Hi, I’m
Hesamodin
Abdoli
Power Electronics
Researcher and Developer
Resume
M.SC. | AMIRKABIR UNIVERSITY OF TECHNOLOGY, TEHRAN, IR
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M.Sc. in Electrical Engineering (Power Electronics and Electrical Machines)
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GPA: 16.71/20 (3.87/4)
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Thesis Title: Structural Improvement of Solid-State Transformer based on Multi-level Inverter Applying and New Modulation Pattern Utilization
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Supervisor: Prof. Javad Shokrollahi Moghani
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Advisor: Prof. Sadegh Vaez Zadeh
B.SC. | SHIRAZ UNIVERSITY OF TECHNOLOGY, SHIRAZ, IR
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B.Sc. in Electrical Engineering (Electronics)
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GPA: 14.76/20 (2.77/4)
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Project Title: Design and Implementation of Seven-level Inverter
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Supervisor: Prof. Ebrahim Abiri
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Guest student at Iran University of Science and Technology (IUST) for 5 semesters (3rd to 7th), Tehran, Iran. (Sep 2016 – Jan 2018)
DIPLOMA | AMERICAN COLLEGE OF TEHRAN (ALBORZ), TEHRAN, IR
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Graduated in one of the oldest colleges in middle-east
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Diploma in Mathematics and Physics
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GPA: 19.36/20 (4/4)
Solid-State Transformers
DC-DC Converters
Multilevel Inverters
Energy Storage System (ESS)
Battery Management System (BMS)
Photovoltaic Applications
LIAN BATTERY COMPANY | TEHRAN, IR
I currently work in Lian Battery Company as a Researchment and Development manager. I work as a senior R&D Leader of the team. In this company we developed the 3rd version of the lithium-ion BMS for power-lift application. The 3rd version of the BMS is developing and testing under different hursh situations.
ELECTRIKALA COMPANY | TEHRAN, IR
I worked at ELECTRIKALA Group as a Technical Manager and senior developer. During this period, I led multiple industrial projects including the design and implementation of electronic circuits and control boards. Several custom PCBs were developed for industrial drive and automation systems. These projects involved end-to-end execution—from circuit design to field deployment—tailored for high-power applications.
LIAN BATTERY COMPANY | TEHRAN, IR
I worked in Lian Battery Company as a Researcher and Developer. In this company we developed the 3rd version of the lithium-ion BMS for power-lift application. The 2nd version of the BMS was developed and tested under different situations such as short circuit, large capacitor charging and heavy loads. New version of BMS would be presented in a few months with a lot of new features.
ADVANCED MOTION SYSTEMS RESEARCH LABORATORY | TEHRAN, IR
I worked in this laboratory under the advisor of Prof. Sadegh Vaez Zadeh. I researched my master thesis about Solid-State Transformers(SSTs), and I built a prototype of an SST. Also, I got familiar with some principals of the WPT systems from Lab’s students and current projects in this research area.(University of Tehran)
TEACHER ASSISTANT | TEHRAN, IR
I was Teacher Assistant of the Power System Analysis 1 (PSA1) at the University of Tehran, for two semesters (UT). (Prof. Hasan Monsef)
ELECTRICAL DRIVE AND POWER ELECTRONICS RESEARCH LABORATORY | TEHRAN, IR
I worked in this laboratory under the supervision of Dr. Javad Shokrollahi Moghani. I researched my master thesis about Solid-State Transformers. I published one paper about MLI related to my master thesis. (Amirkabir University of Technology)
ELECTRIKALA |TEHRAN, IR
In this company, I started to work as an engineer to do industrial projects, installation, and acceleration missions and also to repair motor drives. I participated in some industrial projects such as designing boards and drives and set parameters of drives for heavy and normal duty motor applications such as “ball mill,” “wire tension,” “ice cream maker” and “industrial machine print.” And for the other duty, I worked in the equipped and professional electrical workshop to repair the power board, switching circuits, and power supply boards of ABB, Siemens, Delta, Invt, and Hyundai drives.
ROBOCUP ASIA-PACIFIC 2018 | KISH ISLAND
I was a member of the organization committee of the Junior-InSitu League in RoboCup Asia-Pacific 2018 in Kish Island. My duty was supervising on holding the competition as well as possible and also helping to do executive works. In this newly introduced league, the participant teams should do their specific task for building a robot in the competition location.
IOT CHALLENGE | TEHRAN, IR
I had an assignment as a senior member of the organization committee of the IoT Challenge event in Iran University of Science and Technology, Dept. Electrical Eng. IUST. My duties were coordination between members of the organizing committee as teamwork, meeting with university officials for holding conferences and classes for concepts of IoT, and its software and hardware requirements. At the end of the event, participant teams competed with each other by introducing their own IoT based idea and its prototype for giving the prize and money supporting to develop their idea in a startup.
MOTOR CONTROL | TEHRAN, IR
For the first experience, I started working at this company. I got familiar with motor drives’ components and then tried to debugging the drives’ faults and repairing the electrical boards by replacing the electronic devices. At this work, I learned the alphabet of the power electronics and its application in industry and also practical experience in electronics boards and devices.
