Introduction to Quantum Computing
for STEM Professionals
Overview:
This introductory workshop is designed to equip STEM professionals with the knowledge and skills to explain high-level concepts in quantum computing. Participants will gain insights into the potential applications of quantum computing across various industries and explore the challenges associated with its adoption. Through this focused half-day online workshop, attendees will build a foundational understanding of quantum computing, enabling them to better understand its relevance and impact within their own fields.
Workshop Details:
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Offered on multiple dates throughout 2024 and 2025
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Entry/ Quantum Aware
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Half day (4 hours)
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In-Person
Online Instructor Led
Customized
Seats are limited to 30 participants
Workshop Options*
*Please note: these dates are references only and more dates may be added.
Training Pre-Requisites
Previous background and experience
This workshop is specifically designed for professionals with a solid STEM background who are keen to deepen their understanding of quantum technology. It is particularly suitable for those who have experience or an interest in fields closely related to quantum computing, such as artificial intelligence, finance, cybersecurity, and physics. Participants will engage in structured collaborative activities and have opportunities to network with peers, ensuring a well-rounded and interactive learning experience.
Recommended Background Experience includes:
A STEM background, with a minimum of a bachelor's degree or equivalent professional experience.
A strong interest in quantum technology or experience in quantum-adjacent fields, including AI, finance, cybersecurity, or physics.
A foundational understanding of university-level mathematics, particularly linear algebra, is recommended for optimal comprehension of the workshop material.
Modules: What’s Involved?
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Introduce the fundamental differences between classical and quantum mechanics, and lay the foundation for discussing quantum computing, including concepts such as entanglement and superposition
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Explore quantum computing through a combination of material learned in the previous module and general computer science background knowledge; introduce the notion of 'complexity' and how that relates to problems that are solvable with quantum computers
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Learn the key differences between public key and symmetric key cryptography, and why public-key methods are both essential to modern communication and at risk in the quantum era. Discover methods of quantum cryptography
Workshop Takeaways
Attendees who successfully complete the training will receive a digital badge from QAI.
Community
Upon successful completion of this training, you will receive an invitation to join the Canadian quantum community on Circle.
Ready to get started?
Take advantage of our introductory pricing - register today!
If you are interested in purchasing 2 or more seats for this workshop please contact us
If you have any questions about our programs or require accessibility accommodations contact us at quantumtraining@qai.ca
Select your required delivery method (Online or In-Person), and your required workshop date from the options below
