Reliability Engineer

Overview

Reliability Engineer role working closely with design engineers on schematic design review and analysis, using methods such as simulation, to improve NPI hardware quality and reliability.

What you'll do

• Work closely with design engineers to perform schematic design review and analysis through various design methods, such as simulation, to drive better NPI hardware quality and reliability.
• Analyze specifications, datasheets, and application notes to create component device models and analyze schematic design.

What you'll need

• Bachelor's Degree or Master's degree in Electrical Engineering or Computer Science is required.
• 8+ years of related work experience.
• Hands-on exposure with hardware design and component specification.
• Ability to read hardware schematics, hardware design specification/datasheets, and electronic component datasheets and application notes.
• Familiarity with X86 CPU architecture, PCIe, Ethernet, Fiber Channel and DDRx interfaces, FPGA design, high speed signal integrity and power distribution for modern processors.
• Ability to use circuit schematic design and capture and PCB layout tools, and familiarity with hardware design review processes.
• Familiarity with C++ / Python programming algorithms and identifying systemic process improvements by thinking creatively.
• Work experience on enterprise products or telecommunication equipment with digital circuit hardware system design, such as Server, Storage, Router, Switch, OTN, ATCA, IOT, xPON, IPTV system, Core network, Collaboration video system (TP), Carrier Routing System (CRS).
• Effective English communication (verbal and written), teamwork skills and presentation skills.
• High level of motivation and energy, with ability to work independently.
• Demonstrated ability to work and collaborate effectively with remote teams globally.

Nice to have

• Experience in an EDA software company.
• Experience with reliability engineering concepts, tools, and processes.
• Experience with Agile software development methodology from planning, design, development, testing, and release processes throughout the software life cycle, including Bitbucket, Jira, Oracle DB, and GitHub.