DevOps Engineer – Semiconductor EDA Tools & Automation

Change the world. Love your job.

Empower TI to excel in semiconductor design and manufacturing by architecting, automating, and optimizing secure, high-performance environments for Electronic Design Automation (EDA) workloads. You will enable R&D and engineering teams to innovate faster by delivering scalable Dev Ops solutions that streamline the deployment and operation of EDA tools—including Cadence PSPICE, Artisan (TI internal EDA flow), PDKs (process development kits) and others—across cloud and hybrid infrastructure.

As a Dev Ops Engineer, you’ll be instrumental in building and automating workflows for compute-intensive EDA applications in a secure, compliant, and highly available environment. Your work will directly impact TI’s ability to deliver advanced semiconductor products to customers by ensuring seamless integration, operation, and optimization of industry-leading EDA tool chains.

• Design, automate, and manage Dev Ops pipelines for deploying and operating semiconductor EDA tools (Cadence PSPICE, Artisan, etc.) on-prem and in the cloud.
• Work closely with EDA tool vendors, TI EDA teams, and PDK teams while responding to customer inquiries.
• Build and maintain scalable infrastructure for simulation, verification, and design workloads, leveraging LSF or Slurm job schedulers.
• Develop and manage infrastructure-as-code solutions to automate provisioning, configuration, and scaling of EDA environments.
• Collaborate with engineering, IT, and security teams to ensure robust cybersecurity controls and compliance for sensitive design data.
• Optimize compute, storage, and network resources to deliver fast, reliable access to EDA tools for global R&D teams.
• Troubleshoot, monitor, and enhance performance of EDA workloads and Dev Ops pipelines, driving continuous improvement.

• Deploy, configure, and automate EDA tools (Cadence PSPICE, Artisan, etc.) in hybrid and cloud environments.
• Design and manage high-performance, secure infrastructure for EDA workloads using LSF or Slurm job schedulers.
• Implement and maintain CI/CD pipelines for EDA application updates, test automation, and environment provisioning.
• Apply best practices for security, compliance, and operational reliability in semiconductor design environments.
• Provide technical guidance to engineers and researchers on Dev Ops, automation, and EDA workload optimization.