• Lead the end-to-end integration and testing of rack electrical solutions, including high/low voltage systems (AC/DC), uninterruptible power supplies (UPS), and power distribution units (PDUs) in varying form factors and product lines. • Participate in customer engagements and site visits to understand and document deployment constraints and gather feedback for design improvements. • Build accurate rack power budgets and model electrical capacity for both current and future high‑density server or switch configurations. • Manage relationships with electrical/power component vendors to build out a robust partner ecosystem consisting of PSUs, PDUs, bus bars, power shelves, and high voltage equipment. • Ensure all rack designs meet safety and certification requirements such as NEC/NFPA, IEEE, and UL/IEC. • Design, review, or integrate rack PDUs and power‑distribution components, including breaker configurations, metering, and load‑balancing features. • Perform detailed failure‑mode analysis, including FMEA and root‑cause investigations for electrical defects or field issues. • Define, validate, and improve factory electrical test strategies, including continuity testing, sequencing, load testing, and safety verification. • Be highly proficient in developing, updating, and interpreting electrical one‑line diagrams for rack‑level and row‑level power architectures, ensuring accurate representation of power flow, grounding, redundancy, and protection devices. • Collaborate with Architects/Compliance/Reliability and global vendors to align electrical architectures with total system design and international data center/power standards (e.g., OCP, ASHRAE, ANSI, TIA-942). • Develop and maintain design documentation including BOMs, specifications, test plans, and engineering change orders (ECOs). • Conduct root cause analysis and corrective actions for electrical failures or field issues. • May perform other duties and responsibilities as assigned.

• Work remotely with domestic and international teams to design products in Creo • 3 month project with potential extension for another 3 months after

• Own problems end-to-end: Take full ownership of product features from understanding the problem, to designing the experience, to writing the front-end code and shipping it to users. • Prototype in code: Replace static mockups with functional prototypes to validate ideas quickly and de-risk decisions with real customer feedback. • Drive design-led development: Work in a fixed-time, variable-scope environment. Focus on outcomes over outputs, partnering closely with backend and core engineering to deliver meaningful impact. • Ship fast without sacrificing quality: Balance speed and craft. Deliver polished, production-ready experiences on tight timelines, with strong attention to detail in both design and code. • Elevate the UI architecture: Evolve our design system and component libraries so design and code stay perfectly in sync across mobile and web platforms. • Act as a force multiplier: Raise the bar for the entire design team by helping designers ship in code and integrate AI tools into their workflows—improving speed, autonomy, and technical depth across the organization.

• Assist in the design and deployment of AC and DC power distribution systems and HVAC upgrades, working with MEP design engineering firms. • Support integration of new systems with existing infrastructure in live data center environments. • Review Electrical Engineering Construction Packages and Method of Procedures (MOPs) working with local operation team and construction team. • Review short circuit, coordination, and arc flash studies; provide recommendations to improve electrical safety, reliability, and compliance. • Participate in commissioning and turn-up of new electrical and mechanical systems. • Review the existing mechanical and electrical capacity and brainstorm design options to densify and enhance capacity in the new design. • Ensure timely infrastructure scaling to meet operational and customer requirements. • Working knowledge of CFD modeling to evaluate airflow and thermal performance and recommend design enhancements that improve cooling capacity and operational efficiency. • Maintain documentation for commercial power, generator, UPS, and DC power systems. • Review, understand, and implement design engineering guidelines during project execution. • Support energy efficiency initiatives and track cost avoidance metrics. • Collect and validate data from energy-related systems (e.g., BMS, EMS). • Collaborate with IT teams to enhance reporting tools and dashboards. • Work closely with space design engineers, operations leadership, product teams, and the asset management team to align infrastructure upgrades with business goals and customer requirements. • Lead and coordinate cross-functional planning and execution of brownfield projects, ensuring seamless integration, timely delivery, and adherence to scope, budget, and schedule. • Develop and manage project plans, risk assessments, and stakeholder communications throughout the project lifecycle. • Travel to field sites for audits, inspections, and technical support.