Online Quantum Computing Course for High School Students
A live, four-week introduction to qubits, quantum gates, entanglement, and the algorithms reshaping computation, AI, and cryptography. Built for grades 10–12. No prior quantum mechanics or programming experience required.
What Is an Online Quantum Computing Course for High Schoolers?
An online quantum computing course for high school students is a live, structured program that introduces the principles, mathematics, and algorithms behind quantum computers — machines that exploit quantum mechanical phenomena to solve certain problems exponentially faster than classical computers. Quantum computing is no longer theoretical: IBM, Google, Microsoft, and well-funded startups have built working systems, and major universities now offer dedicated quantum computing tracks at the undergraduate level. Motivated high school students can get an authentic head start by learning the fundamentals in real depth before college.
EdQuill Academy's quantum computing program is built for grade 10–12 students who've completed Algebra II. No prior quantum mechanics or programming experience is required — Dr. Saltzer scaffolds the necessary linear algebra, quantum mechanics, and computational concepts during the sessions. Students explore qubits and superposition, single-qubit and multi-qubit gates, entanglement, quantum circuits, key algorithms (Shor's, Grover's), and quantum cryptography across four live, three-hour sessions. The program is part of EdQuill's broader online STEM program series and pairs especially well with our quantum mechanics program for students who want both physics and computing depth.
Every Sunday
EST
Interactive Sessions
Complete Program
Why Learn Quantum Computing Now?
We're at the dawn of the quantum age. Understanding this technology now positions you at the forefront of the next computing revolution.
The Next Computing Revolution
Quantum computing is poised to transform every industry—from healthcare to finance to AI.
High-Demand Career Field
Tech giants and governments are investing billions. Quantum talent is scarce and valuable.
Build on Quantum Mechanics
Perfect follow-up to our quantum mechanics program—see how the science becomes technology.
First-Mover Advantage
Understanding quantum computing now puts you years ahead of peers who will learn later.
Classical vs. Quantum Computing
- →Uses bits: 0 or 1
- →Processes one calculation at a time
- →Great for everyday tasks
- →Struggles with complex optimization
- Uses qubits: 0, 1, or both at once!
- Explores many possibilities simultaneously
- Exponentially faster for specific problems
- Excels at optimization, simulation, ML
Real-World Quantum Applications
Quantum computing will transform industries. Here's where it's headed.
Drug Discovery
Simulate molecular interactions to design new medicines faster and cheaper.
Could revolutionize pharmaceutical development
Cryptography
Break current encryption while enabling unhackable quantum communication.
Will reshape cybersecurity worldwide
AI & Machine Learning
Train AI models exponentially faster with quantum speedup.
Next generation of artificial intelligence
Financial Modeling
Optimize portfolios and model risk with unprecedented accuracy.
Transform investment and risk management
Climate Simulation
Model complex climate systems to predict and address climate change.
Better understand environmental challenges
Materials Science
Design new materials by simulating atomic-level interactions.
Create superconductors, batteries, and more
Program Highlights
An accessible introduction to the most exciting technology of the 21st century.
Cutting-Edge Technology
Learn about qubits, superposition, and entanglement—the building blocks of quantum computers.
Expert Instruction
Learn from Dr. Saltzer, a mathematical physicist who makes quantum computing accessible and exciting.
Future Career Preparation
Quantum computing is the next frontier—be among the first generation to understand it.
Certificate of Completion
Demonstrate your understanding of emerging technology—impressive on college applications.
4-Week Curriculum
From classical bits to quantum algorithms—a complete quantum computing journey.
- Classical computing: bits, logic gates, and limitations
- Why we need quantum computers: problems classical computers can't solve
- Introduction to qubits: superposition and the quantum bit
- Quantum states and measurement
- The Bloch sphere: visualizing qubit states
- Superposition: qubits in multiple states simultaneously
- Entanglement: the "spooky action" that powers quantum computers
- Quantum interference and how it enables computation
- Decoherence: why quantum computers are hard to build
- Types of quantum computers: gate-based, annealing, and topological
- Quantum gates and circuits: building quantum programs
- Shor's algorithm: breaking encryption (and why it matters)
- Grover's algorithm: searching faster than possible classically
- Quantum machine learning and AI applications
- Quantum simulation for chemistry and materials science
- Quantum cryptography and post-quantum security
- Current state of quantum computing: IBM, Google, and beyond
- Quantum supremacy and quantum advantage
- Career paths in quantum computing
- How to continue learning and prepare for the quantum era
Learn from an Award-Winning Expert
Dr. Saltzer
A Mathematical Physicist who has authored 25+ STEM textbooks with Pearson & McGraw-Hill. Dr. Saltzer bridges the gap between quantum physics and quantum computing, making cutting-edge technology accessible to high school students.
National Teaching Awards
25+ Published Textbooks
Physics & Computing Expert
Makes Complex Simple
Explore More STEM Fields
Quantum Computing is part of our year-long Advanced STEM Exploration series. Bundle programs and save!
View All Programs & Bundle SavingsFrequently Asked Questions
It's helpful but not required! We cover the quantum mechanics concepts needed for computing. Students who took our Quantum Mechanics program will have a head start, but we explain everything from the ground up.
No programming experience is required. While quantum programmers use code, our program focuses on understanding quantum computing concepts, algorithms, and applications rather than coding. Understanding concepts is the foundation for later programming.
Yes! IBM, Google, Microsoft, and others have built working quantum computers. Google achieved "quantum supremacy" in 2019. While still early, quantum computing is rapidly advancing from research labs to real applications.
Classes are held live online every Sunday from 10 AM to 1 PM EST for 4 consecutive weeks. Each 3-hour session includes lectures, visualizations, discussions, and Q&A time with our expert instructor.
Understanding quantum computing fundamentals is the first step toward careers in quantum software, quantum hardware, quantum research, and related fields. This program provides the conceptual foundation that formal education will build upon.
Yes! Students who complete all four sessions receive a Certificate of Completion from EdQuill Academy, documenting their achievement in exploring quantum computing.
Yes — and demand is accelerating. IBM, Google, Microsoft, AWS, Honeywell, and dozens of well-funded startups are hiring quantum researchers, software engineers, and hardware engineers. National labs and the Department of Defense are major employers too. Even if you don't become a quantum specialist, the discipline of thinking about quantum information sharpens computer science fundamentals broadly.
Several promising research directions combine the two: quantum machine learning, quantum-enhanced optimization, and quantum simulation of materials/molecules that classical AI can't efficiently handle. Students entering CS programs now will see these topics as electives by their junior year.
Grade 11 and 12 students who are computer science or physics-track tend to get the most out of it. Grade 10 students with strong math and a serious interest in CS do well too. The program introduces linear algebra concepts (vectors and matrices) at an accessible level — no prior linear algebra is required.
Strongly, especially for students applying to selective CS, physics, or interdisciplinary programs. Quantum computing is a "frontier" topic admissions officers recognize, and demonstrating that you pursued it before college gives you compelling material for "intellectual curiosity" essays and interviews.
Ready for the Quantum Future?
Contact us today to reserve your spot. Be among the first generation to understand quantum computing.
Enter the Quantum Era
Quantum computing will change everything. Join our 4-week program and understand the technology that will define the future of computing and AI.