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The Mission: Solve the Power Density Crisis AI data centers are no longer constrained by compute alone - they are constrained by the physics of power delivery. SolarEdge is building next-generation power platforms for the AI era, moving beyond legacy copper-and-iron infrastructure toward software-defined power systems. Our architecture combines Solid-State Transformers (SST), High-Voltage DC (HVDC), and battery-backed buffering to unlock higher density, higher efficiency, and faster deployment for hyperscale customers. We are looking for a deeply technical Product Manager who operates at the intersection of hardware physics and software intelligence, translating customer requirements into validated engineering reality. What you will own system -Level Product Definition: Define the end-to-end architecture for AI data center power platforms, including SST/HVDC topology, protection coordination, and software-defined operating modes. Engineering-Grade Requirements: Own the PRD and turn customer needs into crisp, testable specs across HW/FW/SW, from MVP to scale. Positioning and Packaging: Define differentiation, product boundaries, integration strategy, and a roadmap aligned to real customer adoption. Key Responsibilities Drive Architecture Tradeoffs: Make data -driven decisions across constraints: efficiency vs safety vs footprint vs cost-to-deploy. Evidence and Validation Strategy: Define the proof of trust and orchestrate validation (fault injection, characterization, reliability evidence) required for hyperscaler-grade diligence. End-to-End Execution Leadership: Act as the execution leader for the product, driving delivery from requirements through prototype bring-up and customer pilots across RnD, Ops, QA, and service. Customer Technical Alignment: Build the artifacts that win technical confidence: technical briefs, pilot success criteria, and traceability matrices.
 
Country:
Israel
City:
Modiin

A successful high-tech company in the field of optics- Design of optical imaging and illumination systems in the visible spectrum.
Performing computer simulations and identifying undesired optical phenomena (ghosts, stray lights).
Engineering responsibility for the optical design from concept to prototype. Defining manufacturing specifications for optical components and assemblies.
Working with various engineering teams, especially material and mechanical designers.