Power Intent / UPF Engineer

Overview

In this role you will drive power efficiency and performance for Arm’s compute solutions, shaping UPF-based power intent across SoCs and empowering partner teams. You’ll influence design flows and EDA tool use while collaborating with multi-functional teams to deliver low-power, high-performance designs. The work spans across hierarchical domains to ensure quality of power domains, retention, isolation, and PDN tradeoffs. This is a mission-driven role at the intersection of architecture, verification, and collaborative engineering.

Pay / Benefits

• competitive compensation package
• career growth and professional development
• hybrid working options
• benefits (unspecified)
• diversity and equal opportunity environment
• accommodations during recruitment

Responsibilities

• Define and implement power intent specifications for SoCs with cross-functional teams
• Create, maintain, validate UPF files describing power domains, states, retention, level shifters and isolation
• Merge and validate UPF across hierarchical domains
• Analyze PDN and power distribution tradeoffs impacting power intent
• Enable partners to achieve high-quality results

Key requirements

• Bachelor’s or Master’s degree in Electrical Engineering, Computer Science, or related field
• Solid understanding of power intent concepts (voltage islands, domains, states, control architectures)
• Proficiency in UPF 2.0/2.1/3.0/3.1 and experience in low power formal verification
• Excellent communication and collaboration
• Proven track record with power intent definition and verification
• Ability to communicate insights effectively
• strong communication and collaboration
• ability to articulate technical concepts to diverse audiences
• team-oriented mindset
• UPF 2.0/2.1/3.0/3.1
• low power formal verification
• Conformal LP (familiarity)

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