This 3-hour course explains the basic concepts of Quantum Computing, including qubits, superposition, and entanglement. We will discuss the current state of quantum hardware, highlighting advancements and roadmap to Quantum Advantage. Finally, the course will cover different uses cases, showcasing how Quantum Computing can revolutionize industries.  

This course will cover:

• Why Quantum Computing Matters: Understand the driving forces behind this groundbreaking technology.
• Fundamental Quantum Concepts: Explore the core building blocks like Qubits, Quantum Gates, and Quantum Circuits.
• The Power of Quantum Information Theory: Get a digestible overview of the mathematics, including the "power of 2," that underpins quantum computing's immense promise.
• Quantum Hardware Today: Discover the current state of quantum computing hardware and what's on the horizon.
• Transformative Use Cases: See how quantum computing is set to revolutionize industries with real-world examples.
• Introduction to Qiskit: Learn about the leading open-source SDK for quantum programming.
• The Roadmap to Quantum Advantage: Chart the path from current capabilities to future breakthroughs.
• Quantum-Centric Supercomputing: Understand the synergy between classical supercomputing and quantum technology, along with examples of early adopters.
• The Quantum Ecosystem: Explore the broader landscape, including innovation centers, networks, and learning resources.

At the end of the course, students will be able to:

• Explain the concepts of Quantum Computing and how it complements Classical Computing
• Understand Quantum Advantage
• Describe Quantum Computing use cases
• Identify reliable resources for continued learning and exploration in the field of Quantum computing  

This intensive 3-hour session provides a focused and interactive learning experience. The course combines engaging theoretical introductions with active participant engagement, fostering a deep understanding of core Quantum Computing concepts