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Alemie A.

@alemieastu

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MATLAB/Simulink , Embeded Programming, PLC,SCADA

$10 USD / 時間
・
のフラグ
Ethiopia (6:48 午後)
・
登録日: 6月 3, 2022
$10 USD / 時間
・
Hello ! My name is Alemie Assefa. I am a dedicated and skilled professional freelancer with expertise in Electrical Engineering Specialized in Control Engineering and I have strong background in designing, modeling, and simulation of Electrical systems and any physical systems , I am committed to delivering high-quality work and exceeding client expectations. My skills ready to offer to any freelancer are : •Design, Modeling, and Simulation of any physical systems •Control system design(Robust controller design), Algorithm development and analysis •MATLAB coding and Simulink simulations,MATLAB 3D Animation Design •Programming languages: MATLAB programming, C++, C, python •Robotics design and simulation •Power Electronics and Electric Drives using MATLAB Software •Automation(PLC,SCADA SYSTEM, LABVIEW) •Off grid PV System Design •Machine learning (ML), Artificial Intelligence (AI) •PID controller for any linear system •Fuzzy logic,Neural network,Adaptive Controller for any renewable energy sources. •Microcontroller, Arduino,proteus software,Multism •Labview software with modeling and simulation If you are looking for a skilled and reliable freelancer for your project I am ready to work with you!
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Freelancer Matlab and Mathematica Engineers Ethiopia
全て見る Matlab and Mathematica Engineers 、 Ethiopia

