Data-Driven EDA & HPC Optimisation Engineer

Arm Limited; Cambridge; Hybrid; GBP 90,000 - 120,000; Full time

Job summary

Arm Limited in Cambridge is seeking an EDA Optimisation Engineer to drive data-driven optimisation, analysis and maintenance of Arm’s engineering platforms. You will help improve system utilisation, efficiency and cost-performance across HPC compute, cloud, Emulation and FPGA environments.

In a metrics-first environment, you will develop dashboards, pipelines and analytics frameworks, partner with engineering, operations and finance teams, and contribute to platform strategy while enabling

Qualifications

• Experience in distributed HPC, cloud environments, data engineering and analytics.
• Knowledge of EDA workflows and semiconductor engineering environments.
• Strong proficiency in Python and data analysis/ML frameworks.
• Ability to translate complex data into clear, actionable strategy.

Responsibilities

• Platform optimization and systems engineering to improve HPC scheduling and infrastructure efficiency.
• Support performance benchmarking activities to inform platform decisions.
• Develop dashboards and visualisations for observability and performance analysis.
• Analyse Cost and Usage Reports and infrastructure metrics to support forecasting and budgeting.
• Build scalable analytics frameworks to measure utilisation, capacity and workload behaviour.
• Partner with engineering, operations and finance teams to enable data-driven decisions.

Skills

HPC and cloud analytics

EDA workflows

Python

Data-driven strategy

Job description

Arm Limited in Cambridge is seeking an EDA Optimisation Engineer to drive data-driven optimisation, analysis and maintenance of Arm’s engineering platforms. You will help improve system utilisation, efficiency and cost-performance across HPC compute, cloud, Emulation and FPGA environments.

In a metrics-first environment, you will develop dashboards, pipelines and analytics frameworks, partner with engineering, operations and finance teams, and contribute to platform strategy while enabling