Director, Engineering IT Operations

For over four decades, Cirrus Logic has been propelled by the top engineers in mixed-signal processing. Our rockstar team thrives on solving complex challenges with innovative end-user solutions for the world's top consumer brands. Cirrus Logic is also known for its award-winning culture, built on a foundation of inclusion and fairness, meaningful community engagement, and delivering enjoyable employee experiences at every turn. But we couldn't do it without our extraordinary workforce - and that's where you come in. Join our team and help us continue to make Cirrus Logic an exceptional place to grow your career!

Cirrus Logic is seeking a Director, Engineering IT Operations to lead the strategy, scalability, reliability, and day-to-day operations of the infrastructure that supports more than 1,000 semiconductor design engineers across global sites. In this role, you will oversee the platforms and services that are essential to chip development, including high-performance compute environments, EDA tool infrastructure, job scheduling systems, revision control platforms, enterprise storage, automation, and engineering productivity tooling. The ideal candidate combines deep technical expertise with strong organizational leadership and a proven ability to deliver highly available, secure, and scalable infrastructure for mission-critical engineering workflows.

Key responsibilities

• Define and lead the infrastructure strategy supporting semiconductor design and engineering operations across global locations
• Ensure the availability, performance, scalability, and security of platforms used for chip development workflows
• Lead teams responsible for Linux infrastructure, compute farms, enterprise storage, revision control, automation, and observability
• Drive operational excellence across 24x7 production environments, including incident response, root cause analysis, change management, and disaster recovery planning
• Partner with silicon engineering, CAD/EDA teams, IT, security, program management, and executive leadership to align infrastructure priorities with business and product development goals
• Improve engineering productivity by advancing automation, self-service capabilities, and platform reliability
• Develop capacity plans and long-range infrastructure roadmaps to support continued growth in compute, storage, and engineering demand
• Establish and maintain service-level expectations, performance metrics, and continuous improvement practices across engineering IT operations

Who you are

• Linux Infrastructure
• Extensive experience architecting, deploying, and supporting Linux platforms used for complex engineering applications
• Demonstrated experience administering large-scale Linux environments
• Strong expertise with RHEL, CentOS, or other Linux variants
• Deep knowledge of NFS, LDAP and Active Directory integration, DNS and DHCP, SSH, PAM, and security hardening, Filesystem permissions, ACLs, groups, and identity management
• Enterprise Storage Infrastructure
• Deep expertise in enterprise storage infrastructure, including NAS and SAN topologies
• Management of tens or hundreds of petabytes of storage
• Data backup, disaster recovery, and business continuity strategies for large volumes of engineering data
• HPC and Compute Farm Administration
• Extensive experience operating and scaling distributed compute environments that support semiconductor design workloads
• Strong working knowledge of IBM Spectrum LSF, including job scheduling and prioritization, queue architecture, resource allocation policies, fair-share scheduling, compute farm optimization, regression infrastructure, EDA workload tuning, distributed job execution, and license-aware scheduling
• Experience with millions of jobs per day preferred, CPU and memory optimization, farm utilization analytics, and capacity forecasting
• Semiconductor and EDA Environment Knowledge
• Strong understanding of semiconductor engineering workflows and their infrastructure dependencies
• Familiarity with RTL-to-GDSII flows, verification regressions, simulation farms, synthesis and place-and-route infrastructure, EDA license management, Cadence, Synopsys, and Mentor environments, and tapeout-critical infrastructure reliability
• Clear understanding of the impact of downtime on tapeout schedules, the importance of deterministic engineering environments, reproducibility requirements, and common performance bottlenecks in EDA workflows
• Revision Control and Data Management
• Deep operational knowledge of Perforce administration at enterprise scale