- Specialized in Solidity development, contributing significantly to various GameFi projects involving NFTs for game items.- Designed and developed smart contract architecture for NFT mechanics such as staking, evolution, merging for upgrades, and a multi-asset orderbook-based marketplace.- Worked on a new concentrated liquidity decentralized exchange (DEX), where the curve was dynamically adjusted based on oracle prices.- Built the oracle aggregator architecture to ensure accurate pricing, developed the continuous coin offering (CCO) contract, the DEX contract, and the governance contracts to manage the protocol.- Developed a bridge between Cosmos and Ethereum, utilizing advanced cryptographic methods to validate bridge transactions.- Worked on a Nest.js-based backend infrastructure to index blockchain events and abstract interactions with smart contracts via an SDK.- Gained extensive experience in building secure, scalable, and efficient smart contracts for a variety of use cases in the blockchain ecosystem.

- Led research and development efforts into blockchain scalability, resulting in the publication of three research papers in international journals and conferences.- Developed a high-performance virtual machine for smart contract execution using the C programming language, optimizing efficiency and speed.- Contributed to the development of a blockchain node client infrastructure that outperformed Ethereum in transaction speed and efficiency.- Built a custom library of cryptographic utilities to enhance security within the blockchain ecosystem.- Worked on the design and implementation of a specialized database, tailored specifically for blockchain requirements, focusing on scalability and fast data access.

- Assisted in delivering courses on Operating Systems, guiding students through topics such as threads, memory management, processes, and Linux system fundamentals.- Conducted lab exercises covering practical aspects of OS concepts, including threading, process synchronization, and memory allocation.- Taught Linux and Bash command-line skills, encouraging hands-on practice for better understanding of system-level operations.- Supervised student projects, including building their own Bash terminal, which allowed them to apply core operating system concepts in a practical, project-based environment.