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BANGLADESHのフラグ
rangpur, bangladesh
$10 USD / 時間
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登録日: 6月 14, 2021
0 推薦

Md Mahmudul H.

@mmhasanbd

 5.0 (3 レビュー)
1.9
1.9
100%
100%
$10 USD / 時間
BANGLADESHのフラグ
rangpur, bangladesh
$10 USD / 時間
67%
完了したプロジェクト
100%
予算内
100%
期限内
該当なし
再採用率

Arduino/AVR programmer | PCB Expert | SIMULINK

✅ Education: [login to view URL]. in EEE|| [login to view URL]. in EEE Skills: ✅ PCB Design(Proteus, Aultim) ✅ Typhoon HIL ✅ PSIM ✅ MATLAB/ SIMULINK ✅ AVR Programme/ Arduino ✅ Research Paper / Report Writing ♻️ Power Electronics(PV Inverter, DC/DC, MPPT, AC/DC) ▶️ Conference paper: 6(Best Paper Award -1) ▶️ Journal Paper: 2
Freelancer Electronics Engineers Bangladesh
全て見る Electronics Engineers 、 Bangladesh

仕事についてMd Mahmudul H.に連絡する

ログインしてチャットで詳細を相談しましょう、

ポートフォリオ

9642714
This is an emergency medical ventilator.
Medical Ventilator
9642708
This is a single-phase controlled rectifier using SCR.
Single Phase SCR Based Controller Rectifier
This is a single-phase controlled rectifier using SCR.
Single Phase SCR Based Controller Rectifier
This is a single-phase controlled rectifier using SCR.
Single Phase SCR Based Controller Rectifier
9642699
This is ac to ac controller circuit. Firstly I analyze the circuit diagram and then simulate it in SIMULINK. Then the hardware schematic diagram was developed in proteus. After that, I do code for Arduino nano and simulate the circuit. Then make PCB for it. After soldering the all components, I tested them in our laboratory. List of Component: - Arduino nano - IGBT - Driver - Diode -Transformer etc.
PWM based AC AC controller using IGBT
This is ac to ac controller circuit. Firstly I analyze the circuit diagram and then simulate it in SIMULINK. Then the hardware schematic diagram was developed in proteus. After that, I do code for Arduino nano and simulate the circuit. Then make PCB for it. After soldering the all components, I tested them in our laboratory. List of Component: - Arduino nano - IGBT - Driver - Diode -Transformer etc.
PWM based AC AC controller using IGBT
This is ac to ac controller circuit. Firstly I analyze the circuit diagram and then simulate it in SIMULINK. Then the hardware schematic diagram was developed in proteus. After that, I do code for Arduino nano and simulate the circuit. Then make PCB for it. After soldering the all components, I tested them in our laboratory. List of Component: - Arduino nano - IGBT - Driver - Diode -Transformer etc.
PWM based AC AC controller using IGBT
9642680
This is a six pulse controlled rectifier circuit.
Six pulse controlled rectifier
This is a six pulse controlled rectifier circuit.
Six pulse controlled rectifier
This is a six pulse controlled rectifier circuit.
Six pulse controlled rectifier
9642714
This is an emergency medical ventilator.
Medical Ventilator
9642708
This is a single-phase controlled rectifier using SCR.
Single Phase SCR Based Controller Rectifier
This is a single-phase controlled rectifier using SCR.
Single Phase SCR Based Controller Rectifier
This is a single-phase controlled rectifier using SCR.
Single Phase SCR Based Controller Rectifier
9642699
This is ac to ac controller circuit. Firstly I analyze the circuit diagram and then simulate it in SIMULINK. Then the hardware schematic diagram was developed in proteus. After that, I do code for Arduino nano and simulate the circuit. Then make PCB for it. After soldering the all components, I tested them in our laboratory. List of Component: - Arduino nano - IGBT - Driver - Diode -Transformer etc.
PWM based AC AC controller using IGBT
This is ac to ac controller circuit. Firstly I analyze the circuit diagram and then simulate it in SIMULINK. Then the hardware schematic diagram was developed in proteus. After that, I do code for Arduino nano and simulate the circuit. Then make PCB for it. After soldering the all components, I tested them in our laboratory. List of Component: - Arduino nano - IGBT - Driver - Diode -Transformer etc.
PWM based AC AC controller using IGBT
This is ac to ac controller circuit. Firstly I analyze the circuit diagram and then simulate it in SIMULINK. Then the hardware schematic diagram was developed in proteus. After that, I do code for Arduino nano and simulate the circuit. Then make PCB for it. After soldering the all components, I tested them in our laboratory. List of Component: - Arduino nano - IGBT - Driver - Diode -Transformer etc.
PWM based AC AC controller using IGBT
9642680
This is a six pulse controlled rectifier circuit.
Six pulse controlled rectifier
This is a six pulse controlled rectifier circuit.
Six pulse controlled rectifier
This is a six pulse controlled rectifier circuit.
Six pulse controlled rectifier

