Curriculum Vitae
Alireza HassanNejad
Blockchain Research Engineer
Professional Summary
Blockchain / Web3 Software Engineer designing production software across EVM ecosystems, blockchain data, transactions, wallets, and decentralized infrastructure. Works with Web3.js, ethers.js, Alchemy SDK, and IPFS, alongside real-time and backend services for Web3-enabled applications.
Core Competencies
Problem Solving & Modeling
AI / Research
Professional Experience
Laqira Protocol
Dec 2022 – Present · Dubai, UAE
Software Engineer — Blockchain / Web3 R&D
- Build Web3-enabled applications and services involving EVM ecosystems, blockchain data, transactions, wallets, and decentralized infrastructure.
- Design and develop production software across Web3, blockchain, web, mobile, backend, and real-time systems.
- Work with blockchain tooling and infrastructure including Web3.js, ethers.js, Alchemy SDK, and IPFS.
- Develop real-time systems using WebSockets and event-driven communication patterns.
TOBTC
Dec 2022 – Present
Full-Stack Developer
- Full-stack engineering across frontend and backend application development.
Niroo Research Institute
2018 – 2022 · Tehran, Iran
Full-Stack Developer / Software Engineer
- Developed neural-network and machine-learning solutions for prediction and data analysis using TensorFlow and Keras.
Technical Skills
Blockchain & Web3
EVM · Web3.js · ethers.js · Alchemy SDK · Smart Contracts · Blockchain Data · Transaction Systems · Wallet Integration · IPFS · Telegram Mini Apps · Telegram Bots
Programming Languages
Python · TypeScript · JavaScript · C · C++ · Go · Rust · Zig · SQL
Software Engineering
Full-Stack Development · Backend Engineering · Frontend Engineering · Desktop Development · Mobile Development · Distributed Systems · Real-Time Systems · Event-Driven Architecture · API Design · System Architecture · Algorithm Design · Data Structures · Design Patterns · Concurrency · Multithreading · Performance Optimization
Research & Technical Expertise
Mathematical Modeling & Probabilistic Reasoning
Mathematical Modeling · Probability · Statistics · Statistical Inference · Uncertainty Modeling · Decision Analysis · Data Analysis · Numerical Methods · Computational Mathematics
Artificial Intelligence & Machine Learning
Machine Learning · Deep Learning · Reinforcement Learning · Neural Networks · Classification · Regression · Clustering · Data Mining · Predictive Modeling · Forecasting · Computer Vision · Pattern Recognition · Feature Analysis
Technologies and ecosystems include PyTorch, TensorFlow, Keras, NumPy, Pandas, and GeoPandas.
Mathematical & Metaheuristic Optimization
Multi-Objective Optimization · Pareto Optimization · Linear / Nonlinear Optimization · Constraint Optimization · Combinatorial Optimization · Metaheuristic Optimization · GA · NSGA-II · PSO · MOPSO · ACO · Firefly · Bees Algorithm · ABC · GOA · SFLA · KHA · IWO · Harmony Search · Simulated Annealing · Tabu Search · Cultural Algorithm · TLBO · ANFIS · GMDH
Education
University of Mazandaran (UMZ)
2026 – Present
PhD — Electrical Engineering, Electronics
Research interests at the intersection of electronics, computation, artificial intelligence, mathematical methods, algorithms, and engineering systems.
University of Science and Technology of Mazandaran (USTM)
2016 – 2018
M.Sc. — Electrical Engineering, Power Systems
Mazandaran University of Science and Technology (USTMB)
2012 – 2016
B.Sc. — Electrical Engineering, Power Engineering
Publications
- Hassannejad Marzouni, Alireza; Zakariazadeh, Alireza; Siano, Pierluigi. Measurement devices allocation in the distribution system using state estimation: a multi-objective approach. International Transactions on Electrical Energy Systems, 30(8), e12469, 2020.
- Sahraie, E.; Hassannejad Marzouni, A.; Zakariazadeh, A.; Gholami, M. Reactive power market clearing mechanism considering new clearing constraints: a separate clearing approach. Electrical Engineering, 102, 1667–1679, 2020.
- Hassannejad Marzouni, A.; Zakariazadeh, A. Error Modeling in Distribution Network State Estimation Using RBF-Based Artificial Neural Network. Iranian Journal of Electrical and Electronic Engineering, 16(3), 292–301, 2020.
- Hassannejad Marzouni, Alireza; Zakariazadeh, A. Multi-objective Measurement Devices Allocation Using State Estimation in the Distribution System. Journal of Iranian Association of Electrical and Electronics Engineers, 16(1), 103–117, 2019.
- Sahraie, Elahe; Hasannezhad Marzoni, Alireza; Zakariazadeh, Alireza; Gholami, Mostafa. Separate Reactive Power Market Clearing Algorithm Based on Quality Index of Clearing Market. Iranian Electric Industry Journal of Quality and Productivity, 8(1), 1–12, 2019.
- Hassannejad, A.; Sahraie, E.; Zakariazadeh, A.; Gholami, M. Prediction Of Market Power Competitive Levels Variation And Players Collusion Form By Decision Tree. 33rd International Power System Conference (PSC), Tehran, Iran, 2018.
- Sahraie, E.; Hassannejad, A.; Zakariazadeh, A.; Gholami, M. New Reactive Power Market Clearing Scheme With Controlling The Market Competitive Level. 33rd International Power System Conference (PSC), Tehran, Iran, 2018.
Certifications
- Front End Development Libraries
- Back End Development and APIs
- Scientific Computing with Python
- Data Visualization
- JavaScript Algorithms and Data Structures
Languages
- Persian: Native
- English: Working Proficiency
Based on the full CV of Alireza HassanNejad. Role-specific pages change emphasis only — not employers, tools, or outcomes.