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Hi 👋! My name is Uddin, and I'm an Electrical and Electronic Engineer from Bangladesh.

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🎓 Academic Background

  • Master of Science (M.Sc.) in Intelligent Systems of Protection, Automation, and Control of Power Systems
    Moscow Power Engineering Institute (MPEI), Russia (2023–2025)
    • GPA: 4.27/5.00
  • Bachelor of Science (B.Sc.) in Electrical and Electronic Engineering
    Ahsanullah University of Science and Technology (AUST), Bangladesh (2014–2018)
    • GPA: 3.775/4.00

🔬 Research Interests

  • Intelligent protection and control systems for power grids.
  • Automation and optimization of power systems.
  • Renewable energy integration and smart grid technologies.
  • Machine learning applications in power system analysis and control.

📚 Research Publications

1. Performance Analysis of Various Voltage Stability Indices in Transmission and Distribution Systems

  • Conference: 2019 IEEE International Conference on Power, Electrical, and Electronics and Industrial Applications (PEEIACON)
  • DOI: 10.1109/PEEIACON48840.2019.9071951
  • Summary: Analyzed voltage stability indices to assess system reliability and performance.

2. Developing Efficient Charging Schedule of Electrical Vehicles for Centralized Charging Station by Analyzing Impact on Distribution Network Due to EV Charging

  • Journal: European Journal of Electrical and Computer Engineering
  • DOI: 10.24018/ejece.2020.4.5.250
  • Summary: Developed an efficient EV charging schedule to minimize grid impact.

💻 Technical Skills

Programming Languages:

  • Python, Java, C++, MATLAB

Machine Learning:

  • Scikit-learn, Keras, TensorFlow

Simulation Tools:

  • PSCAD, DIgSILENT PowerFactory, ETAP, AUTOCAD, Pispise

Other Tools:

  • LaTeX, MATHCAD, Matplotlib, Seaborn, Pandas, NumPy

🚀 Projects

AutoCAD Projects

  1. AutoCAD Fan Drawing

    • Tools: AutoCAD
    • Description: Created detailed technical drawings of a fan using AutoCAD, showcasing precision in electrical design.
    • Video: Watch Here

  2. AutoCAD Transformer Coil Drawing

    • Tools: AutoCAD
    • Description: Designed transformer coil layouts using AutoCAD, demonstrating expertise in electrical component design.
    • Video: Watch Here

  3. AutoCAD Match Properties in Bangla

    • Tools: AutoCAD
    • Description: Explained the use of the Match Properties tool in AutoCAD, providing a tutorial in Bangla for local audiences.
    • Video: Watch Here

  4. Guide Block and Adjusting Block in AutoCAD

    • Tools: AutoCAD
    • Description: Demonstrated the use of guide and adjusting blocks in AutoCAD for efficient design workflows.
    • Video: Watch Here

  5. AutoCAD Missing Command Line Fix

    • Tools: AutoCAD
    • Description: Provided a solution for fixing the missing command line issue in AutoCAD, helping users troubleshoot common problems.
    • Video: Watch Here

DIgSILENT PowerFactory Projects

  1. PowerFactory P-V, Q-V Curve

    • Tools: DIgSILENT PowerFactory
    • Description: Simulated healthy conditions in power systems using DIgSILENT PowerFactory, analyzing P-V, Q-V curve.
    • Video: Watch Here

  2. Load Flow Analysis and Bus Value Results in PowerFactory

    • Tools: DIgSILENT PowerFactory
    • Description: Conducted load flow analysis and extracted bus values to assess system performance.
    • Video: Watch Here

  3. Power Loss Calculation in a Grid Using PowerFactory

    • Tools: DIgSILENT PowerFactory
    • Description: Calculated power losses in a grid using DIgSILENT PowerFactory, providing insights into system efficiency.
    • Video: Watch Here

PSCAD Projects

  1. Transformer Protection Using Differential Relays in PSCAD

    • Tools: PSCAD
    • Description: Simulated and demonstrated the use of differential relays for transformer protection, ensuring safe operation during fault conditions.
    • Video: Watch Here

  2. Harmonics Analysis Using Polyplot and Phasor Plot in PSCAD

    • Tools: PSCAD
    • Description: Analyzed harmonics in power systems using Polyplot and Phasor Plot, providing insights into system performance.
    • Video: Watch Here

  3. IDMT Relay Configuration for Inrush Current and Fault Protection

    • Tools: PSCAD
    • Description: Configured IDMT relays to handle inrush currents and fault conditions, ensuring reliable protection.
    • Video: Watch Here

  4. Automatic Circuit Breaker Reset After Fault Clearance in PSCAD

    • Tools: PSCAD
    • Description: Designed a system to automatically reset circuit breakers after fault clearance, improving system reliability.
    • Video: Watch Here

  5. Sequence Currents Extraction (Positive, Negative, Zero) in PSCAD

    • Tools: PSCAD
    • Description: Extracted and analyzed sequence currents to identify fault types and locations in power systems.
    • Video: Watch Here

  6. Overcurrent Relay Protection Using PSCAD

    • Tools: PSCAD
    • Description: Implemented overcurrent relay protection to safeguard power systems during fault conditions.
    • Video: Watch Here

