Analogue and Digital Electronics Engineer

As an Analogue and Digital Electronics Engineer with Filtronic, your key responsibilities will involve designing and developing electronic circuits tailored for high-speed communications. You'll work on analogue and digital circuit design, perform schematic capture, and ensure your designs meet electrical performance, cost, and manufacturability standards. You will collaborate with various teams to ensure seamless integration of solutions into larger systems while troubleshooting and validating your designs through rigorous testing.

To qualify as an Analogue and Digital Electronics Engineer at Filtronic, you typically need a degree in electronics engineering or a related field, along with a solid understanding of both analogue and digital circuit design. Experience with design tools and proficiency in working with digital interface standards such as PCIe, USB, and SPI will be beneficial. Moreover, a passion for innovation and problem-solving is crucial for success in this role.

At Filtronic, Analogue and Digital Electronics Engineers utilize a range of technologies including FPGAs, ADCs, DACs, and various digital interfacing protocols. Essential design tools for schematic capture and circuit simulation are also part of the engineer's toolkit, along with methodologies for thermal analysis and reliability testing as part of the overall design validation process.

Filtronic is deeply committed to the professional development of its Analogue and Digital Electronics Engineers. The company provides training opportunities that allow you to stay abreast of industry trends and emerging technologies. Additionally, the collaborative environment encourages engineers to share knowledge and initiate design reviews, thereby fostering a culture of continuous improvement and learning.

Working as an Analogue and Digital Electronics Engineer at Filtronic comes with numerous benefits including competitive pension plans, life assurance, a generous leave package, and the flexibility of working from home. Furthermore, the company emphasizes training and development, enhancing your skills and career progression within a supportive environment.

In responding to this question, highlight specific projects where you applied your analogue and digital circuit design skills. Mention the tools you used and the challenges you faced, along with how you overcame them to achieve successful outcomes.

Explain your approach to compatibility, emphasizing your familiarity with standards like PCIe, USB, and Ethernet. Discuss how you incorporate these standards into your design process and conduct tests to validate performance across interfaces.

Outline your testing process, mentioning aspects such as creating test specifications, conducting evaluations in labs, and analyzing the results comprehensively. Providing an example of a past design can strengthen your answer.

When answering this question, pick a specific example that illustrates your problem-solving skills. Discuss the nature of the problem, your thought process, and the ultimate solution you devised to resolve the issue.

Emphasize your methodical approach to component selection, including assessing performance specifications, cost considerations, and manufacturability. Providing examples of how specific components improved your designs will help to reinforce your answer.

Discuss various methodologies you have used, including simulation, prototyping, and stress testing of components. Highlighting your experience with test reports and outcomes will demonstrate your thorough understanding of the validation process.

Describe your strategies for staying current with the industry, such as reading relevant publications, attending conferences, or participating in webinars. Mention how this knowledge has directly influenced your work in previous roles.

Share examples of projects where you worked closely with hardware, software, and firmware engineers. Highlight the importance of communication and collaboration in these settings, and any tools or practices you used to ensure project success.

Outline your step-by-step approach, including identifying symptoms, isolating issues, and implementing solutions. An example of a previous instance where you successfully resolved a hardware issue would strengthen your response.

Describe how you assess project urgency and importance to prioritize tasks effectively. Mention any tools or techniques you use for time management, and provide examples of how good prioritization led to successful project delivery.