RESPONSIBILITIES

As a Senior Firmware Verification Engineer, you will be part of collaborative team verifying embedded firmware and software for my client's next generation storage ASICs. The ideal candidate will a minimum of 5 years of software development industry experience, will possess strong engineering and development skills, and have the ability to effectively communicate and work with remote teams. Development of software/firmware for embedded systems, embedded I/O, and experience with an embedded RTOS is also required.

REQUIREMENTS

• Verification of firmware, root causing of issues & where possible including code updates
• Maintaining the regular build processes
• Tools development for support of firmware products
• Contributing to the definition of processes related to test methodology and its interaction with development procedures
• Development tools issue tracking and resolution
• Strong knowledge of C programming.
• Firmware development experience or working knowledge within two or more of the following technology areas:
  • NAND flash management
  • Solid State Disk (SDD)
  • SCSI protocol and/or SCSI Hard Disk Drive (HDD)
  • Serial Attached SCSI (SAS)
• Must be comfortable in a lab environment engaging in bring up and debug activities on HW/FW systems
• Self motivated and able to contribute to a fast past, rapidly evolving program
• BSCS/EE
• 5+ years of software/firmware system development.
• 2+ years experience with one or more storage protocols such as FC/iSCSI/SAS/SATA/SCSI and thorough knowledge of PCIe interface.
• Highly motivated, sets personal goals, and achieves goals without supervision.
• Implementation of tools and systems in use by development teams
• Analyzing 3rd party tools/software capabilities
• Writing and reviewing comprehensive engineering documentation.

DESIRABLE QUALIFICATIONS

• Direct experience delivering storage technologies

• Previous experience developing on MIPS architecture.

• Experience with ThreadX RTOS or multiple other RTOS implementations.
• Experience writing drivers for embedded microprocessor peripherals such as UARTs, I2C, SPI and GPIO.