Staff Engineer, Firmware Development Staff Engineer, Firmware Development

A Staff Engineer, Firmware Development at Landis + Gyr is tasked with leading the development of firmware components, collaborating with engineers on design projects, and serving as a technical lead for larger initiatives. Key responsibilities include developing specifications, conducting code reviews, optimizing code for embedded constraints, and enhancing existing firmware solutions. Additionally, you'll troubleshoot issues and provide detailed estimates for code development efforts.

To qualify for the Staff Engineer, Firmware Development role at Landis + Gyr, candidates need a Bachelor’s degree in Electrical Engineering, Computer Science, or a related field, paired with five years of relevant experience. This includes proficient knowledge in firmware development for embedded systems, experience with AMI and Smart Grid systems, and automated testing and programming in C/C++. Familiarity with embedded RTOS and source control tools is also crucial.

As a Staff Engineer, Firmware Development, you will engage with various technologies including embedded RTOS, ARM microcontrollers, DSPs, and debugging tools such as oscilloscopes. You’ll also work with revision control systems and automated test frameworks to enhance the firmware product quality and ensure compliance with industry standards.

The Staff Engineer, Firmware Development plays a crucial role in guiding firmware projects at Landis + Gyr. By establishing the technical direction and developing robust firmware solutions, you help improve product capabilities and overall project success. Your expertise enables the company to deliver high-quality energy management solutions while optimizing existing systems.

The salary for the Staff Engineer, Firmware Development position at Landis + Gyr is around $150,000 per year. This competitive compensation reflects the level of expertise required and the critical impact the role has on the company’s success.

When answering this question, focus on specific projects where you designed or improved firmware for embedded systems. Mention the types of systems you worked on, the languages used, and any challenges you faced to showcase your problem-solving skills and relevant technical expertise.

Discuss your approach to conducting code reviews, using version control systems effectively, and implementing coding standards. Highlight any automated testing practices you've established or tools you've used, reinforcing your commitment to maintaining high-quality firmware code.

Explain the various optimization techniques you employ, such as code refactoring, memory management, using efficient algorithms, or employing specific compilers. Providing examples of how these techniques improved performance will demonstrate your depth of knowledge and practical experience.

When addressing this question, detail the problem, the steps you took to analyze it, and the solution you implemented. Emphasize teamwork, communication, and how you leveraged your technical skills to navigate the challenge.

Outline your experience with different automated testing frameworks, tools you’ve used, and how you integrated these into your development workflow. Mention the benefits of automation such as increased efficiency and improved defect detection.

Discuss your systematic approach to debugging which may include using test equipment, analyzing logs, or replicating bugs in a controlled environment. Providing specific examples can illustrate your methodical problem-solving abilities.

When answering, relate your direct experiences with AMI and Smart Grid technologies, discussing specific projects and your role. Highlight key learnings and innovations you contributed that were relevant to these systems.

List the programming languages you have experience with, emphasizing C and C++ as they're essential for this role. Talk about how your knowledge of these languages has helped you solve complex issues in your firmware development work.

Share your strategies for staying current, such as participating in relevant webinars, attending conferences, engaging in online communities, or reading industry publications. Demonstrating your proactive approach to continuous learning will highlight your dedication to the field.

Express your enthusiasm for the role and the company by tying your career goals to the company’s mission and how your experience aligns with their projects. Show your eagerness to contribute to innovative energy solutions that Landis + Gyr is known for.