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About the Quantum Computing Specialist Q # course
This course is designed to introduce you to quantum computing through the Q# language, developed by Microsoft. You will learn the fundamental concepts of quantum computing, including qubits, superposition, and entanglement, and how to apply these principles to create practical quantum algorithms. Throughout the course, you will use the Microsoft Quantum Development Kit to design, simulate, and test your quantum programs, acquiring both theoretical and practical skills. The course is ideal for developers, students, and technology professionals interested in emerging technologies and programming the future. Upon completion, you will be prepared to tackle basic quantum projects and continue to delve deeper into this revolutionary area of technology.
Duration:
100 Hours / 1 month
Mode:
On-line
Prerequisites:
Basic knowledge of computers and the Internet
Job opportunities
Quantum computing is an emerging field with great potential, and the demand for professionals trained in Q# and quantum technologies is growing rapidly. After completing the course, you will be eligible for roles as a quantum developer, advanced computing researcher, quantum technology consultant, or software engineer specializing in quantum algorithms, working in technology companies, research centers, or innovative startups.
Through Cloud Talent The school connects you with more than 10,000 companies and generates job interviews and internships tailored to your professional profile. Additionally, the Cloud Talent Program gives you access to other complementary SAP certifications at no cost to enhance your qualifications.
Syllabus
Introduction to Quantum Computing
- Basic concepts: qubits, superposition, entanglement.
- Differences between classical and quantum computing.
- Fundamental principles of quantum mechanics applied to computing.
Q# Language and its Ecosystem
- History and purpose of Q#.
- Basic structure of a Q# program.
- Microsoft Quantum Development Kit (QDK) and related tools.
Basic Quantum Operations and Algorithms
- Quantum operators: logic gates (X, H, CNOT, etc.).
- Measurement and collapse of the quantum state.
- Examples of simple algorithms: Quantum teleportation, Deutsch-Jozsa algorithm.
Simulation and Practical Development
- Setting up the development environment (Visual Studio / VS Code).
- Using the Microsoft quantum simulator.
- Creation and execution of Q# programs in simulators.
Final Project
- Course review.
- Case Study.
Official Certification Seminar
- Preparation of exam-type questions.
Subsidized Training for Companies
Cloud Training as an entity registered with code 16753 in the State Registry of Training Entities, Manages and teaches courses within the Company-Programmed Training initiative, Vocational Training for Employment, in accordance with the provisions of Law 30/2015, of September 9.
Cloud Training helps you check your company's credit amount for this year, free of charge.