Senior Hardware Engineer - Hyperscale Data Center Systems

  • Everpure, Inc.
  • Santa Clara, California
  • 10/25/2026
Full time Information Technology Telecommunications Testing

Job Description

Everpure, Inc. is seeking a Hardware Lead Engineer to drive architecture and design for our hyperscale line of business supporting large-scale data and analytics platforms. In this role, you'll own end-to-end hardware strategy-from requirements and component selection to prototyping, validation, and optimization of high-density, power-efficient systems. You'll collaborate closely with cloud, data, and software teams to ensure performance, reliability, and scalability for demanding AI and analytics workloads. At Everpure, you'll join a collaborative, learning-driven environment where experimentation is encouraged and you'll help shape the infrastructure behind modern data platforms.

Responsibilities

  • Lead hardware architecture and design for hyperscale data and analytics platforms
  • Define technical requirements and specifications for high-density, scalable hardware systems
  • Collaborate with software, data, and cloud teams to ensure end-to-end platform performance
  • Evaluate and select components, vendors, and reference designs for hyperscale environments
  • Drive prototyping, testing, and validation of hardware solutions for reliability and efficiency
  • Optimize power, cooling, and rack-level designs for large-scale deployments
  • Create design documentation, standards, and best practices for hardware engineering
  • Mentor junior engineers and contribute to technical decision-making and roadmap
  • Engage with clients to translate business needs into hardware and infrastructure designs
  • Continuously research emerging technologies to inform future platform strategy

Required Skills

  • Hardware architecture and board-level design
  • High-density server and storage systems
  • Hyperscale / large-scale data center infrastructure
  • Signal integrity and power integrity analysis
  • Thermal management and cooling design
  • Component selection and vendor management
  • System testing, validation, and troubleshooting
  • Cloud and data center platforms (e.g., AWS, Azure, GCP concepts)
  • High-speed interconnects and networking basics
  • Technical documentation and design standards