RF Sub Systems Design & Characterization Intern M/F
Alice & Bob is at the forefront of developing the first universal, fault-tolerant quantum computer, aiming to revolutionize computing with practical quantum machines. The company is seeking an RF Sub Systems Design & Characterization Intern to join their team in Paris. This role offers an opportunity to work alongside senior engineers in the design, development, integration, and validation of RF hardware used to control quantum bits (qubits).
As an intern, you will be involved in integrating and testing control electronics and instrumentation, characterizing and designing RF hardware at both room and cryogenic temperatures, and rapidly prototyping sub-systems for qubit control. Your responsibilities will also include analyzing and comparing different RF component manufacturing technologies, assisting with test bench setup and maintenance, performing lab measurements using RF bench equipment, and defining and automating test programs to validate system hardware conformity.
Ideal candidates should be engineering or master's students specializing in microwave frequencies, RF electronics, telecommunications, applied physics, computing, instrumentation, or related fields. A solid understanding of RF systems, S-parameters, and wave propagation is essential. Experience with RF test equipment, signal characterization and analysis techniques, and RF CAD tools is highly desirable. Familiarity with Python for RF data analysis and post-processing is also beneficial.
The internship offers benefits such as one day off per month, half of transportation cost coverage as per French law, and meal vouchers with Swile, along with access to a fully equipped and regularly stocked kitchen.
Joining Alice & Bob means becoming part of a diverse team of over 200 brilliant minds from more than 30 countries, united by the goal of revolutionizing computing with a practical fault-tolerant quantum machine. The company fosters a collaborative environment where innovation and growth are encouraged, providing ample opportunities to contribute to groundbreaking advancements in quantum computing.