Specialization Training Series on

Power System Modeling, Analysis, and Hybrid System Design

The Department of Electrical and Electronic Engineering (EEE) at the Green University of Bangladesh (GUB), in collaboration with the CREDIT Lab (Center for Renewable Energy Development and Intelligent Technologies), is launching a specialized training series designed for students and faculty members interested in advanced power system modeling, renewable energy, and hybrid system design.

This specialization consists of 4 courses, aimed at building strong foundations and advancing towards industry-standard tools:

Course 1: MATLAB/Simulink for Power System Applications (Foundation) (5 sessions)

Objective: Build basic modeling and simulation skills using MATLAB/Simulink for electrical and renewable energy systems.

Session Plan:

1. Introduction to MATLAB/Simulink Environment & Modeling Basics

2. Basics of MATLAB Coding with Different Algorithms for Renewable Energy Optimization

3. Working with Simscape Electrical & SimPower Systems (and other Built-in Libraries)

4. Modeling Basic Power Components (Resistors, Inductors, Capacitors, Transformers)

5. Dynamic Simulation of Power Systems (Load Flow & Transient Analysis)

Course 2: Advanced Hybrid Renewable Energy Systems in MATLAB Simulink, DIgSILENT Powerfactory, and HOMER Pro (7sessions)

Objective: Design, simulate, and optimize complex renewable hybrid systems with practical performance evaluation.

Session Plan:

1. Advanced PV & Wind Modeling (including resource variability)

2. Integration of Battery Energy Storage System (BESS)

3. Microgrid Control Strategies (Droop Control, Grid-Connected & Islanded Mode)

4. Techno-Economic Analysis: LCOE, NPC, Payback Period

5. Case Study Project: PV–Wind–BESS Microgrid for Coastal Bangladesh

6. PV-Wind Hybrid System Development (Hands-on Project)

7. Performance and Stability Analysis in a Microgrid Environment

Course 3: Industry-Standard Tools for Power System Studies (5 sessions)

Objective: Familiarize with widely used industry tools and compare with Simulink-based results.

Session Plan:

1. Introduction to Industrial Power System Tools (Overview of PSCAD, DIgSILENT PowerFactory, ETAP)

2. Basics of PSCAD for Power Electronics and HVDC/FACTS Studies

3. DIgSILENT PowerFactory: Load Flow, Fault, and Stability Studies

4. ETAP: Protection Coordination & Power Quality Studies

5. Comparative Analysis: MATLAB/Simulink vs. PSCAD/DIgSILENT/ETAP

Course 4: Special Topics in Smart Grids and Power Quality (4 sessions)

Objective: Advance towards cutting-edge research and applications in modern power systems.

Session Plan:

1. Power Quality Issues in Renewable Integration (Harmonics, Voltage Sags/Swells)

2. FACTS Devices and Control Strategies in Microgrids

3. Grid Code Compliance & Renewable Integration Standards (Australian & International Perspective)

Final Capstone Project: Simulation-Based Research Paper Development 

👨‍🏫 Course Instructor

Dr. Shezan Arefin

Lecturer (Contract), Engineering Institute of Technology (EIT), Australia

Adjunct Senior Lecturer (Contract), Murdoch University, Australia

Dr. Arefin brings extensive expertise in renewable hybrid systems, microgrid analysis, and advanced power system tools, ensuring high-quality training with both academic and industrial perspectives.

📌 Important Details

• Mode: Online (Zoom) / Offline (GUB Campus – selected sessions)

• Class Schedule: Sunday (2:00 PM) & Thursday (6:00 PM)

• Seats: Limited to 20 participants

• Course Fee: BDT 1000/- only

Eligibility

• This training course is open to:

• Undergraduate and postgraduate students of Electrical, Electronic, Mechanical, and Energy-related disciplines.

• Faculty members and researchers from universities, colleges, and institutes.

• Professionals and industry practitioners working in renewable energy, power systems, and hybrid system design.

• Enthusiasts eager to learn MATLAB/Simulink applications in power system analysis and renewable energy integration.

Benefits of the Course

• Gain hands-on training in MATLAB/Simulink for renewable hybrid system modeling.

• Learn how to design, simulate, and analyze PV, Wind, Battery, and Hybrid Microgrids.

• Exposure to real-world case studies relevant to Bangladesh and global renewable energy trends.

• Get prepared for advanced tools such as ETAP, PSCAD, and DigSILENT PowerFactory.

• Improve your research and industry readiness with optimization, techno-economic analysis, and stability studies.

• Receive a certificate of completion jointly issued by the Department of EEE, GUB, and CREDIT Lab.

💳 Payment Method

• Payment via bKash (Personal-Send Money):
  Number: +8801852-942528

• After payment, kindly send the payment screenshot to the same number on WhatsApp for confirmation.
  
  

📲 Registration

Seats are limited and will be filled on a first-come, first-served basis.
🔗 Please scan the QR code on the circular or use the registration link to secure your spot.

🎓 Organizers

• Organized by: Department of EEE, Green University of Bangladesh

• Technical Support: CREDIT Lab (Center for Renewable Energy Development and Intelligent Technologies)

Last Date of Registration: October 09, 2025 (Thursday)

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