Jobs at GlobalFoundries

The role involves analyzing requirements, planning and executing various tests, developing automated testing modules, and collaborating with cross-functional teams to ensure high-quality software delivery.

Responsible for Linux SDK development for a RISC-V MPU platform, including boot firmware, kernel enablement, debugging, and validation on FPGA/early silicon.

Leads global technical training, competency management, LMS governance, process standardization, audit readiness, and workforce development across semiconductor manufacturing sites. Partners with training teams, engineering, HR, and subject matter experts to develop curricula, manage qualification frameworks, monitor compliance dashboards, identify capability gaps, and implement corrective actions. Oversees cross-functional training projects and supports digitalization, automation, continuous improvement, and learning-system enhancements across global fabs.

Supports APAC government grants and incentives through compliance management, grant accounting, cash flow reporting, forecasting, audit support, headcount validation, and regulatory submissions. Coordinates with Finance, HR, Payroll, project teams, and funding agencies to validate information and maintain audit-ready records. The role also drives reporting process improvements and automation while managing multiple deadlines and ad hoc projects.

Provide engineering support for semiconductor process operations, overseeing manufacturing equipment and automated assembly tools, driving cycle time, throughput, UPH and quality improvements, supporting capacity modeling and collaborating cross-functionally while ensuring EHS compliance.

Leads quantum technology development and 300mm semiconductor process integration for silicon photonics devices from development through customer engagement and production. Ensures technology quality, financial performance, maturity, qualification robustness, and customer requirements. Manages cross-functional collaboration across customers, suppliers, manufacturing teams, and global sites while applying structured problem solving, quality processes, and Lean Manufacturing principles.

Owns process integration and technology development for 45nm silicon photonics manufacturing. Responsibilities include managing technology modules, developing and qualifying semiconductor process flows, defining experiments, analyzing line performance, resolving yield and defectivity issues, and improving electrical performance, cost, quality, and efficiency. The role also requires cross-functional collaboration, customer support, hardware disposition, and adherence to environmental, health, safety, and security programs.

Owns silicon photonics technology ramp and semiconductor process integration for 45nm technologies. Leads module priorities, process-flow development, experiments, hardware disposition, yield and defect improvement, cost reduction, line issue resolution, and technology synchronization. Performs technical data analysis, collaborates with device and process teams, engages customers, and supports performance, reliability, quality, delivery, and EHS objectives.

Build and deploy enterprise AI agents and full-stack applications for agentic workflows. Responsibilities include developing APIs, MCP integrations, cloud solutions, event-driven services, authentication patterns, CI/CD, observability, and production deployment automation. The engineer will prototype and industrialize AI use cases across HR, IT, supply chain, and other enterprise domains while collaborating with business stakeholders, architects, application owners, and platform teams. The role also contributes to reusable engineering standards, architecture decisions, mentoring, governance, security, and cost controls.

Three-year rotational program for new college graduates across Customer & Markets and Product Marketing teams. Responsibilities include market research, competitive analysis, market forecasting, customer and product data analysis, product marketing support, profitability analysis, stakeholder collaboration, and presenting business insights and recommendations. The role requires a relevant bachelor’s degree, a minimum 3.0 GPA, strong communication skills, and interest in semiconductors and commercial strategy.

Customer-facing Field Application Engineer supporting MIPS processor IP, software tools, and custom silicon solutions. The role guides customers through technical evaluations, integration, architecture decisions, troubleshooting, and design-win execution. Responsibilities include collaborating with sales and engineering teams, translating customer requirements into product feedback, supporting proposals and presentations, engaging ecosystem partners, and delivering workshops and demonstrations. The position requires strong SoC/ASIC architecture expertise, customer-facing communication skills, and travel within Japan.

Analyze SPC and FDC charts, review setup data, release tools according to SOPs, troubleshoot process issues, and document tool and line problems. Support process and equipment qualifications, process improvement projects, and new process introductions. Coordinate with engineering, technicians, maintenance, and other modules while participating in continuous improvement initiatives to improve wafer yield, process robustness, cost efficiency, and manufacturing capacity. The role requires rotating 12-hour shifts and overtime support.

Develops and administers Microsoft 365 Copilot, Copilot Studio, Power Platform, Teams, SharePoint, and related collaboration services. Responsibilities include building Copilot agents and integrations, enforcing governance and DLP policies, managing ALM and deployment pipelines, supporting security and compliance, monitoring adoption and platform health, troubleshooting services, and enabling responsible enterprise AI adoption.

Entry-level finance participants complete two to three rotations across finance and accounting functions, including FP&A, manufacturing finance, supply chain finance, treasury, accounting, audit, tax, investor relations, and transformation. Responsibilities include financial analysis, modeling, forecasting, cost analysis, cash-flow monitoring, reporting, earnings materials, process improvement, and cross-functional initiatives. The program also provides mentorship, training, networking, job shadowing, and leadership development.

Architect and develop AI/ML compiler and runtime software for RISC-V, NPU, and SoC platforms. Build IREE and MLIR compiler pipelines, custom dialects, lowering passes, code generation, runtime integration, quantization, and accelerator support. Optimize edge AI workloads for latency, throughput, memory, and power. Lead validation, benchmarking, CI, silicon bring-up, debugging, and cross-functional hardware-software enablement while providing technical direction and mentoring.

Owns secure boot and Root of Trust development for a 64-bit RISC-V MPU platform. Responsibilities include boot and firmware enablement, Linux kernel and BSP security integration, cryptographic and secure-storage components, provisioning, anti-rollback, attestation, SDK security collateral, and pre- and post-silicon validation across FPGA and first silicon. The role requires debugging issues across hardware, firmware, and kernels while partnering with architecture and SoC teams.

Develops and integrates high-voltage BCD semiconductor processes and devices. Responsibilities include executing engineering splits, testing devices, generating reports, investigating process and reliability issues, managing development lots, supporting high-voltage test structure layout, and optimizing devices. Requires collaboration with failure analysis and reliability teams, plus knowledge of CMOS and high-voltage process schemes, device physics, and design of experiments.

Designs, automates, operates, and troubleshoots enterprise-scale AWS and Azure networking environments. Responsibilities include VPC/VNet architecture, hybrid connectivity, routing, DNS, load balancing, segmentation, Terraform Infrastructure as Code, CI/CD integration, observability, governance, compliance, documentation, and operational reliability. The engineer collaborates with cloud operations, security, enterprise networking, application, and manufacturing IT teams to deliver secure and resilient global cloud connectivity.

Analyze and optimize AI/ML workloads across hardware and software, informing SoC architecture, memory design, and HW/SW co-optimization. Define performance measurement frameworks, model bottlenecks, and use MLIR/IREE or similar compiler infrastructure to validate architectural strategies. Collaborate with CPU, SoC, memory, compiler, runtime, and ML framework teams, then present technical recommendations to engineering leadership and product stakeholders.

Entry-level process engineer supporting semiconductor equipment and process transfer, installation, startup, production ramp, sustaining operations, and continuous improvement. Responsibilities include developing SOPs and training materials, collaborating with manufacturing, technology development, integration teams, and suppliers, tracking performance, matching equipment, and applying SPC, structured problem-solving, and FMEA methods.