Internship- Applications Development Engineer "fault tolerant algorithms"

Quandela, a pioneering European startup in the quantum computing space, is seeking an Applications Development Engineer Intern to join their innovative team. The company specializes in photonic quantum computers that are modular, scalable, and energy-efficient, offering both cloud and on-premise solutions.

The position sits within the Applications team, which plays a crucial role at the intersection of industry use-cases, quantum computing algorithms, and product integration. This team is dedicated to building trust in photonic quantum applications for real-world problems through the design and enhancement of cutting-edge algorithms.

The internship focuses specifically on the development and implementation of fault tolerant quantum algorithms for pathfinding tasks. This is a forward-looking project, as while current quantum devices aren't error-free, developing these algorithms now is crucial for future implementation when the hardware catches up. The challenge lies in proving quantum speedups for real-world problems, even under fault-tolerant conditions.

Working at Quandela offers a unique opportunity to be at the forefront of quantum computing research. You'll be part of a diverse, international team, collaborating with researchers and experts worldwide. The role combines theoretical quantum computing knowledge with practical implementation, requiring both strong academic background and programming skills.

The ideal candidate will have a Master's degree in mathematics, quantum information science, quantum technologies, or physics, along with solid Python programming skills. Experience with quantum algorithms and quantum machine learning is essential, as is a demonstrated track record on GitHub. Prior experience in quantum information is a plus.

This position offers not just technical growth but also a positive, dynamic working environment with both interns and permanent teams. Benefits include practical perks like a Swile card for meals, but more importantly, the opportunity to contribute to one of the most important research areas in quantum computing, potentially shaping the future of this revolutionary technology.