Diagnostics Development Engineer

As a Diagnostics Development Engineer at IBA InfoTech, your main responsibilities include developing diagnostics software and firmware that validate ASIC, FPGA, and board designs. You'll be working on Cisco products, collaborating with hardware engineers to create detailed test plans, and automating software tools essential for effective validation throughout the engineering and manufacturing processes.

To qualify for the Diagnostics Development Engineer role at IBA InfoTech, candidates generally should possess a degree in Computer Engineering, Electrical Engineering, or a related field. Familiarity with hardware/software integration, experience in embedded systems, and knowledge of Cisco product lines are particularly advantageous for this position.

Successful candidates for the Diagnostics Development Engineer role at IBA InfoTech should demonstrate strong skills in software development, testing methodologies, and experience with embedded systems. Additionally, proficiency in creating both manual and automated testing tools, along with excellent problem-solving abilities, is key to excelling in this fast-paced environment.

The Diagnostics Development Engineer position at IBA InfoTech is a contract role based in the heart of San Francisco, CA. While the initial interviews may be conducted via phone or Skype, the position itself requires in-person collaboration with the hardware diagnostics team to take full advantage of the innovative work environment.

The work culture at IBA InfoTech for a Diagnostics Development Engineer is dynamic and collaborative. You'll be part of a global team that values innovation and teamwork. The environment encourages input and creativity, providing an excellent opportunity for professional growth while working alongside highly skilled professionals in the tech industry.

When responding, outline specific projects where you developed or implemented diagnostics software. Highlight the types of hardware and the results of your validation processes, focusing on your problem-solving skills and ability to collaborate with engineering teams.

In your answer, discuss your methods for breaking down system requirements and designing comprehensive test plans. Share an example of how you organized or prioritized tests to cover all functional areas effectively.

Be specific about the programming languages and tools you've used, such as Python or test automation frameworks. Discuss your experiences and how they contributed to more efficient testing and improved results.

Talk about your troubleshooting process. Emphasize your analytical skills and how you might work with design and hardware teams to identify issues, validate findings, and iterate on solutions.

Discuss any projects or work experience where you were involved in ASIC or FPGA design verification. Make sure to illustrate your understanding of the complexities inherent in these technologies and how you addressed them.

Explain your methods for maintaining clear communication with project stakeholders and regularly updating goals. Also, mention any frameworks or methodologies you utilize, like Agile or Scrum, to align your tasks with overarching project objectives.

Choose a specific project where you played a leadership role. Focus on your communication strategies, how you coordinated with different teams, and what results were achieved, demonstrating your collaborative skills.

Discuss your experience in working with embedded systems as it relates to diagnostics development. Highlight specific projects where you applied your skills and how it improved system performance.

Share specific resources such as journals, online courses, or tech blogs that you follow, along with any professional networks where you engage with peers. This demonstrates your commitment to continuous learning in the field.

Discuss your aspirations, such as advancements in your technical skills, leadership positions, or contributing to breakthrough technology. Be clear about how the role at IBA InfoTech aligns with your overall career trajectory.