
Advanced Quantum Engineering Hands-On (Level 2)
This course is designed to build upon foundational quantum knowledge, diving into advanced quantum mechanics, algorithms, error correction, and quantum hardware. Participants will engage in complex circuit design, explore quantum simulation techniques, and understand cutting-edge applications like cryptography and machine learning. The course culminates in a capstone project to implement advanced quantum concepts in real-world scenarios.
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Course Duration:
27 hours
Level:
Intermediate to Advanced

Course Objectives
Master advanced quantum mechanics concepts for quantum computing.
Design optimized quantum circuits and explore error correction techniques.
Implement and analyze advanced quantum algorithms like QPE, VQE, and QAOA.
Understand quantum hardware architectures and their practical constraints.
Explore applications in cryptography, quantum simulations, and emerging fields
Prerequisites
Familiarity with linear algebra, quantum mechanics fundamentals, and programming (preferably Python).
Hands-on experience with basic quantum circuits and algorithms is recommended.
