This is the first of two courses in the UBC Micro-certificate in Step into Quantum.
Quantum technologies are attracting growing attention across industries, but the concepts behind them can be difficult to access. This course provides an introduction to the foundational principles that underpin quantum computing, cryptography and sensing, helping you build an understanding of how these technologies work and where they may have real-world impact.
Designed for learners who are curious about quantum technologies and their emerging applications, this course focuses on practical understanding rather than advanced mathematics or technical specialization. No prior experience in quantum science is required.
By the end of this course, you will be able to:
- Understand key quantum mechanics principles
- Describe how different quantum mechanics are used in quantum technologies
- Identify key quantum algorithms and their use cases
- Match system types with their compatible quantum algorithms
- Accurately describe both threats and security provided by quantum systems
- Describe quantum sensors applications in multiple sectors as well as possible innovations driven by sensors
Course activities include readings, videos, quizzes and discussion boards. You will also complete a sector mapping activity that applies foundational quantum concepts to the quantum industry. In this applied project, you will explore key organizations, emerging technologies and real-world use cases to build an understanding of how quantum science is developing across sectors in BC and beyond.
Course outline
Week 1: Fundamentals of Quantum Mechanics (QM) Part 1 Week 2: Fundamentals of Quantum Mechanics (QM) Part 2 Week 3: Quantum Algorithms Week 4: Quantum Cryptography Week 5: Quantum Sensors
How am I assessed?
You are assessed through a combination of in-course knowledge checks, written assignments and an applied project.
To successfully complete the course, you must achieve a minimum grade of 70%.
While attendance at the real-time online sessions is not assessed, participation is encouraged so you can ask questions, engage with your instructor and connect with other learners. All sessions are recorded for later viewing.
Expected effort
Expect to spend approximately five hours per week completing all activities, including participation in live sessions.
Technology requirements
To take this course, and for the best experience, we recommend you have access to:
- an email account
- a computer, laptop or tablet using Windows or macOS
- the latest version of a web browser (or previous major version release)
- a reliable internet connection
- a microphone and video capability for real-time sessions
One day before the start of your course, you will receive instructions for accessing the online learning platform.
Requisites
Completion of BC Grade 12 (or equivalent) and Physics 11 (or equivalent) are required. An undergraduate degree in a STEM-related discipline is recommended.
Course format
This course is 100% online and instructor supported with weekly real-time sessions.
Each week, you have the opportunity to participate in a one-hour live session where you can ask questions, discuss concepts and engage with your instructor and peers. Attendance is optional but encouraged. Sessions are recorded and made available if you are unable to attend.
Outside of live sessions, you will work through structured weekly modules that include readings, videos, quizzes and discussion boards.