This summer intern position is within the Opto-Electronic Integration Research Group at Bell Labs, where we are pursuing research into AI-assisted links for performance optimization. The intern project will study AI frameworks that can be applied to circuit design, with an aim to demonstrate feasibility with a hardware prototype.

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This is a great opportunity to contribute to Bell Labs’ leadership in photonic and electronic innovation. As part of the Opto-Electronic Integration Research Group, you will support research at the forefront of advanced integrated technologies for future communication systems and emerging applications such as photonic neural networks and quantum computation. Your work will help advance critical components and architectures that enable faster, more efficient, and more intelligent systems. You will play a meaningful role in progressing Bell Labs research that influences Nokia’s long-term technology strategy and drives breakthroughs across the industry.

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• Must be enrolled in a PhD program in Electrical Engineering or Computer Science.

• Knowledge of analog circuit theory, and IC Design in CMOS or SiGe BiCMOS technologies

• Knowledge of AI/ML Concepts

• Hands-on experience and expertise in one of the above domains

• Programming proficiency in Matlab or Python

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As a part of our team, you will:

• Explore AI-assisted techniques for optimizing optical and electronic link performance.

• Study AI frameworks applicable to advanced circuit design.

• Develop models and algorithms to evaluate feasibility of AI-driven design approaches.

• Implement and prototype hardware demonstrating key research concepts.

• Document findings and present results to the Opto-Electronic Integration Research Group.