Jobs at Marvell Technology

Lead semiconductor ATE test engineering for characterization, production, and wafer sort using Advantest 93K and/or Teradyne platforms. Develop high-speed test hardware, test plans, test programs, and methodologies; convert simulation patterns to ATE formats; optimize test flows, yields, and test times; and collaborate with design, DFx, and product engineering teams.

Supports hardware engineering activities across semiconductor product lifecycle stages, including requirements planning, supplier engagement, engineering analysis, repair and rebuild cycles, production testing, hardware transfers, cost reduction, quality improvement, and failure analysis. Completes a mentored engineering project focused on hardware deliverables or technical problem-solving and presents the results to engineering stakeholders.

Drive RTL-to-GDS implementation for advanced processors and ASICs, including synthesis, place and route, timing analysis, timing closure, and power, performance, and area optimization. Perform timing and logic ECOs, resolve congestion and implementation issues, and improve physical design methodologies and automation using Tcl, Perl, and Python. Collaborate with RTL, architecture, timing, and CAD teams to deliver high-quality silicon.

Supports semiconductor product engineering through test program verification, failure analysis, device characterization, ATE and SLT operations, engineering reporting, DPPM and yield analysis. The intern contributes to NPI, mass production release, manufacturing process support, test automation, product qualification, yield improvement, cost reduction, and quality initiatives under the guidance of a senior mentor.

Supports procurement and sourcing activities for semiconductor manufacturing, including supplier management, cost reduction, purchasing compliance, material shortage mitigation, spend analysis, and reporting. The intern collaborates with APAC suppliers and cross-functional teams while developing knowledge of semiconductor manufacturing, capacity planning, supply chain processes, and procurement systems.

Intern will work with mentors to define, prototype, validate, and demonstrate AI solutions. Responsibilities include developing Generative AI and Agentic AI workflows, prompt engineering, RAG, data-driven prototyping, and enhancing AI frameworks using Python, Databricks, and AWS. The role also explores OCR, image recognition, and multimodal AI use cases while translating business needs into technical approaches.

Supports physical implementation and verification of complex ASIC and SoC designs, including layout implementation, timing closure, synthesis, placement and routing, power and signal-integrity analysis, physical verification, and ECO implementation. The intern will work with RTL-to-GDS flows and semiconductor design tools while collaborating with a central physical design team.

Supports analog and mixed-signal IC design for high-speed optical transceivers and SERDES products. Responsibilities include interpreting specifications, implementing circuits such as PLLs, ADCs, amplifiers, transmitters, and receivers, running circuit simulations and verification with EDA tools, collaborating on layout and validation, participating in design reviews, and documenting methodologies. The role is intended for an Electrical and Electronics Engineering student with knowledge of analog circuits, semiconductor physics, and tools including Spectre, SPICE, MATLAB, and Python.

Supports semiconductor product engineering activities including test program verification, debugging, failure analysis, device characterization, ATE and SLT operations, yield reporting, and engineering analysis. The intern works with test, hardware, design, firmware, and manufacturing teams across NPI, mass production release, and sustaining stages. Responsibilities also include completing a mentored NPI engineering project and supporting test automation, qualification, yield improvement, cost reduction, and quality initiatives.

Develop automated test equipment solutions for custom semiconductor products, including test architecture, bring-up, characterization, screening, yield analysis, and fault root-cause analysis. Collaborate with design, DFT, operations, reliability, and customer teams to define test strategies and ensure product quality, performance, coverage, and high-volume manufacturing readiness. Use programming and scripting in Linux, with potential AI and machine learning applications for data analysis and test optimization.

Supports supply chain planning and execution by analyzing demand, supply, inventory, backlog, and operational data. Develops reports, dashboards, and performance metrics; assists forecasting, planning, inventory management, new product introduction, and production ramp activities. Collaborates cross-functionally, identifies inefficiencies, contributes to automation and continuous improvement, and presents data-driven recommendations. The role also applies analytical tools, forecasting methods, and emerging technologies to improve planning and operational effectiveness.

Develops semiconductor test programs for Advantest 93K platforms, including characterization, production, wafer sort, and high-speed digital testing. Creates test plans, converts simulation patterns to ATE formats, supports DFT/DFM testability reviews, optimizes test flows and yields, reduces test time, and releases production programs. Requires collaboration with design and product engineering teams, technical documentation, problem-solving, and leadership in a fast-paced environment.

Own demand forecasting, supply planning, inventory buffers, wafer starts, assembly loads, and customer on-time delivery for semiconductor products. Collaborate with sales, finance, engineering, marketing, business operations, and external suppliers. Analyze demand and supply data, improve forecast accuracy, manage product transitions, coordinate corrective actions, and oversee vendor and internal project activities.

Intern performs physical layout of high-speed analog mixed-signal semiconductor designs and conducts DRC and LVS verification. The role provides exposure to EDA tools and advanced physical layout techniques while collaborating with the Layout Team. Candidates should be pursuing an undergraduate degree in Computer Science, Electrical Engineering, or a related field, understand semiconductor and circuit design principles, communicate effectively in English, and demonstrate teamwork, problem-solving, diligence, and self-motivation.

Supports semiconductor assembly and test capacity planning through WIP and inventory reporting, dashboard development, data analysis, and automation. The intern will analyze trends and bottlenecks, collaborate with planning, IT, engineering, quality, and test teams, and help standardize information across organizations. The role provides exposure to global semiconductor supply chains and tools including Oracle, Power BI, Power Query, Power Automate, and RPA.

Designs IO pads and ESD solutions for semiconductor products. Responsibilities include analysis, circuit design, layout, verification, and ensuring compliance with design, ESD, and reliability specifications. The role requires a bachelor's degree in electrical engineering, computer science, or a related field, along with basic analog IC design knowledge.

Support Sales Operations through supply and order backlog analysis, data-driven allocation decisions, sample order system administration, user acceptance testing, and process improvement initiatives. Collaborate with international sales teams and cross-functional stakeholders while using analytics, automation, and business systems to improve workflows and support revenue goals.

Business Planning Systems Intern supporting data pipelines, dashboards, data analysis, modeling, automation, documentation, and cross-functional business intelligence projects. The role supports strategic decision-making across Operations and Marketing while using tools such as Power BI, SQL, Python, Claude, and Glean.

Develop basic ATE test programs, characterize semiconductor products, analyze yield and failure data, generate reports and dashboards, and automate weekly yield reporting using Perl and Python. The role also involves understanding processor production flow, test coverage, fault models, and end-to-end yield reporting.

Analog and mixed-signal IC design intern supporting CMOS transceiver, SerDes, D2D, and DDR products. Responsibilities include interpreting specifications, designing circuits such as PLLs, ADCs, regulators, amplifiers, TX/RX, and CDRs, performing circuit simulations and verification with EDA tools, collaborating with digital, layout, and validation teams, participating in design reviews, and documenting methodologies.