Analog Mixed Signal Engineer - Intern

As an Analog Mixed Signal Engineer - Intern at d-Matrix, your primary responsibilities will include designing building blocks and conducting architectural investigations of Die-to-Die (D2D) interconnects. Additionally, you'll be involved in schematic design and layout, which are crucial aspects of our innovative digital-in-memory compute technology.

To be considered for the Analog Mixed Signal Engineer - Intern role at d-Matrix, candidates are typically expected to hold a Master's degree or PhD, with experience in mixed-signal circuit design. Familiarity with components such as transceivers, data converters, and PLLs, along with a solid understanding of Power management and ALU designs, are preferred qualifications.

At d-Matrix, we believe in fostering a supportive and collaborative environment for our interns. You will have the opportunity to work closely with experienced engineers and industry experts who will guide you throughout your internship, helping you to enhance your technical skills while also allowing you to contribute to real-world projects in AI technology.

The work culture at d-Matrix is inclusive, dynamic, and dedicated to innovation. As an intern, you will be welcomed into a team that values your input, encourages collaboration, and embraces challenges. Our commitment to an equal opportunity workplace means you'll feel empowered to take initiative and grow your expertise.

d-Matrix is recognized as a leader in the field due to our pioneering work in digital in-memory compute technology. Our accomplished team, extensive funding, and successful partnerships with major cloud hyperscalers demonstrate our capability to drive advances in AI. As an intern, you will be part of this exciting journey to shape the future of AI inference at scale.

Discuss specific projects that highlight your knowledge in mixed-signal circuit design, particularly focusing on aspects like transceivers or data converters. Be sure to explain your role, challenges faced, and how you contributed to the project’s success.

Explain your methodology when approaching schematic design and layout. Talk about the tools you prefer using, how you ensure accuracy, and the importance of design rules in your process.

Share your understanding of digital in-memory compute technology, its significance in reducing data movement, and how it can impact AI applications. Showing awareness of d-Matrix's technology will demonstrate your interest in the company.

Detail any relevant experiences you have had with Die-to-Die (D2D) interconnects. If you haven't worked with them directly, discuss related concepts and why they're important in mixed-signal design.

Discuss your approach to troubleshooting, including steps for identifying issues, tools you use, and the testing methods you employ to diagnose and resolve problems effectively.

Explain the importance of simulation in your design workflow. Discuss the types of simulations you perform and how they help validate your designs before implementation.

Discuss your strategies for staying current with trends and advancements in the field, such as attending workshops, reading journals, or participating in online forums or communities.

Provide your insights into power management, including its significance in circuit design, key considerations you take into account, and any relevant experiences you’ve had managing power in your designs.

Share a specific example where you encountered a significant obstacle in your design work. Discuss how you approached the problem, the steps you took to resolve it, and what you learned from the experience.

Articulate your passion for mixed-signal engineering and why d-Matrix stands out to you. Mention specific aspects of the company’s mission, technology, and collaborative environment that excite you and align with your career goals.