Top Tech Jobs & Startup Jobs

Designs, implements, and validates high-speed analog and mixed-signal integrated circuits for silicon photonics and optical interconnect products. Responsibilities include circuit architecture, block-level design, full-chip integration, collaboration with digital and multidisciplinary teams, post-silicon test planning, characterization, and technical documentation. The role focuses on low-voltage, low-power designs for high-speed serial links and supports products from concept through production.

Performs functional and pre-silicon verification of GPU graphics, media, and display logic. Develops reusable verification plans, testbenches, simulation models, coverage, and assertions; executes tests, analyzes power and timing, debugs failures, and implements corrective measures. Collaborates with GPU architects, RTL developers, and physical design teams to validate complex features and improve verification infrastructure and methodology.

Lead the design and development of analog and mixed-signal circuits for high-speed IO and connectivity products. Responsibilities include transistor-level design, simulation, verification, optimization, layout collaboration, silicon bring-up, characterization, debugging, and design closure across performance, reliability, and yield metrics. The role also involves cross-functional technical leadership, design reviews, methodology development, and mentoring junior engineers.

Develop and maintain frontend and backend software applications, translating user stories into scalable solutions. Responsibilities include coding, testing, debugging, database optimization, secure development lifecycle activities, CI/CD automation, documentation support, and collaboration with security engineers, product teams, and end users.

Develop pre-silicon verification methodologies for neuromorphic SoC and ASIC architectures across software, RTL, and emulation platforms. Create Python-based directed and random tests, map application requirements to test plans, run regressions, debug failures, track coverage, maintain assertions and scoreboards, and integrate verification IPs. Collaborate with architecture, design, software, and IP teams to validate protocols and improve first-pass silicon success.

Lead strategy, roadmap, and execution for Intel’s data center AI software portfolio. Define enterprise-ready generative AI, agentic, microservices, and turnkey solutions across cloud, hybrid, and on-premises environments. Analyze competitors, develop go-to-market positioning, and grow relationships with cloud providers, ISVs, neoclouds, and open-source communities. Partner with engineering, AI research, silicon architecture, documentation, and developer relations teams to deliver PRDs, deployment blueprints, APIs, SDKs, and validated software offerings.

Enable and optimize Intel IPU solutions for cloud providers by developing targeted IPU software, executing system-level workload testing and debugging across platforms, collaborating with customers and internal teams, and producing technical collateral to support deployment and adoption.

Leads semiconductor module and manufacturing process development, equipment integration, feasibility studies, process characterization, and technology pathfinding. Optimizes materials, parameters, metrology, equipment, and production processes for current and future device architectures. Partners with suppliers, develops technology roadmaps, improves manufacturing efficiency, and leads cross-functional technical projects. Applies statistical analysis, experimental design, process control, data analytics, and hands-on debugging to solve complex engineering problems.

Supports Intel Ethernet products across discrete controllers and integrated SoC Ethernet IP. Diagnoses complex board, system, PCIe, and Ethernet interlink issues; resolves customer problems; develops and validates debug tools with software teams; and supports product development from hardware design through mass production. Requires independent problem solving, customer management, high-speed I/O debugging, lab equipment expertise, and collaboration across engineering teams. Some travel may be required.

Drives semiconductor manufacturing yield improvements by identifying yield limiters, performing statistical and failure analyses, debugging logic and memory failures, and correlating test, design, and process data. Develops yield roadmaps, measurement recipes, analytical tools, and modeling systems while supporting advanced process nodes, product introductions, and factory experiments. Collaborates with design, test, process, layout, and manufacturing teams to isolate root causes and improve product manufacturability.