About Me
Who am i?
Motivated and detail-oriented Power Systems Engineer with a strong academic background and hands-on experience in electrical installations, solar energy systems design, and energy economics. Skilled in MATLAB/Simulink, AutoCAD, PvSyst, and various renewable energy simulation tools. Experienced in both technical and research environments with a history of volunteer and leadership activities. Committed to continuous learning and innovation in the field of sustainable energy.
Persian – Native
English – Upper-intermediate
Education
My Education Journey
I hold a Master’s degree in Power Systems, with a focus on renewable energy, from the Islamic Azad University, Science and Research Branch. My undergraduate education in Electrical Engineering laid the foundation for my current research and technical expertise
2023–2025
Islamic Azad University, Science and Research Branch
Iran, Tehran
Master’s Degree, Power Systems
2018–2022
Islamic Azad University, West Tehran Branch
Iran, Tehran
Bachelor’s Degree, Electrical Engineering
GPA: (16.47 Out of 20) or (3.3 Out of 4)
Skills
Core Competencie
I possess a diverse set of technical skills, including proficiency in MATLAB (Simulink, GUI, and Matrix), PVSyst for solar system design, AutoCAD for power plant and electrical panel design, and COMFAR for economic evaluation. My expertise extends to control systems, simulation models, and power-system analysis.
Industrial Power-Plant Design
Power Plant Design (On-Grid & Off-Grid)
MATLAB Expertise
Python Programming
COMSOL Simulation
Digsilent Power Systems
3D Modeling with SketchUp
Teamwork & Leadership
Researcht
Microsoft Office Suite
WordPress
Certificates
My Professional Certifications
Certified in Advanced MATLAB Programming, with a focus on Simulink-based modeling and analysis, my credentials also include specialized certifications in solar energy system design
Diploma in Solar Energy Engineering
Alison, April 2025
Fundamentals of Solar Radiation and Solar Cells
Alison, April 2025
Renewable Energy Management
Alison, April 2025
Solar Energy - Solar Technology and Its Use Worldwide
Alison, April 2025
Comprehensive Python Programming Course
Qorpi Academy, February 2023
Learning Programming and Automation with PLC
Course in Electrical Scientific Association of Tehran West Branch, Shiraz and Damghan Azad Universities, January 2023
Drawing and Reading Maps of Industrial Power-Plants by AutoCAD and AutoCAD Electrical
Course in Electrical Scientific Association of Tehran West Branch, Shiraz and Damghan Azad Universities, June 2022
Connecting to the Network of Distributed Solar Power-Plants with Digsilent
IEEE Student Branch of Khaje Nasir Toosi University of Technology, January 2022
Solar Power Plant Design with PVSyst and Evaluation by RETScreen
IEEE BZTE Student Branch, September 2021
Advanced MATLAB
Skills Development Center, Faculty of Mechanical Engineering, University of Tehran, Summer 2021
Economic Evaluation of Electricity Industry Projects Using COMFAR
Shahid Beheshti University, March 2021
Essay Writing Workshop
IEEE IAUCTB Student Branch, March 2021
PSPICE Workshop
Khaje Nasir Toosi University of Technology, March 2021
Designing Power-Plant by PVSyst Using SketchUp
Shahid Beheshti University, January 2021
Research
My Innovative Research
My research on artificial neural network models for solar PV power forecasting has led to significant findings in optimizing energy storage for electric vehicles, especially in regions like Qazvin, Iran
Evaluation of PatchTST and LSTM Deep Learning Models for Long-Term Solar Power Forecasting in Iran
Pakar, D., Ebrahimi, A. (2025). Proceedings of the 11th International Conference on Electrical, Computer and Mechanical Engineering (ICECME), Tehran. Presented in Persian
Project
Feasibility of a Small Ice Cream Workshop (COMFAR)
Feasibility of 7 kW Power Plant (PVSyst)
Hybrid Wind and Solar Power Plants
Potential Measurement and Design of Solar Power Plant
Site & Design @ 2022 - 2025 | Danial Pakar
About Me
Who am i?