ポートフォリオ

ポートフォリオ

11971367
About the project The description of Water Level Control using PLC and SCADA System 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Water Level Control using PLC. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate Water Level Control using PLC. 6.Simulate Water Level Control using PLC with SCADA System.
Water Level Control using PLC and SCADA System
About the project The description of Water Level Control using PLC and SCADA System 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Water Level Control using PLC. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate Water Level Control using PLC. 6.Simulate Water Level Control using PLC with SCADA System.
Water Level Control using PLC and SCADA System
11774482
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
11497905
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
11497886
Project description Neural Network Based Direct Model Reference Adaptive Control Technique For Improving Tracking Performance in Nonlinear Systems. 1. Mathematical modeling of inverted pendulum 2. Adaptive Controller for different nonlinear systems 3. Neural Network controller design for different nonlinear systems 4. Comparison of Model reference Adaptive Control and Adaptive Neural Neural network controller for different nonlinear systems.
Neural Network Based Direct Model Reference Adaptive Control
Project description Neural Network Based Direct Model Reference Adaptive Control Technique For Improving Tracking Performance in Nonlinear Systems. 1. Mathematical modeling of inverted pendulum 2. Adaptive Controller for different nonlinear systems 3. Neural Network controller design for different nonlinear systems 4. Comparison of Model reference Adaptive Control and Adaptive Neural Neural network controller for different nonlinear systems.
Neural Network Based Direct Model Reference Adaptive Control
Project description Neural Network Based Direct Model Reference Adaptive Control Technique For Improving Tracking Performance in Nonlinear Systems. 1. Mathematical modeling of inverted pendulum 2. Adaptive Controller for different nonlinear systems 3. Neural Network controller design for different nonlinear systems 4. Comparison of Model reference Adaptive Control and Adaptive Neural Neural network controller for different nonlinear systems.
Neural Network Based Direct Model Reference Adaptive Control
11497860
Project description Reduced order observer design using pole placement for inverted pendulum system 1. Mathematical modeling of inverted pendulum 2. Controller design for different poles 3. Simulating inverted pendulum using pole placement on MATLAB Software
Observer Based Pole Placement Design for Inverted Pendulum
Project description Reduced order observer design using pole placement for inverted pendulum system 1. Mathematical modeling of inverted pendulum 2. Controller design for different poles 3. Simulating inverted pendulum using pole placement on MATLAB Software
Observer Based Pole Placement Design for Inverted Pendulum
11497847
Project description Design and simulate speed control of dc motor using Fuzzy logic on labview software 1. Mathematical model of DC motor 2.Design Fuzzy logic controller for DC motor 3.Understand the control toolbox on labview software 4. Simulate DC motor on Labview using Fuzzy logic Controller
Speed control of DC motor using Fuzzy logic on LABVIEW
Project description Design and simulate speed control of dc motor using Fuzzy logic on labview software 1. Mathematical model of DC motor 2.Design Fuzzy logic controller for DC motor 3.Understand the control toolbox on labview software 4. Simulate DC motor on Labview using Fuzzy logic Controller
Speed control of DC motor using Fuzzy logic on LABVIEW
Project description Design and simulate speed control of dc motor using Fuzzy logic on labview software 1. Mathematical model of DC motor 2.Design Fuzzy logic controller for DC motor 3.Understand the control toolbox on labview software 4. Simulate DC motor on Labview using Fuzzy logic Controller
Speed control of DC motor using Fuzzy logic on LABVIEW
11971367
About the project The description of Water Level Control using PLC and SCADA System 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Water Level Control using PLC. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate Water Level Control using PLC. 6.Simulate Water Level Control using PLC with SCADA System.
Water Level Control using PLC and SCADA System
About the project The description of Water Level Control using PLC and SCADA System 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Water Level Control using PLC. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate Water Level Control using PLC. 6.Simulate Water Level Control using PLC with SCADA System.
Water Level Control using PLC and SCADA System
11774482
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
The description of Automatic Star Delta Motor Control using PLC 1.Hardware Configuration for s7-300 for the existing PLC. 2.Ladder Diagram for Automatic star delta using TIMER. 3.Creating symbol table for the input and output of the PLC. 4.Downloading the program on hardware configuration. 5.Simulate star delta connection using SIMULATOR.
Automatic Star Delta Motor Control using PLC
11497905
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
Project description THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI CONTROLLER 1. Mathematical model of induction machine 2.SPWM Design based on frequency 3.Inverter design 3.PI controller design 4. Simulating the overall system design on MATLAB Software
THREE PHASE INDUCTION MOTOR SPEED CONTROL USING PI
11497886
Project description Neural Network Based Direct Model Reference Adaptive Control Technique For Improving Tracking Performance in Nonlinear Systems. 1. Mathematical modeling of inverted pendulum 2. Adaptive Controller for different nonlinear systems 3. Neural Network controller design for different nonlinear systems 4. Comparison of Model reference Adaptive Control and Adaptive Neural Neural network controller for different nonlinear systems.
Neural Network Based Direct Model Reference Adaptive Control
Project description Neural Network Based Direct Model Reference Adaptive Control Technique For Improving Tracking Performance in Nonlinear Systems. 1. Mathematical modeling of inverted pendulum 2. Adaptive Controller for different nonlinear systems 3. Neural Network controller design for different nonlinear systems 4. Comparison of Model reference Adaptive Control and Adaptive Neural Neural network controller for different nonlinear systems.
Neural Network Based Direct Model Reference Adaptive Control
Project description Neural Network Based Direct Model Reference Adaptive Control Technique For Improving Tracking Performance in Nonlinear Systems. 1. Mathematical modeling of inverted pendulum 2. Adaptive Controller for different nonlinear systems 3. Neural Network controller design for different nonlinear systems 4. Comparison of Model reference Adaptive Control and Adaptive Neural Neural network controller for different nonlinear systems.
Neural Network Based Direct Model Reference Adaptive Control
11497860
Project description Reduced order observer design using pole placement for inverted pendulum system 1. Mathematical modeling of inverted pendulum 2. Controller design for different poles 3. Simulating inverted pendulum using pole placement on MATLAB Software
Observer Based Pole Placement Design for Inverted Pendulum
Project description Reduced order observer design using pole placement for inverted pendulum system 1. Mathematical modeling of inverted pendulum 2. Controller design for different poles 3. Simulating inverted pendulum using pole placement on MATLAB Software
Observer Based Pole Placement Design for Inverted Pendulum
11497847
Project description Design and simulate speed control of dc motor using Fuzzy logic on labview software 1. Mathematical model of DC motor 2.Design Fuzzy logic controller for DC motor 3.Understand the control toolbox on labview software 4. Simulate DC motor on Labview using Fuzzy logic Controller
Speed control of DC motor using Fuzzy logic on LABVIEW
Project description Design and simulate speed control of dc motor using Fuzzy logic on labview software 1. Mathematical model of DC motor 2.Design Fuzzy logic controller for DC motor 3.Understand the control toolbox on labview software 4. Simulate DC motor on Labview using Fuzzy logic Controller
Speed control of DC motor using Fuzzy logic on LABVIEW
Project description Design and simulate speed control of dc motor using Fuzzy logic on labview software 1. Mathematical model of DC motor 2.Design Fuzzy logic controller for DC motor 3.Understand the control toolbox on labview software 4. Simulate DC motor on Labview using Fuzzy logic Controller
Speed control of DC motor using Fuzzy logic on LABVIEW
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経験
Debre Berhan University
9月, 2017 - 現在
•
7 , 4
Lecturer
7月, 2021 - 現在
•
3 , 6
I am working as a Lecturer
Ass.Lecturer
9月, 2017 - 7月, 2021
•
3 , 10
I was working as an Assistant Lecturer
9月, 2017 - 現在
•
7 , 4
学歴
Addis Ababa University
2018 - 2021
•
3
Masters of Science in Industrial Control Engineering
のフラグ
Ethiopia
2018 - 2021
•
3
Bacheler of Science in Electrical and Computer Engineering(Control Engineering)
2012 - 2016
•
4
のフラグ
Ethiopia
2012 - 2016
•
4
出版物
Design GUI App on MATLAB for Comparison Analysis of LQR and PPC for Speed Control DC Motor
Science PG
This article presents the design of a graphical user interface (GUI) application on MATLAB for comparing the performance of two popular control techniques, Linear Quadratic Regulator (LQR) and Pole Placement, for DC motor speed control. The GUI app allows users to input system dynamics, desired speed references, and controller gains to visualize and analyze the behavior of the controllers in real-time.
Neural Network based Direct MRAC Technique for Improving Tracking Performance for Pendulum System
Journal of Informatics Electrical and Electronics Engineering (JIEEE)
The Neural Network is used to compensate the non linearity and disturbance of the nonlinear pendulum that is not taken into consideration in the conventional Model Reference Adaptive Control therefore, the proposed paper can significantly improve the system behavior and force the system to behave the reference model and reduce the error between the model and the plant output. Adaptive law using Lyapunov stability criteria for updating the controller parameters online has been formulated.
LabVIEW based Fuzzy Logic Controller for PLC
IEEE
Design fuzzy logic controller for PLC using LabVIEW software. Since LabVIEW software replaced almost all physical instruments by virtual instruments which makes analysis and design easier. Similarly PLC software on the other hand replaced contactors and other switching devices with compact software based device. In this project fuzzy logic controller is designed on LabVIEW particularly for tank water level control.
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