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VahidHamzeh/README.md

Vahid Hamzeh

Electrical Engineering Undergraduate | Sharif University of Technology
πŸ“ Tehran, Iran
πŸ“§ [email protected] | πŸ”— linkedin.com/in/vahid-hamzeh | πŸ™ GitHub Profile Link


πŸŽ“ Education

Sharif University of Technology | Tehran, Iran
B.Sc. in Electrical Engineering | 2023 – Present

πŸŽ“ Relevant Coursework

  • Core Electrical Engineering:

    • Electrical Circuits & Lab
    • Theory of Electrical Circuits
  • Control & Systems:

    • Linear Control Systems
    • Modern Control
    • Industrial Control
  • Computer & Data Science:

    • Fundamental Of Programming
    • Object Oriented Programming
    • Fundamental Of Data Science
    • Computer Structure
    • Logic Circuits & Lab
  • Mathematics:

    • Engineering Mathematics
    • Mathematical Methods In Engineering (Linear Algebra)
    • Engineering Statistics & Probability
  • Communications:

    • Signals & Systems
    • Communication Systems
  • Electrical Energy Systems:

    • Electrical Energy Conversion 1 & Lab
    • Analysis Of Electrical Power Systems
  • Electronics:

    • Electronics 1 & Lab
    • Electronics 2 & Lab
  • Microwave & Photonic:

    • Electromagnetism
  • Bioelectricity:

    • Sensing & Measurement

πŸ›  Technical Skills

  • Programming Languages: Python, Java, C++, R.
  • Engineering Software: MATLAB, Simulink, Verilog, RStudio, LTSpice, Digital, Proteuse.
  • Tools & Technologies: LaTeX, Git/GitHub, Microsoft Office Suite, Jupyter Notebook.
  • Controller design: PID, ADRC.

πŸš€ Key Projects

  • Telecommunications Big Data Architecture | Hamrah-e-Avval Academy
    • Designed a scalable architecture for telecommunications traffic prediction.
    • Authored technical reports documenting system flow and data integration.
  • 16-bit Processor Architecture Design
    • Developed a custom processor using digital logic circuits (ALU, Register Files, ROM).
    • Implemented 2-bit counter logic and verified functionality via simulation software.
  • Bayesian Network Meta-Analysis (NMA)
    • Performed complex statistical analysis using gemtc and JAGS packages in R.
    • Analyzed medical treatment outcomes and generated data visualizations.
  • Power System Analysis & Load Flow
    • Modeled and simulated power grids using Gauss-Seidel iterative methods.
    • Optimized series compensator placement to improve system stability.
  • Power System Analysis & Load Flow
    • Modeled and simulated power grids using Gauss-Seidel iterative methods.
    • Optimized series compensator placement to improve system stability.

πŸŽ– Academic & Professional Experience

  • Electrical Circuits | Spring 2025 | Instructor: Dr. Shamsollahi

    • Designed and prepared quiz.
    • Graded student submissions and provided feedback.
  • Electronic 1 | Fall 2025 | Instructor: Dr. Alavi

    • Designed and prepared assignment.
  • Mathematical Methods In Engineering (Linear Algebra) | Fall 2025 | Instructor: Dr. Pilaram

    • Designed and prepared assignment.
    • Graded student submissions and provided feedback.
  • Mathematical Methods In Engineering (Linear Algebra) | Fall 2025 | Instructor: Dr. Pilaram

    • Designed and prepared assignment.
    • Graded student submissions and provided feedback.
  • Electrical Circuits | Spring 2026 | Instructor: Dr. Shamsollahi

    • Designed and prepared quiz.
    • Graded student submissions and provided feedback.
  • β€ŒSignals & Systems | Spring 2026 | Instructor: Dr. Behroozi

    • Designed and prepared quiz.
    • Graded student submissions and provided feedback.
  • Fundamentals of Electrical Engineering | Spring 2026 | Instructor: Dr. Fazeli

    • Designed and prepared assignment.
    • Graded student submissions and provided feedback.
  • Mathematical Methods In Engineering (Linear Algebra) | Spring 2026 | Instructor: Dr. Pilaram

    • Designed and prepared assignment.
    • Graded student submissions and provided feedback.

🌐 Languages

  • Persian: Native
  • English: Intermediate (B1)

Last Updated: June 2026

Popular repositories Loading

  1. MCI-Network-Traffic-Anomaly-Detection MCI-Network-Traffic-Anomaly-Detection Public

    Telecommunication network traffic analysis and anomaly detection project for MCI Academy, leveraging time-series decomposition (STL) and Isolation Forest algorithms to predict network disruptions.

    Jupyter Notebook 1

  2. VahidHamzeh VahidHamzeh Public

  3. Electronics2-Project-Phase1 Electronics2-Project-Phase1 Public

    Electronics II course project: Analysis and circuit-level simulation of MOSFET differential stages and current mirrors for analog integrated circuits.

    AGS Script

  4. Electronics2-Project-Phase2 Electronics2-Project-Phase2 Public

    Electronics II project: Frequency response analysis and small-signal modeling of a CMOS differential amplifier using LTspice, including GBW and Bode plot verification.

    AGS Script

  5. Linear-Control-Systems-Project Linear-Control-Systems-Project Public

    Quarter-car model active suspension design: Implementing PI control, feedforward disturbance rejection, and disturbance estimation in MATLAB/Simulink to optimize ride comfort and road holding.

    MATLAB

  6. Electrical-Energy-Systems-Analysis-Project1 Electrical-Energy-Systems-Analysis-Project1 Public

    Long-term Generation Expansion Planning (GEP) for a 20-year horizon: Evaluating optimal energy mix (Gas, Coal, Nuclear, Solar, Wind) using economic optimization and cost-minimization models.

    Jupyter Notebook