Activities
H. Abdoli, "Grid-connected Multilevel Inverter with a New Modulation Method Applied to Solid-State Transformer in PV Applications," (Submitted in Scientia Iranica Journal - Under Revision)
A. Eikani, M. Amirkhani, H. Jafari, H. Abdoli, S. Vaez-Zadeh, G. Rezazadeh. "Robust Wireless Power Transfer by Self-Oscillating Controlled Inverter and Double-D Pads," 32nd International Conference on Electrical Engineering (ICEE 2024).
DOI: 10.1109/ICEE63041.2024.10667708
H. Abdoli, Javad Shokrollahi Moghani, Sadegh Vaez-Zadeh, Amir Babaki, and Alireza Jafari Natanzi. "Multilevel Inverter with a New Modulation Method Applied to Solid-State Transformer in PV Applications," 47th Annu. Conf. IEEE Ind. Electron. Soc. 2021. IECON 2021.
DOI: 10.1109/IECON48115.2021.9589746
H. Abdoli, A. Khorsandi, B. Eskandari, and J. S. Moghani, "A New Reduced Switch Multilevel Inverter for PV Applications," 2020 11th Power Electronics, Drive Systems, and Technologies Conference (PEDSTC), pp. 1–5
DOI: 10.1109/PEDSTC49159.2020.9088508
B. Eskandari, J. Kyyra, and H. Abdoli, "Multiphase Multipurpose High Power Variable Speed Drive: Design and implementation," 2020 11th Power Electronics, Drive Systems, and Technologies Conference (PEDSTC), pp. 1–4
DOI: 10.1109/PEDSTC49159.2020.9088361
MASTER’S THESIS | AMIRKABIR UNIVERSITY OF TEHRAN
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Title: Structural Improvement of Solid-State Transformer based on Multi-level Inverter Applying and New Modulation Pattern Utilization
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Introduce a structure with multi-level inverter
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Use high and low frequency transformer
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Build a prototype of the presented solid-state transformer model
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Use amplitude modulation in multi-level inverter
BACHELOR’S PROJECT | SHIRAZ UNIVERSITY OF TECHNOLOGY
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Title: Design and Implementation of the Seven-level Inverter
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Design and simulation an asymmetric seven-level inverter in SIMULINK
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Design the PCB for drivers and MOSFETs in ALTIUM
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Build a prototype of the seven-level inverter
INTERNSHIP’S PROJECT | IOT ACADEMY
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Design and develop a smart parking system using raspberry pi, which makes drivers able to reserve their spots in a parking lot online and provides them with the closest direction. The parking's door will open when the sensors confirm the car's number and then guides the driver to the right parking lot. The parking also includes some sensors for air conditioning according to air pollution.
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Selecting electronics equipment and components to meet functional specifications.
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Developing the client-server communication platform of sensors and central server
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Designing PCBs that needed in the project.
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Developing client application for booking parking lots.
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Applying the implemented application to a Public Parking lot
COURSE PROJECTS | UNIVERSITY
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Electronic1
Design an Optic Detection Circuit in OrCAD and also Design its Schematic and PCB in ALTIUM Designer and Build a Prototype
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Novel Control Methods of Power Electronics Converters
Design and Simulation of a Control Circuit for Buck Converter in SIMULINK Environment
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Novel Control Methods of Power Electronics Converters
Design and Simulation of a Network-Connected 3-phase 2-level Inverter in SIMULINK Environment
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Power Electronics1
Simulation of a Five-level Inverter for Injecting the Real Power of Renewable Power into the Grid to Reduce the Switching Power Loss in SIMULINK Environment (Paper Simulation)
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Generalized Theory of Electrical Machines
Design and Simulation of the Induction Motor System in SIMULINK
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Advanced Electrical Machine Drives
Design and Simulation of the PM Motor System in SIMULINK Environment
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Advanced Electrical Machine Drives
Design and Simulation of the Control Unit of a PMSM Drive System in SIMULINK
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Solar System Design
Simulation of the Dynamic Power Management System Employing Single-Stage Power Converter for Standalone Solar PV Applications in SIMULINK Environment (Paper Simulation)
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Finite Element in Electromagnetic
Simulation of a Single-Phase Transformer by Finite Element Methods in MATLAB and also Verified in ANSYS Maxwell
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Finite Element in Electromagnetic
Simulation of a High-voltage High-power Silicon Steel Core Medium Frequency Transformer in ANSYS Maxwell (Paper Simulation)
INDUSTRIAL PROJECTS | ELECTRIKALA
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Design and Implementation of a Multiphase Multipurpose Drive
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Implementation of a Tension System in Wire Company
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Installation a 630 KW Drive for a Skew Rolling Machine
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Installation more than 20 Drives for Industrial and Residual Application
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Design and Implementation of an IGBT Driver Board.
Skills
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C/C++
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Python
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HTML
Portfolio
Hobbies
TRAVEL
HIKING
MUSIC
STUDY
TENNIS
Contact
- P – +989128931048
- E – hesamodinabdoli@gmail.com
- A – NO.14, Golestan 16 , Eskandarzade St. ,2nd Sadeghie Sq. , Tehran , Iran
