Your Challenge:

• Engineer, Design, Develop and Test new embedded products at the forefront of technology.
• Support and enhance existing embedded software.
• Apply established development processes and assist in process improvement.
• Analyze requirements, research and identify solutions and develop the design.
• Conduct architecture, design and code reviews.
• Provide input to architecture and design reviews.
• Provide input and evaluation of new technologies and products.
• Keep current with embedded software trends and share knowledge.
• Reading and understanding IC datasheets, register descriptions and board schematics.
• Participate in maintaining a positive and productive atmosphere within the team.

What You Bring:

• Development of embedded firmware solutions for Intel, Power Architecture and Arm processors.
• Proficient using the high-level programming language such a C to solve computing problems and a strong understanding of IC datasheets, register descriptions and board schematics.
• Strong troubleshooting, problem solving, and software debugging skills.
• Strong understanding of software design and engineering principals and application to real world use.
• Results-oriented team player who leads by example, holds themselves accountable for performance, takes ownership of their responsibilities, and champions process improvement initiatives.
•  Bachelor's Degree in Engineering or Computer Science (or equivalent).
• 5 yrs + experience in software development
• Experience/familiarity in the following is an asset:
  • Experience working with a multi-disciplined team.
  • Knowledge of software engineering best practices and standards.
  • Focus on writing supportable, portable code.
  • Das U-Boot firmware development for ARM or Power Architecture.
  • UEFI firmware development for Intel.
  • Slim Bootloader (SBL) development for Intel.
  • Bare metal programing.
  • Board bring-up.
  • Familiarity with the following OS architectures; Linux, VxWorks, and Windows.
  • Software configuration management tools such as Git.
  • Software work and defect tracking tools such as JIRA.
  • Software test tools and methodologies.
  • Scripting tools and languages such as Python.
  • Requirements analysis and tracking.
  • Familiarity with any of the following technologies: PCIe, Ethernet, MDIO, I2C, SPI, TPM, non-volatile memories, SATA, USB, eMMC, NVMe.
  • Use of HW debugging tools, such as Digital Analyzers, Oscilloscopes, and DMMs.
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