  7. Manual Circuit Breaker Control Using Two-State Switch in PSCAD

    • Tools: PSCAD
    • Description: Demonstrated manual control of circuit breakers using a two-state switch for system testing and maintenance.
    • Video: Watch Here

  8. Sequence Component Analysis in PSCAD

    • Tools: PSCAD
    • Description: Extracted and analyzed positive, negative, and zero sequence components to study unbalanced systems.
    • Video: Watch Here

  9. How to Use Negative Sequence Directional Relay for Unbalanced Fault Detection in PSCAD

    • Tools: PSCAD
    • Description: Demonstrated the use of a Negative Sequence Directional Relay to detect and isolate unbalanced faults in power systems.
    • Video: Watch Here

  10. Dual Slope Transformer: Full Parameter Calculation Guide in PSCAD

  • Tools: PSCAD
  • Description: Complete calculation of all key parameters for a Dual Slope Current Differential Transformer using PSCAD, including differential protection settings and fault analysis.
  • Video: Watch Here

MATLAB Simulink Projects

  1. FFT Analyzer Settings in MATLAB Simulink
    • Tools: MATLAB Simulink
    • Description: Configured FFT analyzer settings for harmonics analysis in MATLAB Simulink.
    • Video: Watch Here

PSpice Projects

  1. Common Base BJT Simulation Using PSpice
    • Tools: PSpice
    • Description: Simulated and analyzed the behavior of a common base BJT transistor using PSpice.
    • Video: Watch Here

🎥 YouTube Channel

I run a YouTube channel where I share tutorials and demonstrations on power system simulations, relay protection, harmonics analysis, and more. Check it out here:
YouTube Channel

🏆 Honors and Awards

  • Dean’s Award: Achieved for a CGPA of 3.775 during undergraduate studies at AUST.

📫 Contact Me

🌟 Goals

  • To contribute to the development of intelligent and sustainable power systems through cutting-edge research.
  • To pursue a PhD in a reputed institution and collaborate with global researchers.
  • To share knowledge and inspire others through my YouTube channel and open-source projects.

Negative Sequence Directional Relay for Unbalanced Fault Detection in PSCAD

This repository contains the PSCAD simulation files for detecting unbalanced faults using a Negative Sequence Directional Relay. The relay is designed to identify and isolate faults that cause system imbalances, ensuring grid stability and reliability.

Features

  • Simulates unbalanced fault conditions in PSCAD.
  • Configures and tests a Negative Sequence Directional Relay.
  • Analyzes relay operation for fault detection.

How to Use

  1. Clone this repository: git clone https://github.com/uddin98/TechWithUddin.git
  2. Open the PSCAD file: Negative_Sequence_Directional_Relay_PSCAD.pscx
  3. Run the simulation and analyze the results.

Related Topics

  • Negative Sequence Relay
  • Unbalanced Fault Detection
  • Power System Protection
  • PSCAD Simulation

Download

Download the PSCAD file from the Negative_Sequence_Directional_Relay_PSCAD folder.

Sequence Component Analysis in PSCAD

This repository contains the PSCAD simulation files for extracting and analyzing positive, negative, and zero sequence components in power systems. Sequence components are essential for studying unbalanced systems and fault conditions.

Features

  • Extracts positive, negative, and zero sequence components in PSCAD.
  • Analyzes sequence components to identify system imbalances.
  • Simulates unbalanced systems and fault conditions.

How to Use

  1. Clone this repository: git clone https://github.com/uddin98/TechWithUddin.git
  2. Open the PSCAD file: Sequence_Component_Analysis.pscx
  3. Run the simulation and analyze the results.

Related Topics

  • Sequence Components
  • Unbalanced Systems
  • Fault Analysis
  • PSCAD Simulation

Download

Download the PSCAD file from the Sequence_Component_Analysis folder.

Dual Slope Transformer: Full Parameter Calculation Guide in PSCAD

This repository contains the PSCAD simulation files for calculating all key parameters in a Dual Slope Current Differential Transformer. This tutorial will guide you step-by-step through setting up the transformer and performing the parameter calculations necessary for accurate protection and fault detection.

Features

  • Complete calculation of all parameters for a Dual Slope Current Differential Transformer in PSCAD.
  • Step-by-step explanation of the differential protection settings.
  • Simulation of transformer faults and relay response analysis.
  • Best practices for improving transformer protection performance.

How to Use

  1. Clone this repository: git clone https://github.com/uddin98/TechWithUddin.git
  2. Open the PSCAD file: Dual_Slope_Transformer_Calculation.pscx
  3. Run the simulation and analyze the calculated parameters.

Related Topics

  • Transformer Differential Protection
  • Dual Slope Relay Settings
  • Fault Detection in Transformers
  • PSCAD Simulation

Download

Download the PSCAD file from the Differential_Relay folder.

License

This project is licensed under the MIT License.

Thank you for visiting my profile! Feel free to explore my repositories and reach out for collaborations or discussions. Let’s connect and innovate together! 🚀

About

👋 Hi, I’m Uddin! 🎓 Electrical Engineer | M.Sc. in Intelligent Systems @ MPEI. 🔬 Research: Power systems, stability, EVs, ML. 💻 Skills: Python, MATLAB, PSCAD, DIgSILENT. 📚 Published in IEEE & EJECE. 🎥 YouTube: [@hi96077](https://youtube.com/@hi96077). 🚀 Goal: PhD in sustainable power systems.

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