Nokia is providing equipment and services at the cutting edge of technology to connect intelligence. Nokia is the only one on the market to hold technological promise made possible by the 5G, Cloud and Internet Objects toward service providers, governments, and large companies. To meet the needs of customers spread over 100 countries, our scientists and engineers are constantly innovating and developing future technologies that significantly transform the way people and objects interact.

Powered by the innovation of Nokia Bell Labs, the company is at the forefront of creating the technologies that are increasingly at the heart of our connected lives. Nokia Bell Labs mission is to define the future of communications and networking and deliver disruptive innovations that redefine human existence and business realities. Within Bell Labs, the Optical Systems and Devices Research Lab investigates forward-looking research activities for future optical networks.

You have interest in one or more of the following topics:

• Lab automation

• Physics and experiments

• Algorithms and signal processing

• Information and coding theory

You also ave:

• Experimental skills to work in a lab environment

• Ability to program in Matlab (modeling, DSP) and python (lab automation).

• Working towards a BSc or MSc degree from an Electrical and Computer Engineering / Telecom / Physics school

• A background in communication theory and/or applied physics (optics)

• Strong written and spoken communications skills and the ability to participate in robust discussions in English.

If significant results are obtained, the student is encouraged and supported by Bell Labs researchers to publish his work in leading conferences of optical communications. We have regular PhD positions that are normally filled by former interns.

Optical fiber telecommunications contribute to change our socio-economic landscape, by allowing interconnectivity among individuals and/or organizations on the global scale. To support these requirements, optical fiber systems are constantly being expanded and upgraded. Bell Labs hosts a world-class optical transmission lab, with a longstanding history of pioneering hero experiments in the past 20 years, which are widely recognized by the research community.

Upcoming systems in the field of optical communications are expected to address different needs spreading over various market segments. Their development associated with a refined modeling of the networks requires a system design that draws on information and communication theory. For reliable and high-speed communications, an important and remarkable development has been the advent of channel coding techniques based on large-scale probabilistic models. Modern coding and signal processing permit to operate close to Shannon’s theoretical limits while keeping low computational complexity. New types of fibers are also emerging to support the demand for higher capacity.

As an intern at Bell Labs “optics” you will get familiar with state-of-the-art research on advanced optical systems/DSP and take part to the development of next-gen optical communications. You will acquire an operational understanding of optical technologies and communications. You will be asked to work on high-speed system experiments through lab automation and advanced DSP. This work covers both software and hardware developments.

Duration 4-6 months