Top Tech Jobs & Startup Jobs

Leads architecture and design of high-speed mixed-signal CMOS integrated circuits for ATE applications. Responsibilities include wireline transmitters and receivers, DFE, clock and data recovery, VCO/PLL collaboration, analog and digital equalization, custom high-speed digital circuits, system integration, technical leadership, mentoring, and stakeholder presentations.

Leads architecture and design of high-speed mixed-signal semiconductor systems, including wireline transmitters and receivers, DFE, clock and data recovery, VCO/PLL, equalization, and custom digital circuits. Collaborates on chiplet and system integration using advanced CMOS processes, presents technical results, and mentors junior engineers. Requires expertise in high-speed or RF CMOS, digitally assisted analog design, and semiconductor system architecture.

Manages quality performance for outsourced semiconductor assembly and test suppliers. Leads supplier investigations, root-cause analysis, containment, corrective actions, audits, change management, and quality improvement. Collaborates with engineering, customer quality, failure analysis, reliability, operations, and planning teams. Supports customer complaints, nonconforming material containment, and internal MRB reviews while monitoring manufacturing data, yield, defects, and process capability. Requires strong supplier management, structured problem solving, and technical communication.

Supports high-volume semiconductor manufacturing by maintaining equipment capability, reliability, uptime, and production readiness. Troubleshoots failures, performs root cause analysis, drives corrective actions, and executes improvement, qualification, installation, and validation projects. Analyzes equipment performance and downtime, optimizes preventive maintenance, maintains technical documentation, coordinates with technicians, vendors, and cross-functional teams, and supports safety, quality, and continuous improvement initiatives.

Develop and support power system management solutions for cloud and data center customers. Evaluate silicon, design and test evaluation boards, review schematics and PCB layouts, create reference designs and technical documentation, provide APAC customer support, perform simulations and lab automation, and collaborate with global applications teams.

Supports semiconductor backend fabrication by improving manufacturing processes, controlling equipment, qualifying toolsets, analyzing yield issues, and implementing corrective actions. The role develops wafer-level capabilities, transfers processes, establishes engineering standards, reviews safety and production metrics, supports capital equipment acquisition, and ensures safe toolset operation. It requires hands-on semiconductor processing experience and collaboration across equipment, manufacturing, and development teams.

Leads verification for embedded software supporting datacenter and energy products. Develops test strategies, architectures, automation frameworks, and test code using Python and PyTest; executes tests, analyzes defects, validates releases, and reports quality results. Collaborates with architects, board and systems teams, and distributed stakeholders to improve testability and release reliability. Mentors test engineers and promotes best practices across firmware, APIs, tools, and services.

Develop and maintain scalable MATLAB and Simulink models for semiconductor products and reference systems. Translate requirements and hardware behavior into validated, reusable simulation models; integrate models into customer workflows, automated testing, and development environments. Lead verification, debugging, optimization, documentation, and workflow automation. Collaborate cross-functionally and with MathWorks while mentoring engineers and advancing modeling standards.

Leads RF and microwave product development from concept through launch, including system design, testing, qualification, reliability analysis, and test hardware development. Collaborates cross-functionally to meet customer and industry requirements, creates technical documentation, manages project schedules and budgets, improves development processes, and mentors junior engineers. Requires hands-on µWave/mmWave measurement experience, RF engineering expertise, CAD and PCB layout proficiency, and familiarity with lab instrumentation and scripting tools.

Develop and verify physical layouts for RF, analog, and mixed-signal integrated circuits. Responsibilities include floor planning, high-frequency routing, RF passive design, DRC/LVS/ERC verification, parasitic extraction, electromagnetic modeling, tapeout support, and collaboration with RFIC, CAD, process, and test engineering teams.