Quantum Computing for High School Educators
Learn to integrate quantum computing concepts into physics and computer science curricula with activity-based learning approaches.
Learn to integrate quantum computing concepts into physics and computer science curricula with activity-based learning approaches.
This specialized course equips educators with the knowledge and tools to introduce quantum computing in high school classrooms. The curriculum covers the evolution of computation, classical computing principles, quantum phenomena, and quantum computing applications. Through browser-based activities and practical examples, teachers learn to explain complex concepts like quantum superposition, entanglement, and quantum logic gates. The course bridges the gap between quantum research and education, preparing students for future careers in quantum technology. Content is designed to be integrated into existing physics and computer science curricula.
4.3
(7 ratings)
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What you'll learn
Master fundamental concepts of quantum computing for classroom teaching
Understand the evolution of computation and computing devices
Explain classical computing principles and digital logic
Teach quantum phenomena including superposition and entanglement
Develop practical quantum computing activities for students
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
This course provides educators with comprehensive training in quantum computing education. The curriculum covers fundamental concepts from classical computing to quantum phenomena, with a focus on practical classroom implementation. Teachers learn about the history of computation, quantum mechanics principles, and modern quantum computing applications. The course emphasizes activity-based learning and includes resources for classroom integration.
Fee Structure
Instructors
2 Courses
Educational Technology Expert and AI Learning Innovator
Reid Patterson is a creative technologist and educator who combines expertise in cognitive science, computer science, and philosophy to advance technology education. A graduate of UBC's Cognitive Systems program, he served as Senior Outreach Facilitator at UBC Geering Up Engineering Outreach, where he specialized in professional development for educators across British Columbia and Canada. His work focuses on helping teachers design and implement technology activities in their classrooms, with particular emphasis on AI education and quantum computing curriculum development. As a professional development instructor, he has contributed to several innovative educational initiatives, including adapting quantum computing content for the EDx platform and developing AI training programs for teachers. Beyond his educational work, he maintains active involvement in full-stack development, creating technical foundations for AI-related projects. His teaching philosophy emphasizes the intersection of humanities and STEM, focusing on preparing educators and students for technological change while maintaining a hopeful vision for humanity's future in the 21st century and beyond.
1 Course
Quantum Computing Education Innovator and Accessibility Advocate
Ana M. Ciocoiu serves as an Outreach Curriculum Student Assistant at the University of British Columbia, where she combines her technical expertise in quantum computing hardware with her passion for educational outreach. As a key contributor to UBC's Geering Up Engineering Outreach program, she co-developed a groundbreaking EDx course designed to help high school teachers integrate quantum computing concepts into their classrooms. Her work focuses on creating accessible, low-cost quantum computing educational materials that can be implemented in various school settings, including rural areas with limited resources. Through her role in the Diversifying Talent in Quantum Computing initiative, she helps develop curriculum tools and educational kits that connect to D-Wave quantum processors, making complex quantum concepts approachable for K-12 students. As a UBC electrical engineering graduate and current Master's student working on hardware for quantum information systems, she brings both technical knowledge and educational innovation to her mission of making quantum computing accessible to people with diverse backgrounds and experiences.
Testimonials
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4.3 course rating
7 ratings
Frequently asked questions
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