This group is part of the HW R&D group.
Key Responsibilities
Define the electrical validation strategy for our company hardware platforms.
Own validation methodology for: High-speed Ethernet (100M-1600G), PCIe Gen1 to Gen5+, SerDes architectures (NRZ/PAM4), Control and management buses (I2C, SPI, RS-232, MDIO, etc.)
Build and manage a high-performance validation team.
Define lab architecture, including: Equipment selection (oscilloscopes, BERTs, analyzers), Compliance platforms, Automation frameworks, Signal integrity validation environments
Drive early engagement with board design and SI teams to ensure design-for-validation.
Oversee: Compliance (IEEE, PCI-SIG, OIF), Interoperability testing, Stress and margin testing
Lead root cause analysis of electrical failures and systemic issues.
Define validation documentation standards and sign-off criteria.
Implement full test traceability systems for production yield and stability monitoring.
Collaborate with R&D and Quality teams to drive product quality and reliability improvements.
Utilize and maintain a range of test equipment, including:
Work with various communication protocols: TCP/IP, Telnet, SSH, HTTP, SNMP, SFTP, SCP, FTP, RS232, GPIB, I2C, and NI-VISA.
Support testing of embedded systems running on Linux platforms.

We are looking for a Systems Engineer to join our multidisciplinary R&D organization and play a key role in the definition, development, and integration of complex industrial systems. In this role, you will be involved throughout the full product lifecycle-from requirements and system architecture, through integration and validation, and into deployment and manufacturing.

As a Systems Engineer, you will serve as the technical integrator across engineering disciplines, leading system‑level thinking and ensuring that the complete solution meets performance, reliability, quality, and cost targets. This is a hands‑on, high‑impact role for an engineer who enjoys working on real, complex products, making critical design decisions, and shaping how advanced systems are built.


Key Responsibilities

Translate product requirements into system-level specifications and technical requirements.
Decompose system requirements into subsystem requirements and ensure alignment across engineering teams.
Develop system concepts, trade-off analyses, and performance models.
Act as the technical interface between hardware, software, mechanics, and electronics.
Ensure seamless integration between subsystems and manage interface definitions.
Lead technical discussions across R&D disciplines to resolve system-level challenges.
Develop verification and validation plans to ensure system performance and reliability.
Participate in design reviews and technical risk assessments.
Analyze system performance and troubleshoot complex technical issues.
Lead root-cause analysis and implement system-level improvements.
Support manufacturing, service, and field teams during product deployment.

A procurement NPI account lead will manage multiple complex activities / projects that support program, R&D and marketing to launch products from its early stages. In this role you will have to frequently contributes to the development of new ideas, design and cost reduction opportunities, building robust supply chain with optimized costs and high-quality standards to meet program objectives. Leads and provides expertise to functional project teams and may participate in cross-functional initiatives. Acts as an expert providing direction and guidance to process improvements. Building product BOM cost roadmap and monitor product health from procurement perspective.


Key Responsibilities

Lead procurement activities across the NPI lifecycle, from design concept through production release, ensuring supplier readiness and commercial alignment.
Serve as the procurement lead within the NPI core team, aligning sourcing execution with business objectives and manufacturing readiness.
Partner cross-functionally with key functions to translate requirements into effective procurement strategies.
Influence design and procurement decisions to optimize cost, lead time, manufacturability, and business continuity.
Lead supplier selection, qualification, and onboarding, ensuring the right balance of cost, quality, capacity, and risk.
Own commercial negotiations and supplier agreements, including pricing, lead times, tooling, and contracts.
Proactively manage supply, cost, and schedule risks, driving mitigation, escalation, and resolution.
Drive cost reduction and value engineering initiatives through technology, supplier optimization, localization, and manufacturing process improvement.
Build strong supplier and stakeholder relationships to ensure alignment and successful production ramp-up.
Provide procurement and supply chain expertise to strengthen sourcing decisions and NPI execution.

