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Article Writing

Electrical Engineering

Microcontroller

Research Writing

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$3 USD / hora

Bandera de PAKISTAN

rahim yar khan,

$3 USD / hora

Aquí son las 8:39 p. m.

Se unió el noviembre 11, 2020

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Qasim B.

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$3 USD / hora

Bandera de PAKISTAN

rahim yar khan,

$3 USD / hora

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Electrical Engineer-Arduino Coder/PIC Programmer

Practical and versatile Electrical Engineering Sophomore with significant experience collaborating on the troubleshooting process. Professional history includes a variety of technical projects, ensuring a down-to-earth approach to project management.

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Portafolio

9603773

Plant Growth Module GUI

Plant Growth Module GUI

9603758

Digital Watch

9603747

PIC16 and Neopixel Led

I worked on the development of an Arithmetic Logic Unit that took two 4 bit signed numbers as an input, and it proceeds those two numbers. In total, the ALU was capable of performing 16 operations on numbers including Addition, Subtraction, Circular Left and Right Shift, 2's complement, Increment, Decrement, AND, OR, XOR, and comparator operations.

This circuit accepts two 4-bit inputs, A3 to A0 and B3 to B0, and generates a 4-bit output R3 to R0. The relationship between the input and output variables is defined by the 4-bit control input S3 to S0 fed to four 16x1 multiplexers. The network also generates two status signals to indicate an arithmetic carry or borrow from the most significant bit C and arithmetic overflow V.
The design circuit made was the most efficient circuit made, employing the use of several multiplexers to remove redundancy in the design. A working model was also implemented and tested

Arithmetic Logic Design

This project refers to design a power supply capable of taking an AC voltage source as an input and converting it to a regulated DC low-voltage Supply. This is accomplished by using a transformer, a bridge rectifier, and a filter capacitor circuit to create a regulated power supply. The power supply is connected to the shunt regulator that could supply a specific voltage (90V) to a load of 100 Ω.

DC Power Supply

9603773

Plant Growth Module GUI

Plant Growth Module GUI

9603758

Digital Watch

9603747

PIC16 and Neopixel Led

I worked on the development of an Arithmetic Logic Unit that took two 4 bit signed numbers as an input, and it proceeds those two numbers. In total, the ALU was capable of performing 16 operations on numbers including Addition, Subtraction, Circular Left and Right Shift, 2's complement, Increment, Decrement, AND, OR, XOR, and comparator operations.

This circuit accepts two 4-bit inputs, A3 to A0 and B3 to B0, and generates a 4-bit output R3 to R0. The relationship between the input and output variables is defined by the 4-bit control input S3 to S0 fed to four 16x1 multiplexers. The network also generates two status signals to indicate an arithmetic carry or borrow from the most significant bit C and arithmetic overflow V.
The design circuit made was the most efficient circuit made, employing the use of several multiplexers to remove redundancy in the design. A working model was also implemented and tested

Arithmetic Logic Design

This project refers to design a power supply capable of taking an AC voltage source as an input and converting it to a regulated DC low-voltage Supply. This is accomplished by using a transformer, a bridge rectifier, and a filter capacitor circuit to create a regulated power supply. The power supply is connected to the shunt regulator that could supply a specific voltage (90V) to a load of 100 Ω.

DC Power Supply

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Experiencia

Softah

ene 2021 - Presente

Learned a lot.

Educación

BS Electrical Engineering

National University of Science and Technology,

Pakistan

2018 - 2021

(3 años)

Calificaciones

University of California, Irvine

2020

Mastered Arduino and C Programming.

University of California, Irvine

2020

In this course, I have learned about Microcontrollers, IoT Devices. Made different IoT projects.

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Principales habilidades

Microcontroller

Article Writing

Electrical Engineering

Research Writing

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