レビュー

変更を保存しました
1 - 3 / 3 レビュー表示中
 レビューを絞り込む：
5.0
$70.03 USD
Project for Engr. Md. Mahmudul H.
I highly recommend people to work with Mr. Mahmudul as his quality of work is very well. Mr. Mahmudul is very good with communicating and giving updates about the progress of your work. He is also willing to work with you remotely while guiding you on the work and explaining step by step of what he is doing. He did a very good job and I am very happy with the quality of the work.
Electronics
Microcontroller
PCB Layout
Arduino
+1 もっと
R
Closed User
@Riyans95
•
2年前
5.0
$20.00 USD
Arduino hall Effect Sensor project
Very good quality delivered, will work with him again for sure
Electronics
Microcontroller
Electrical Engineering
PCB Layout
Arduino
ユーザーアバター
のフラグ Ahmad S.
@AhmadShokry
•
2年前
1.8
$15.00 USD
Project 32319813 has been deleted
Did not finish project. Was bad at communicating at times.
J
Closed User
@JD1700
•
2年前

経験

CEO

Durbar Kandari
3月 2020 - 8月 2021 (1 , 5 )
A research group with a lot of creative mind working on emergency medical ventilator development projects. Also manage Cpap-Bipa Device and Low-cost Ambu bag projects.

Internship

Energypac Engineering Ltd.
Achieved Practical Knowledge about different types of Transformer fabrication including CT & PT. Also gained some knowledge on Transformer Testing and R&D.

教育

B.Sc in Electrical and Electronic Engineering

Rajshahi University of Engineering and Technology, Bangladesh 2016 - 2021
(5 )

資格

Workshop on Making Drone

Bangladesh Science Society
2017
Participated in Workshops, Making Drone, organized by Bangladesh Science Society, RUET, Rajshahi, Bangladesh (2th March 2017).

7 Days Sort Course on “Power Electronics Converters”

IEEE RUET Branch
2019
Completed, 7 Days Sort Course on “Power Electronics Converters” held in RUET Campus organized by IEEE RUET WIE Student Branch Affinity Group in association with IEEE RUET Branch (2019).

Best Paper Award

ACMI 2021
2021
Cost Effective Bluetooth Technology Based Emergency Medical Ventilator for Respiratory Support

出版物

Design and Implementation of IGBT Based Single Phase Multiconverter for Industrial Load Control

IEEE
This paper represents the design, operation, and hardware implementation of an IGBT-based multiconverter prototype. The presented single-phase multiconverter prototype has output frequencies of 10Hz, 12.5Hz, 16.67Hz, 25Hz, 50Hz, 100Hz, 150Hz, 200Hz and 0Hz with 230V load handling capability; which makes it more useable in real-life scenarios. The multiconverter circuit is modeled, analyzed, and simulated in MATLAB/Simulink. A laboratory prototype is developed.

Cost Effective Bluetooth Technology Based Emergency Medical Ventilator for Respiratory Support

IEEE
Published in: 2021 International Conference on Automation, Control and Mechatronics for Industry 4.0 (ACMI) Date of Conference: 8-9 July 2021 DOI: 10.1109/ACMI53878.2021.9528262

Experimental Analysis of Modified Single Phase Cycloconverter

IEEE
This paper proposed a new single phase cycloconverter for ac drives. The proposed cycloconverter consists of specially tapped transformer (STT) with four thyristors. Proposed cycloconverter converts 50 Hz frequency to 16.67 Hz frequency power supply and produces near to the sinusoidal output voltage. Microcontroller based circuit is designed to generate gating pulses for thyristors, and a prototype is built to verify theoretical and simulation results.

仕事についてMd Mahmudul H.に連絡する

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トップスキル

Electronics 2
Microcontroller 2
PCB Layout 2
Arduino 2
Circuit Design 1

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