Building Real Blockchain Skills Through Hands-On Practice
We started beamfluxcurrent because too many blockchain courses focused on theory while students struggled to write actual code. Our instructors spent years building production systems and realized something important—you learn blockchain programming by solving real problems, not memorizing concepts.
Why We Focus on Practical Development
Most blockchain education gets stuck in explaining cryptographic theory or blockchain architecture. That stuff matters, but it doesn't help you build your first smart contract or debug gas optimization issues.
We teach Solidity, Rust, and Move through project-based work. Students write contracts that handle real-world scenarios—payment systems, NFT marketplaces, DeFi protocols. Each module builds on actual use cases our instructors encountered while working in blockchain development.
This approach came from watching students graduate from theoretical courses without portfolio projects to show employers. Our curriculum prioritizes working code over conceptual understanding, though both develop naturally through hands-on practice.
What Guides Our Teaching Approach
These principles shape how we design courses and support students through their blockchain development journey.
Code First, Theory Second
Students start writing smart contracts in week one. We introduce concepts when they become necessary for solving specific coding challenges, not as prerequisites.
Real Project Experience
Every module centers on building something functional. Students create DApps they can demonstrate to potential employers or use as foundations for their own projects.
Industry-Relevant Skills
Our curriculum reflects what blockchain companies actually need—secure contract development, testing frameworks, deployment processes, and debugging techniques used in production environments.
Direct Instructor Access
Students work with developers who build blockchain systems professionally. Questions get answered by people who've debugged similar issues in live applications.
Transparent Learning Path
We're clear about what each course covers and what students can build afterward. No promises about guaranteed jobs—just honest assessment of the skills you'll develop.
Continuous Curriculum Updates
Blockchain technology changes fast. We update course materials quarterly based on new standards, tools, and patterns emerging in the development community.
Elowen Thorsby
Senior Blockchain Instructor
Sunniva Brandt
Smart Contract Development Lead
Instructors Who Actually Write Code
Our teaching team includes developers who work on blockchain projects between teaching sessions. Elowen spent three years building DeFi protocols before joining our instructor team. She brings debugging patterns and security practices from production experience.
Sunniva leads our smart contract curriculum after working on NFT infrastructure for gaming platforms. She teaches the gas optimization techniques and testing strategies she developed while handling high-volume contract interactions.
This isn't a side project for them. They maintain active development work while teaching, which means course content reflects current blockchain development practices rather than outdated patterns.
Start Building Blockchain Applications
Our next cohort begins in August 2025. Programs run for six months with hands-on project work throughout. Check available courses and enrollment details.
View Learning Programs