Learning Plans
The Master Degree in Quantum Science and Engineering promotes a graduate curriculum that bridges between multiple disciplines in order to train a new generation of quantum scientists and engineers. Hereafter you may find the learninng plan with all the mandatory courses.
DIDACTIC REGULATIONS
REGOLAMENTO DIDATTICO
Learning Plan
Here you may find information about the learning plan, with an in-detail analysis of each year courses, and the list of courses that you may select to personalize your learning plan.
| Name | Module | CFUs | Disciplines | Prerequisites | |
|---|---|---|---|---|---|
| First Year – Fist Semester | |||||
| Foundations of Quantum Mechanics | Mod I: Principles | 6 | Math, Phys, CS | ||
| Foundations of Quantum Mechanics | Mod II: Physical systems | 6 | Math, Phys, CS | ||
| Microwave Circuits and Technologies | 6 | Ing | |||
| Digital Electronics for Quantum Applications | 6 | Ing | |||
| Principles of Quantum Communication | 6 | Affine | |||
| First Year – Second Semester | |||||
| Quantum Computation | Mod I: Theory | 6 | Math, Phys, CS | FQM | |
| Quantum Computation | Mod II: Architectures and High Performance | 6 | Math, Phys, CS | QC Mod I | |
| Applied Quantum Systems | 9 | Ing | FQM, MCT, DEQA | ||
| Supplementary courses chosen by the student from list A | 6 | ||||
| Second Year – First Semester | |||||
| Quantum circuit electrodynamics and Quantum devices | 9 | Ing | FQM, MCT, DEQA | ||
| Course selected from Table A or Article 1. | 18 | Affine | |||
| Course selected from Article 2. | 12 | Affine | |||
| Second Year – Second Semester | |||||
| Course selected from Article 2. | 6 | Affine | |||
| Course selected from Article 3. | 3 | Ing | |||
| Final Examination | 21 | ||||
Table A
Here you may find information about the learning plan, with an in-detail analysis of each year courses, and the list of courses that you may select to personalize your learning plan.
| Name | CFUs | Prerequisites |
|---|---|---|
| Physics of Quantum Information | 6 | FQM |
| Quantum Optics | 6 | FQM |
| Quantum Simulators | 6 | FQM |
| Quantum Materials and Solid-State Qubits | 6 | FQM |
| Advanced Computer Programming | 6 | |
| Quantum Software | 6 | QC |
| Quantum Metrology and Sensors | 6 | FQM |
| Advanced Quantum Communication Networks | 6 | PQC |
| Quantum Detectors for Fundamental Science | 6 | FQM |
| Superconducting Quantum Technologies | 6 | AQS |
| Quantum Chemistry | 6 | FQM |
| Nanoscale Processing and Characterization for Advanced Devices | 6 | |
| Nonlinear Systems | 6 | |
| Quantum Measurement Theory | 6 | FQM |
| Quantum Algorithms | 6 | FQM |
| Quantum Detectors for Applied Science | 6 | |
| Mathematics and Quantum Mechanics | 6 | FQM |
| Mathematical Methods for Quantum Information | 6 | FQM |
The student may also include in this slot any course from the following Master Degrees of the Federico II: Physics, Computer Science, Electrical Engineering, Telecomunication Engineering and Information Technology
The student may also include any course available at Federico II or internship, upon aproval from the board
The student may also make use of the CFUs to improve his/her linguistic or informatic skils, attend internships or any learning experience needed for the completion of the final examination and Thesis such as: study a software, programming language, a language and so on.