Jobs at Marvell Technology

Supports semiconductor test development by verifying test code and programs, evaluating silicon devices, investigating unexpected results, correlating findings with design teams, and developing testing strategies. The intern uses Python, C, Visual Basic, and laboratory instruments while contributing to new product introduction, characterization, qualification, production testing, yield optimization, and test-time reduction activities.

Supports board-level hardware product engineering for prototype and pre-production builds. Responsibilities include tracking milestones and readiness, collecting and analyzing manufacturing data, documenting build issues and corrective actions, and supporting board assembly, inspection, manufacturing test, validation, supplier coordination, and new product introduction. The intern collaborates with hardware design, operations, quality, reliability, test engineering, and supply chain teams while contributing to documentation and continuous improvement.

Supports semiconductor test operations by maintaining and troubleshooting Advantest and Teradyne testers, handlers, probers, and related hardware. Assists with repairs, upgrades, calibration, preventive maintenance, hardware requests, vendor coordination, spare-parts procurement, and test-floor improvements. Works with engineering and production teams in a fast-paced onsite environment.

Supports digital IC design and implementation for high-performance semiconductor products. Develops and verifies RTL blocks, performs synthesis, static timing and power analysis, debugs designs, explores design methodologies, and collaborates with architecture, verification, and physical design teams. The intern contributes to real chip design efforts involving cloud, AI, storage, networking, and high-speed connectivity applications.

Design and verify high-performance RTL blocks for digital ICs, including synthesis, static timing analysis, timing signoff, power analysis, and debugging. Interns collaborate with architecture, design verification, and physical design teams on ASIC and SoC projects, investigate design methodologies, and contribute to real semiconductor products for cloud, AI, storage, and networking applications.

Lead digital ASIC design for high-performance connectivity silicon supporting AI data centers. Responsibilities include SoC microarchitecture, SystemVerilog RTL development, ASIC front-end flows, timing and power optimization, subsystem integration, verification strategy, emulation, FPGA prototyping, and silicon bring-up. The role focuses on DSP pipelines, high-speed datapaths, Ethernet protocols, PHY logic, and advanced process nodes while mentoring engineers and driving technical direction.

Owns enterprise endpoint engineering across Windows, mobile, macOS, Linux, VDI, and print environments. Designs and maintains SCCM and Intune management, mobile enrollment, Autopilot provisioning, application packaging, patching, compliance, security baselines, and endpoint performance monitoring. Automates remediation and reporting with PowerShell, Bash, and Python; leads cross-platform initiatives, major incident escalations, standards, runbooks, and continuous improvement. Partners with security, identity, networking, and service delivery teams while mentoring other engineers.

Lead substrate procurement strategy including supplier selection, RFQs, negotiations, contracts, capacity planning, cost-reduction roadmaps, supplier performance management, risk mitigation, NPI procurement, and lead a team of commodity managers and buyers.

Lead strategic sourcing for advanced packaging, assembly/test, and semiconductor test equipment. Develop supplier strategies, negotiate contracts, manage cross-functional stakeholders, ensure capacity and supply continuity, drive cost savings, and mitigate supply risks to support AI and data center product ramps.

Leads end-to-end execution of customer-driven custom and semi-custom semiconductor programs, from initiation and planning through development, validation, qualification, sample delivery, production release, and closure. Manages schedule, quality, cost, risks, communications, and issue resolution across matrixed engineering, operations, business, customer, and executive stakeholders. Drives alignment, mitigation planning, post-mortems, and continuous improvement.

The role involves improving demand forecast accuracy, implementing ML models, and collaborating with various teams to analyze market trends.

Lead the development and maintenance of analog/mixed-signal CAD infrastructure and automated design flows for advanced semiconductor technologies. Architect simulation environments, support AMS tools, troubleshoot modeling and verification issues, collaborate with designers, foundries, TCAD teams, and EDA vendors, and develop scripting-based productivity tools. The role also covers custom verification checks, model QA, PDK integration, netlisting, and company-wide CAD methodology for analog, RF, and silicon photonics development.

Design and develop SERDES/D2D firmware and networking software using embedded C/C++. Enhance MCU coprocessor and hardware accelerator features, support hardware bring-up, develop multithreaded software, troubleshoot hardware and software issues, optimize Marvell SoC performance, and collaborate with validation and hardware/software engineering teams to resolve customer issues.

Leads a portfolio of complex semiconductor product programs across the full lifecycle, from customer engagement and pre-tape-out planning through production, sustained manufacturing, and end-of-life. Owns program governance, supply continuity, customer commitments, strategic supplier relationships, capacity planning, executive escalations, and lifecycle transitions. Manages and develops Supply Chain Program Managers while coordinating Engineering, Operations, Sales, Marketing, Quality, customers, and global manufacturing partners.

Design For Test intern supporting DFT insertion, pattern generation, verification, and testability analysis for complex SoCs. The role includes working with Scan, MBIST, Boundary Scan, and IP macro test flows; resolving DFT issues; automating workflows with Tcl, Python, or shell scripting; improving methodologies and documentation; and presenting project results. Candidates should be pursuing a master’s degree in computer or electrical engineering and understand digital logic and DFT concepts.

Leads global optics supply planning for a semiconductor portfolio, owning demand-to-commit, long-range capacity modeling, allocation governance, revenue commitments, NPI-to-volume handoffs, and supply escalations. Partners with executive leadership, finance, sales, procurement, planning teams, and global suppliers to translate volatile AI-driven demand into reliable capacity and revenue plans. Builds and develops a global planning organization across the United States and Asia.

Serve as customer-facing quality engineer for IC or optics products: lead customer engagements, assess reliability risk, execute qualification plans, drive 8D problem-solving and quality improvement, integrate customer requirements into QMS, and report to executives to achieve best-in-class supplier quality.

Support Storage Business Unit FP&A by building financial models, forecasting, and variance analysis. Drive new product investment planning, month-end accounting controls, project tracking, costing, dashboards, and cross-functional reporting. Partner with business leaders, support planning cycles, and mentor junior team members to deliver actionable financial insights.

Own and build Marvell’s executive travel program, providing white-glove support for senior leaders from planning through completion. Manage commercial and private air travel, hotels, ground transportation, VIP services, itineraries, vendors, budgets, policies, compliance, and contingency planning. Partner with executive assistants, security, legal, and finance while maintaining confidentiality and responding calmly to urgent or after-hours needs. Continuously improve service standards, technology, vendor performance, and cost efficiency.

Technical Sales Intern supporting customer engagement, lead generation, opportunity qualification, presentations, design-in activities, and technical solution positioning. The role involves collaborating with engineering and sales teams, participating in customer meetings, supporting account planning and negotiations, and learning supply chain forecasting and demand management. Candidates should be pursuing a bachelor’s degree in Computer or Electrical Engineering and understand circuit design, electronics, and networking architecture.