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Muhammad A.

@uetian09ee506

monthly-level-two.svg
4,8
339
7,5
7,5
100%

Control System & ML, Deep Learning & FPGA Expert

$20 USD / hora
・
Bandeira do(a)
Pakistan (5:47 PM)
・
Entrou em novembro 18, 2014
$20 USD / hora
・
My Youtube Channel: [login to view URL] I am an Electrical Engineer teaching at well known University in Pakistan. Following are my specialization areas; 1. PhD EE (Artificial Intelligence, Machine Learning, Deep Learning, Data Science) 2. MS EE (Control Systems) 3. BS EE (Electronics) I have taught the followings courses and also done many projects related to these subjects; 1. (Artificial Intelligence, Machine Learning, Deep Learning, Data Science + MATLAB/Python) 2. Control System Design & Modelling (Continuous, Discrete, Linear, Non-Linear, Optimal, Fuzzy Logic + Matlab & Simulink) 3. Digital System/Logic Design (FPGA Expert, Verilog, VHDL, Logisim, Xilinx, Quartus, Modelsim) 4. Digital Signal Processing (MATLAB) 5. Micro-controllers (8051, Arduino, PIC) 6. Power Electronics (PSIM, MATLAB, PSpice) 7. Control of Electric Machine Drives 8. Electronics Designer etc (LTSPICE) 9. PCB Design (Proteous + Ultiboard + Altium Designer + Express PCB) I assure you, if you assign your project to me, you surely gonna work with me in future. Note: I also provide services in Mechanical Engineering and Computer Science related projects.
Verificações
No prazo
96%
No orçamento
94%
Índice de aceitação
85%
Índice de recontratação
27%
Freelancer Electrical Engineers Pakistan
Ver todos Electrical Engineers em Pakistan

Portfólio

Portfólio

5774786
In this project, i have designed and simulated the 5-bit unsigned sequential divider circuit in logisim
Sequential Divider Logisim
2668775
Three Phase DC to AC Inverter Design using Simulink
2502623
Sequential Multiplier Design (Logisim)
2454281
Controlling Stepper Motor using PIC16F877
2382492
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
2301261
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
5774786
In this project, i have designed and simulated the 5-bit unsigned sequential divider circuit in logisim
Sequential Divider Logisim
2668775
Three Phase DC to AC Inverter Design using Simulink
2502623
Sequential Multiplier Design (Logisim)
2454281
Controlling Stepper Motor using PIC16F877
2382492
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
In this project with the title “Automatic Control System Design for Uninterrupted Power Supply to the Load” (abbreviated as “ACSDUPSL”) an autonomous intelligent system is designed and simulated to ensure the continuous power supply to the load. This system takes power from four different available power sources such as Main AC Supply (240V @ 50H or 110V @60H), Generators, Invertors, and Solar System and always takes power from one of the available source and supply this power to the load. This system can be operated in two different modes, Automatic Mode and Manual Mode. In Automatic Mode of the operation the Source_1 is at highest priority and Source_4 is at the lowest priority (assume that we have four different power sources and we have labeled them as Source_1, Source_2, Source_3 and Source_4). If the power is available at the highest priority source, then power from that source will be delivered to the load and all other low priority power sources will be disconnected to the load
Automatic Control System Design for Uninterrupted Power Supp
2301261
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
I have designed the complete PLC Controller (22 inputs, 13 outputs) to implement the car parking system. Some of the snapshots are attached to show the complete design.
PLC Controller Design for Automatic Car Parking System
Mudanças salvas
4.8 · 339 Reviews
Avaliações
S
MATLAB project • £100 GBP
Was completed in good time with consistent communication
Sharando A.
@sharandoaldis
•
Bandeira do(a)
Bristol, United Kingdom
•
há 5 anos
Compartilhar
Avatar do Usuário
Project for Muhammad A. -- 3 • $70 USD
nice work will hire again
Roberto
@iinfinite8
•
Bandeira do(a)
Tempe, United States
•
há 5 anos
Compartilhar
Avatar do Usuário
Project for Muhammad A. -- 2 • $60 USD
nice work will hire again
Roberto
@iinfinite8
•
Bandeira do(a)
Tempe, United States
•
há 5 anos
Compartilhar
Avatar do Usuário
Quartus software: Half Adder, Full Adder, 4-bit Incrementer and Adder • $40 USD
Great work, awesome quality and reliability work
Roberto
@iinfinite8
•
Bandeira do(a)
Tempe, United States
•
há 5 anos
Compartilhar
Avatar do Usuário
Project 21450847 has been deleted • $350 USD
Excellent work. Followed the instructions and delivered on time.
Luke S.
@estelexports
•
Bandeira do(a)
san pedro, United States
•
há 5 anos
Compartilhar
Experiência
Lecturer
jul., 2013 - Presente
•
11 anos, 5 meses
University
jul., 2013 - Presente
•
11 anos, 5 meses
Teaching at Renowned University since July 2013
jul., 2013 - Presente
•
11 anos, 5 meses
Educação
University of Engineering and Technology, Lahore
2014 - 2016
•
2 anos
MS Electrical with Specialization in Control Engineering
Bandeira do(a)
Pakistan
2014 - 2016
•
2 anos
University of Engineering and Technology, Lahore
2009 - 2013
•
4 anos
BS Electrical
Bandeira do(a)
Pakistan
2009 - 2013
•
4 anos
Qualificações
Electrical Engineer
2013
UET Lahore
I have completed my BS Electrical from UET Lahore, session 2009 to 2013.
2013
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