About the Role
Silvaco is seeking talented and motivated interns for the Optics & Electromagnetics Intern - Remote position to provide additional resources to our Computational Lithography Solutions team. This internship offers hands-on experience with state-of-the-art computational lithography tools and workflows, providing exposure to model calibration, mask optimization, and large-scale proximity pattern correction (PPC). The internship is 100% remote and can last up to one year.
What You'll Do
- Gain hands-on experience with computational lithography tools.
- Receive training on Silvaco acuWafer and acuView workbench.
- Learn GPU acceleration techniques for enhanced performance.
- Work with wafers and data-driven simulations to understand practical applications.
- Support the Foundation IP Team and provide R&D feedback.
- Access Silvaco tools to prepare for industry challenges.
- Collaborate with a team of young engineers to bring fresh perspectives.
- Explore potential full-time opportunities after the internship.
Requirements
- Pursuing a PhD in Computer Science, Math, or Physics.
- Good knowledge of optics/electromagnetics and optimization concepts.
- Experience with GPU development using CUDA libraries.
- Programming skills in C++, TCL, and Python.
- Strong communication skills in English (preferred).
- Team player with knowledge of layout design concepts.
- Understanding of semiconductor manufacturing processes (preferred).
Nice to Have
- Experience with data-driven simulations.
- Familiarity with advanced customer-related projects.
- Interest in providing critical feedback to R&D for future products.
What We Offer
- Support for Foundation IP Team.
- Focus on advanced customer-related projects.
- Critical feedback opportunities for R&D for future products.
- Access to tools for preparing for industry challenges.
- Potential additional support for East Asia projects.
This remote internship offers a unique opportunity to gain hands-on experience in optics and electromagnetics while working with advanced computational lithography tools.
Who Will Succeed Here
Strong proficiency in C++ and Python for developing computational algorithms related to optics and electromagnetics, with a demonstrated ability to implement complex numerical methods.
Self-motivated and disciplined remote worker, capable of managing time effectively to meet deadlines while collaborating with team members through virtual communication tools.
Hands-on experience or coursework in optics and electromagnetics, showcasing a strong analytical mindset and problem-solving skills to tackle challenges in computational lithography.
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