Motivated and detail-oriented Power Systems Engineer with a strong academic background and hands-on experience in electrical installations, solar energy systems design, and energy economics. Skilled in MATLAB/Simulink, AutoCAD, PvSyst, and various renewable energy simulation tools. Experienced in both technical and research environments with a history of volunteer and leadership activities. Committed to continuous learning and innovation in the field of sustainable energy.
Persian – Native
English – Upper-intermediate
Education
My Education Journey
I hold a Master’s degree in Power Systems, with a focus on renewable energy, from the Islamic Azad University, Science and Research Branch. My undergraduate education in Electrical Engineering laid the foundation for my current research and technical expertise
2023–2025
Islamic Azad University, Science and Research Branch
Iran, Tehran
Master’s Degree, Power Systems
2018–2022
Islamic Azad University, West Tehran Branch
Iran, Tehran
Bachelor’s Degree, Electrical Engineering
GPA: (16.47 Out of 20) or (3.3 Out of 4)
Skills
Core Competencie
I possess a diverse set of technical skills, including proficiency in MATLAB (Simulink, GUI, and Matrix), PVSyst for solar system design, AutoCAD for power plant and electrical panel design, and COMFAR for economic evaluation. My expertise extends to control systems, simulation models, and power-system analysis.
Industrial Power-Plant Design
Power Plant Design (On-Grid & Off-Grid)
MATLAB Expertise
Python Programming
COMSOL Simulation
Digsilent Power Systems
3D Modeling with SketchUp
Teamwork & Leadership
Researcht
Microsoft Office Suite
WordPress
Certificates
My Professional Certifications
Certified in Advanced MATLAB Programming, with a focus on Simulink-based modeling and analysis, my credentials also include specialized certifications in solar energy system design
Diploma in Solar Energy Engineering
Alison, April 2025
Fundamentals of Solar Radiation and Solar Cells
Alison, April 2025
Renewable Energy Management
Alison, April 2025
Solar Energy - Solar Technology and Its Use Worldwide
Alison, April 2025
Comprehensive Python Programming Course
Qorpi Academy, February 2023
Learning Programming and Automation with PLC
Course in Electrical Scientific Association of Tehran West Branch, Shiraz and Damghan Azad Universities, January 2023
Drawing and Reading Maps of Industrial Power-Plants by AutoCAD and AutoCAD Electrical
Course in Electrical Scientific Association of Tehran West Branch, Shiraz and Damghan Azad Universities, June 2022
Connecting to the Network of Distributed Solar Power-Plants with Digsilent
IEEE Student Branch of Khaje Nasir Toosi University of Technology, January 2022
Solar Power Plant Design with PVSyst and Evaluation by RETScreen
IEEE BZTE Student Branch, September 2021
Advanced MATLAB
Skills Development Center, Faculty of Mechanical Engineering, University of Tehran, Summer 2021
Economic Evaluation of Electricity Industry Projects Using COMFAR
Shahid Beheshti University, March 2021
Essay Writing Workshop
IEEE IAUCTB Student Branch, March 2021
PSPICE Workshop
Khaje Nasir Toosi University of Technology, March 2021
Designing Power-Plant by PVSyst Using SketchUp
Shahid Beheshti University, January 2021
Research
My Innovative Research
My research on artificial neural network models for solar PV power forecasting has led to significant findings in optimizing energy storage for electric vehicles, especially in regions like Qazvin, Iran
Evaluation of PatchTST and LSTM Deep Learning Models for Long-Term Solar Power Forecasting in Iran
Pakar, D., Ebrahimi, A. (2025). Proceedings of the 11th International Conference on Electrical, Computer and Mechanical Engineering (ICECME), Tehran. Presented in Persian
Project
Feasibility of a Small Ice Cream Workshop (COMFAR)
Feasibility of 7 kW Power Plant (PVSyst)
Hybrid Wind and Solar Power Plants
Potential Measurement and Design of Solar Power Plant
Site & Design @ 2022 - 2025 | Danial Pakar