Software Development Engineer(Tenner PDK)

The Software Development Engineer (Tenner PDK) at Siemens EDA is primarily responsible for the design and development of Process Design Kits (PDK) for global foundries. This includes engaging in the development of design kits such as OpenAccess PDK and iPDK, contributing technical insights to enhance productivity, and ensuring quality assurance of the design kits. A focus on effective communication within a distributed team and the ability to understand and utilize different development methodologies is also crucial.

To be considered for the Software Development Engineer (Tenner PDK) role at Siemens EDA, candidates should possess a minimum of a Bachelor’s degree in Computer Science or Electrical Engineering with at least 5 years of relevant experience, or a Master’s degree with a minimum of 3 years of experience in EDA/CAD engineering. Strong programming skills in languages like Python, TCL, Perl, and C/C++ are essential, along with experience in the design kit development cycle, CAD engineering, and layout design methodologies.

As a Software Development Engineer (Tenner PDK) at Siemens EDA, strong programming skills are crucial for success. Proficiency in languages such as Python, TCL, Perl, and C/C++ will be required, enabling you to develop and maintain design kits efficiently. Moreover, having a deep understanding of scripting and CAD engineering practices will enhance your ability to contribute effectively to the design and development processes.

Working as a Software Development Engineer (Tenner PDK) at Siemens EDA offers a flexible work environment where you can balance time between working at home and in the office. The organization values collaboration and communication, encouraging team members to engage actively. Siemens EDA also provides great benefits and rewards, reflecting its position as a global leader in industrial software.

Siemens EDA is committed to the professional development of its Software Development Engineers. Through a mix of challenging projects, cross-functional team collaborations, and opportunities to engage with marketing and sales teams, you will enhance your skills and gain exposure to the entire development process. Moreover, the supportive culture encourages employees to take initiative in their careers and contribute meaningfully to the organization.

In responding to this question, highlight your passion for EDA technology and how the role aligns with your career goals. Discuss the impact Siemens EDA has on the industry and express your enthusiasm about contributing to innovative solutions in electronic design.

When answering this question, provide a detailed overview of the PDK development lifecycle, including stages from initial design requirements through testing and delivery. Focus on key aspects, including collaboration with cross-functional teams and quality assurance procedures that ensure high-quality outcomes.

Be candid about your programming skills, emphasizing your experience with languages like Python and C++. Discuss specific projects where you utilized these languages to develop solutions, particularly in design kit development and automation tasks.

For this question, explain your approach to task prioritization by discussing tools and methodologies you use to manage your work, like Agile or Kanban. Provide examples of how you have successfully managed overlapping timelines while ensuring quality outputs.

Identify specific challenges you've previously encountered in EDA projects, such as debugging complex code or coordinating with remote teams. Discuss the strategies you used to overcome these challenges, showcasing problem-solving skills that would benefit Siemens EDA.

Share a specific example of a project involving the development of a Design Kit, discussing your role and contributions. Focus on the technologies you used, your collaboration techniques, and any positive outcomes resulting from your efforts.

Talk about your commitment to continuous learning and development. Mention resources like online courses, industry conferences, and professional groups that help you keep your skills sharp and informed about trends relevant to a Software Development Engineer, particularly in EDA.

Detail your debugging process by describing methodologies you utilize, such as systematic code reviews, using debugging tools, and writing unit tests. Illustrate how these practices enable you to efficiently identify and resolve issues in large codebases.

Emphasize the importance of teamwork in software development, particularly in a complex environment like EDA. Discuss your collaborative experiences, how you support your team, and why effective communication is critical to achieving successful outcomes in multifaceted projects.

Highlight the importance of quality assurance by discussing how it ensures the reliability and performance of the design kits. Relate quality assurance practices to maintaining trust with foundry partners and the broader impact on product development timelines and efficiency.