#R53278
in!
What You'll Work On
You will contribute to applied research and engineering projects that sit at the intersection of AI/ML, systems, and chip design. Possible project areas include:
Building intelligent automation and LLM-based agents that assist chip designers and verification engineers
Developing evaluation pipelines from large-scale verification data
Contributing to R&D efforts that apply machine learning to simulation, acceleration, or design-space exploration
Building Python and cloud-native tooling for verification workflows
Exploring open-source software, IDE plugins, or developer-productivity tools for chip-design engineers
Building high-quality user interfaces for human-agent collaboration
Throughout the internship, you'll gain essential engineering skills including research exploration, requirements definition, project planning, coding, debugging, testing, and documentation. You will work closely with a dedicated mentor and present your work at the end of the summer. You will also get to interact with customers.
You will also participate in immersive training on Cadence's core verification technologies and join fun events with other interns.
Requirements
Currently pursuing a BS or MS Computer Science, Computer Engineering, Electrical Engineering, or a related field
Strong proficiency in Python
Solid understanding of data structures, algorithms, and software engineering fundamentals
Demonstrated research or engineering background in one of the following:
Good communication skills and the ability to work collaboratively
Interest in developing AI-enabled workflows for chip design or verification
Nice to Have
Prior experience building LLM-powered agents for complex problems
Familiarity with chip-design concepts or verification (through coursework or projects)
Exposure to cloud services, distributed systems, or containerized environments
Experience at an early-stage startup or in fast-moving research environments
Experience developing IDE extensions or plugins (e.g., VS Code)
Strong analytical and problem-solving skills
Interest in learning both modern EDA technologies and cutting-edge applied AI
We're doing work that matters. Help us solve what others can't.