Blockchain Engineer focused on smart contracts, DeFi systems, protocol design, blockchain infrastructure, and decentralized systems research.
I have almost 5 years of professional software engineering experience and nearly 4.5+ years of focused blockchain engineering experience across EVM ecosystems, Hyperledger Fabric, Substrate, Rust, Solidity, and blockchain backend infrastructure.
- Building smart contracts, DeFi protocols, and blockchain infrastructure
- Strong focus on Solidity, Rust, Go, and blockchain backend systems
- Interested in protocol design, tokenomics, validator economics, MEV, cross-chain systems, and decentralized coordination
- Experienced with both public blockchain ecosystems and private enterprise blockchain systems
- Deeply interested in the intersection of blockchain, economics, infrastructure, and AI
- Currently exploring advanced protocol engineering, Uniswap V4 Hooks, on-chain automation, Chainlink, and decentralized AI systems
- Solidity
- Foundry
- Hardhat
- OpenZeppelin
- ERC20 / ERC721 / ERC1155
- DEXs and AMMs
- Liquidity Provisioning
- Tokenomics
- Staking and Governance
- Multisig Wallets
- Uniswap V2 / V3 / V4 Hooks
- Chainlink Integrations
- Rust
- Substrate / Polkadot SDK
- Hyperledger Fabric
- Go
- EVM Internals
- Consensus Mechanisms
- Validator Economics
- Runtime Upgrades
- Cross-Chain Systems
- Bridges and Interoperability
- Kubernetes-based Blockchain Deployments
- Node.js
- JavaScript / TypeScript
- Go REST APIs
- Docker
- Linux
- Kubernetes
- k3s / k3d
- Helm
- GitHub Actions
- IPFS
- The Graph
A Substrate-based Layer-1 blockchain for decentralized AI workloads.
Worked across:
- Runtime architecture
- NPoS consensus
- Validator economics
- Slashing and nomination pools
- EVM compatibility
- Substrate ↔ EVM bridge
- Governance and treasury
- Tokenomics and halving
- Runtime upgrades
- Testnet and mainnet deployment
A Chainlink CRE-powered protocol that continuously monitors DeFi protocol risk and automatically triggers on-chain defensive actions.
Worked across:
- Automated risk monitoring
- Oracle-based trigger systems
- On-chain defensive actions
- Chainlink integrations
- DeFi protocol risk analysis
- Security-first protocol design
Designed and deployed a private blockchain infrastructure for a government-funded supply chain automation project covering fisheries, horticulture, and livestock sectors.
Worked across:
- Hyperledger Fabric architecture
- Go chaincodes
- Fabric Gateway APIs
- MSPs and certificate authorities
- Peer and orderer topology
- Chaincode-as-a-Service (CCaaS)
- Kubernetes deployment with k3s
- On-premises infrastructure
- Protocol Engineering
- Smart Contract Security
- DeFi Infrastructure
- Uniswap V4 Hooks
- Rust and Substrate
- Chainlink Automation
- Cross-Chain Systems
- Blockchain + AI
- Zero-Knowledge Systems
Languages: Solidity, Rust, Go, JavaScript, TypeScript, Python, Vyper, Bash, Move, Cadence, C/C++
Blockchain: Ethereum, Polygon, Substrate, Hyperledger Fabric, Polkadot, Chainlink, IPFS, The Graph
Frameworks & Libraries: Foundry, Hardhat, OpenZeppelin, Ethers.js, Web3.js, Fabric Gateway, Fabric Contract API
Infrastructure: Linux, Docker, Kubernetes, k3s, k3d, Helm
I approach blockchain engineering from a systems-design perspective.
I am interested not only in writing code, but also in understanding:
- Economic incentives
- Security assumptions
- Failure modes
- Trade-offs
- Scalability constraints
- Governance design
- Long-term protocol sustainability
I enjoy solving difficult engineering problems that require first-principles reasoning, research, and deep technical exploration.
- Smart Contract Engineering
- Blockchain Infrastructure Engineering
- DeFi / Protocol Engineering
- Rust / Substrate Roles
- Security-Focused Blockchain Work
- Research-Driven Blockchain Projects
- Open Source Collaboration
- LinkedIn: meharab124
- GitHub: meharab