Hardware Design Engineer

Everpure, Inc. is seeking a Hardware Design Engineer, Systems to design and optimize hardware that powers cloud, data, and AI solutions for our clients. In this role, you’ll architect and implement hardware systems, create schematics and PCB layouts, and validate performance for scalable, high-reliability platforms. You’ll collaborate closely with data, software, and cloud engineers to integrate accelerators, edge devices, and supporting infrastructure into analytics solutions. You will prototype and test designs, optimize for performance, power, and cost, and document your work for both technical and client audiences. At Everpure, you’ll join a collaborative, learning-focused culture where experimentation, knowledge sharing, and continuous improvement are core. This is a chance to work on complex, data-driven challenges while enjoying flexibility, ownership, and clear client impact., * Design and develop hardware architectures and systems supporting advanced data and analytics platforms

• Collaborate with software, data, and cloud engineers to integrate hardware solutions with cloud and AI workloads
• Create schematics, PCB layouts, and component selections for high reliability, scalable systems
• Prototype, test, and validate hardware performance, signal integrity, and system reliability
• Optimize hardware designs for performance, power, cost, and scalability in data-centric environments
• Document designs, test procedures, and design decisions for internal and client stakeholders
• Support client engagements by translating technical requirements into robust hardware solutions
• Continuously research emerging hardware, edge, and accelerator technologies to inform solution design

• Hardware systems design
• Digital and mixed-signal circuit design
• Schematic capture and PCB layout
• High-speed interface design (PCIe, Ethernet, DDR, etc.)
• Signal integrity and power integrity analysis
• Hardware prototyping and validation
• Lab test equipment usage (oscilloscopes, analyzers)
• Embedded/FPGA fundamentals
• Systems integration with cloud or edge platforms
• Documentation and cross-functional collaboration