I teach in-depth Rust programming, focusing on fundamental concepts like ownership, borrowing, and error handling to build a solid foundation for learners. Through interactive live coding sessions, I enhance understanding and create an engaging learning environment. I design and provide regular quizzes to reinforce key concepts and track student progress effectively. I guide students in developing both minor and major projects, helping them build CV-ready applications that showcase their Rust skills. By integrating real-world scenarios and practical coding exercises, I emphasize hands-on learning to ensure students gain both theoretical and practical expertise.

I have designed and built custom blockchains tailored to specific business needs using the Substrate framework, delivering bespoke solutions for diverse applications. I have developed custom pallets to implement unique business logic and extend blockchain functionality effectively. I have authored and deployed smart contracts using ink! to enable seamless on-chain interactions. By modifying existing FRAME pallets, I have adapted them to specialized use cases and optimized overall performance. I have also handled the migration of solo chain data to relay chains and parachains, ensuring smooth transitions and interoperability within blockchain ecosystems. To ensure high code quality, I have written comprehensive unit tests for pallets, maintaining reliability and robust performance. Additionally, I have developed SDKs to streamline blockchain connectivity and enhance the developer experience, contributing to efficient and scalable blockchain projects.