Choose Your Quantum Learning Path
Three specialized programs designed to transform your understanding of quantum computing. Each path provides comprehensive training tailored to different backgrounds and goals.
Return HomeFind Your Perfect Program
| Feature | Fundamentals | Quantum ML | Software Dev |
|---|---|---|---|
| Duration | 12 weeks | 10 weeks | 8 weeks |
| Investment | ¥72,000 | ¥68,000 | ¥61,000 |
| Prerequisites | Programming basics | ML experience | Software development |
| Best For | Beginners to quantum | ML engineers | Software engineers |
| Hardware Access |
Quantum Computing Fundamentals
Build a comprehensive foundation in quantum computing from the ground up. Perfect for developers transitioning from classical programming who want thorough understanding of quantum principles and algorithms.
Complete Quantum Introduction
Master quantum mechanics essentials, qubit operations, and circuit design from first principles
Core Algorithm Implementation
Implement Shor's, Grover's, and quantum Fourier transform with deep understanding
Real Hardware Experience
Run programs on IBM quantum computers and understand practical limitations
Quantum Machine Learning
Merge quantum computing with machine learning expertise. Designed for ML engineers exploring quantum advantages in neural networks, optimization, and data processing applications.
Quantum Neural Networks
Design and train quantum models with parameterized circuits and gradient descent
Variational Algorithms
Master QAOA, VQE, and other hybrid classical-quantum optimization techniques
Quantum Advantage Analysis
Identify when quantum approaches outperform classical ML methods
Quantum Software Development
Build production-quality quantum applications and tools. Ideal for software engineers who want to create quantum development frameworks, simulators, and contribute to quantum ecosystems.
Simulator Architecture
Design efficient quantum simulators with state vector and density matrix backends
Compiler Development
Create transpilation passes and optimization pipelines for quantum circuits
Cloud Integration
Work with quantum cloud services and job scheduling systems
What's Included in Every Program
Comprehensive Materials
- • Video lectures and written guides
- • Hands-on coding exercises
- • Reference documentation
- • Lifetime access to materials
Hardware Access
- • IBM quantum computer access
- • Simulator environments
- • Cloud platform integration
- • Job queue priority support
Instructor Support
- • Direct instructor Q&A sessions
- • Code review and feedback
- • Community forum access
- • Project guidance
Which Program Fits You?
Choose Fundamentals If:
- You're new to quantum computing and want comprehensive foundations
- You have programming experience but limited quantum knowledge
- You want to understand quantum algorithms from first principles
- You prefer a thorough, step-by-step learning approach
Choose Quantum ML If:
- You have machine learning or data science experience
- You're interested in quantum advantages for ML applications
- You want to build hybrid classical-quantum models
- You're exploring quantum neural networks and optimization
Choose Software Development If:
- You're a software engineer wanting to build quantum tools
- You want to contribute to quantum computing frameworks
- You're interested in simulator and compiler development
- You prefer building applications over algorithm theory
Still unsure which program aligns with your background and goals?
Schedule a ConsultationReady to Begin Your Quantum Journey?
Connect with us to discuss which program best fits your background, timeline, and learning goals. We'll help you choose the path that sets you up for success.