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Salary

Not Disclosed

Location

Banglore

Highlights

AI-native 6G network prototyping, over-the-air experiments, GPU-accelerated edge AI platforms.

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Description

Join the innovative and dynamic world of AI-driven wireless communications as a research intern with Nokia Bell Labs in Bangalore. You will contribute to cutting-edge projects that combine radio systems and machine learning, working closely with a global team of experts.

As part of this role, you will prototype AI-native 6G networks using advanced software-defined radios (SDRs), open-source cellular stacks, and GPU-accelerated edge AI platforms. You'll have the unique opportunity to develop and deploy machine learning-based wireless components, conduct over-the-air experiments, and collaborate on real-time prototypes with Bell Labs researchers.

Key responsibilities include:

• Developing ML-based next-generation wireless networks prototyping frameworks
• Optimizing AI/ML models for GPU-accelerated edge devices
• Configuring and operating SDR hardware for baseband processing and over-the-air experiments
• Designing experiments to investigate AI-native waveforms, channel estimation, end-to-end learning, and adaptive communication schemes
• Coding in Python and C++ for efficient prototyping and deployment

You will work alongside leading Radio Systems researchers from the Bell Labs Core Research team to advance wireless communications, machine learning, and embedded systems.

This is a full-time, permanent position with a focus on research and development in AI-driven wireless communications. Ideal candidates possess an advanced degree in Electrical Engineering, Computer Engineering, Computer Science, Telecommunications, or related fields. A strong foundation in wireless communications, computer networks, and machine learning is essential, alongside excellent programming skills in Python and C++.

Join us to shape the future of 6G technology!

Skills

Machine-learning Python-programming SDR-hardware Open-source-development Real-time-prototyping