We are seeking a highly skilled and motivated Electrical Validation (EV) Team and System Testing / ATE Team Leader to join our team. This position is crucial in supporting the design, development, and implementation of Automated Test Equipment (ATE) and production test systems.
The Electrical Validation team Lead manages the electrical validation function across our company hardware platforms. This role owns the validation strategy, methodology, lab infrastructure, and execution across all high-speed and control interfaces. The manager ensures robust electrical performance from early prototypes through production release and drives cross-functional alignment between design, SI, firmware, and manufacturing.
The role involves close collaboration with the HW R&D team, Quality, DevOps, and Contract Manufacturing (CM) teams to ensure the delivery of high-quality, reliable products.
This group is part of the HW R&D group.
Key Responsibilities
Define the electrical validation strategy for our company hardware platforms.
Own validation methodology for: High-speed Ethernet (100M-1600G), PCIe Gen1 to Gen5+, SerDes architectures (NRZ/PAM4), Control and management buses (I2C, SPI, RS-232, MDIO, etc.)
Establish structured validation plans aligned with hardware release milestones.
Build and manage a high-performance validation team.
Define lab architecture, including: Equipment selection (oscilloscopes, BERTs, analyzers), Compliance platforms, Automation frameworks, Signal integrity validation environments
Drive early engagement with board design and SI teams to ensure design-for-validation.
Oversee: Compliance (IEEE, PCI-SIG, OIF), Interoperability testing, Stress and margin testing
Lead root cause analysis of electrical failures and systemic issues.
Support NPI, manufacturing bring-up, and yield improvement.
Develop automation and scalable validation methodologies.
Define validation documentation standards and sign-off criteria.
Collaborate with system architecture and software teams to ensure HW-SW integration robustness.
Manage external labs and certification processes where required.
Drive continuous improvement of validation coverage and efficiency.
Lead the full ATE development lifecycle from requirements definition to execution in production, including GUI design and Python scripting.
Develop and maintain boundary scan applications using JTAG Technologies.
Define and maintain test fixtures, including JIGs/Bed-of-Nails, etc., in collaboration with mechanical vendors.
Implement full test traceability systems for production yield and stability monitoring.
Collaborate with R&D and Quality teams to drive product quality and reliability improvements.
Provide onsite support at CM sites, including station setup, installation, training, maintenance, and debugging.
Perform in-depth failure analysis and troubleshooting at the system and component level.
Utilize and maintain a range of test equipment, including:
Work with various communication protocols: TCP/IP, Telnet, SSH, HTTP, SNMP, SFTP, SCP, FTP, RS232, GPIB, I2C, and NI-VISA.
Support testing of embedded systems running on Linux platforms.

We are looking for a PLC & Motion Control Firmware Engineer to lead the development of advanced motion control software for complex electromechanical systems.

In this role, you will work across real-time control, firmware, and hardware, taking ownership of motion behavior from low-level drive interfaces to full machine performance. You will collaborate closely with motion architects, hardware engineers, system engineers, and QA teams to deliver scalable, reliable, and high-performance motion solutions across multiple product generations.

This position offers strong technical ownership and a growth path toward technical leadership and team management.


Responsibilities
Motion Control & PLC Development

Design and implement PLC-based motion control software for real-time machine systems
Develop motion capabilities including servo control, kinematics, and multi-axis synchronization
Own motion behavior of assigned subsystems, ensuring safe, deterministic, and high-performance operation
Develop low-level interfaces to drives, sensors, I/O modules, and custom hardware

Embedded & Real-Time Software

Develop and maintain real-time software using IEC 61131-3 Structured Text and embedded C/C++
Optimize execution timing and real-time performance within PLC runtimes
Support integration with industrial communication protocols and hardware interfaces

System Integration & Technical Leadership

Lead HW/SW bring-up and integration of new motion platforms
Debug complex motion, synchronization, and timing issues
Translate system requirements into robust motion control solutions
Drive architectural improvements, feature enhancements, and code refactoring
Serve as a technical focal point for motion and PLC domains
Mentor engineers and support future team leadership activities

This is a high-impact technical leadership role designed for a "star" engineer who can own the entire hardware lifecycle. You will be responsible for stabilizing products from the first prototype through mass production, defining validation strategies, and managing the technical deployment of test stations at global Contract Manufacturers (CMs). You will bridge the gap between R&D, manufacturing, and field reliability to ensure world-class product quality.
Core Responsibilities
Outsourced Station & Vendor Management: Lead the design, setup, and qualification and scale-up of test stations (ICT/JTAG/FT) and debug infrastructure at CM/Outsource partners.
End-to-End Product Stabilization: Own the hardware stabilization process from the first build unit through ramp-up and transition to high-volume production.
Validation & Automation Strategy: Build comprehensive validation plans, review hardware designs for testability (DFT), and integrate automated software tests into production lines.
Advanced System Debugging: Develop hardware debug tools and methodologies to perform deep-dive failure analysis and root cause investigations on systemic issues.
Yield & Data Intelligence: Monitor and optimize yield performance using data analysis techniques to identify trends and failure modes during the NPI lifecycle.
Field & RMA Ownership: Lead technical investigations into field-deployed systems, analyzing diagnostics and telemetry to evaluate RMA claims and provide actionable engineering recommendations.
Cross-Functional Leadership: Collaborate with Mechanical NPI, Test Development, R&D, and manufacturing partners to align test requirements with business needs.
Statistical Process Control (SPC) Implementation: Establish and monitor SPC for critical manufacturing parameters to identify process "drifts" before they result in actual product failures.
Root Cause Corrective Action (RCCA): Lead the formal RCCA process for any manufacturing escapes, ensuring that the "fix" is implemented both in the hardware design and the test software.
Vendor Quality Engineering (VQE): Act as the technical quality lead for CMs and outsourced station builders, defining the "Golden Unit" standards and qualification protocols for all production lines.