Computer Engineering Mastery: From Beginner To Expert!

Engineer's Playground (The Ultimate Journey For Computer Engineering)

What you'll learn

Introduction of what we call a computer and its advancement throughout these years

All the components that are essential to make a computer. Foundation for the entire computer engineering

Strong foundation of Programming using Python with its practical lab.

Semiconductors science and why its important

Logic (Boolean Algebra) with all the operations and Karnaugh mapping and its solution techniques.

Machines/Instruments that you really need to know as an engineer

Concepts of Assembly language programming that is used to program hardware architectures

Electrical Technologies building blocks of electronics

K map and simplifications with the help of example explained step by step approach

Computer Organization & Architecture

Advanced Computer Architecture (CPU's, Memory types and its functions and more..)

Digital & Analog Communication foundations

Dozens of questions and example explained step by step on various topics..

Microprocessor's detailed introduction (ICs)

8086 Architecture (BIU & EU)

Difference between 8086 Vs 8085

All it takes to become Computer Engineer

Requirements

Internet connection

Technical bent of mind would be helpful but not compulsory

Description

Are you ready to unlock the secrets of the digital universe and become a trailblazer in computer engineering? "Computer Engineering Mastery: From Beginner to Expert" is not just a course; it’s your gateway to mastering the very foundations and frontiers of technology. Imagine a journey where every lesson is a step towards becoming a highly skilled expert in the world of computers, and you’re about to embark on it.Why This Course is Your Perfect Choice *Immerse Yourself in Excellence*Step into a realm where complex concepts become crystal clear and technology’s wonders are at your fingertips. Our course offers a meticulously designed curriculum that takes you from the basics to advanced mastery, all while making learning an exhilarating experience. With each module, you'll find yourself drawn deeper into the captivating world of computer engineering.Learn from the BestImagine having direct access to a seasoned expert who has transformed countless learners into computer engineering wizards. You’ll receive instruction that’s both enlightening and engaging, delivered by someone passionate about making every concept not just understood but truly grasped. I am going to guide you through each topic with precision and enthusiasm, making every lesson an adventure. Engage in Interactive MasteryPicture a learning experience where traditional methods blend seamlessly with interactive, modern techniques. Our course doesn’t just tell you how things work; it immerses you in practical exercises, real-world scenarios, and interactive sessions that make applying your knowledge both enjoyable and effective. Future-Proof Your SkillsWhat if you could gaze into the future and see where technology is heading? This course gives you that insight. Not only will you master essential computer engineering principles, but you'll also get the foundation so that you can learn and further explore cutting-edge technologies like artificial intelligence, machine learning, deep learning, Computer electronics, Microprocessors (ULSI) the field of Network engineering, Developer and quantum computing in fact sky is the limit of what you can do. Equip yourself with the knowledge that puts you at the forefront of innovation.In a world where technology evolves rapidly, staying current is crucial. That’s why **"Computer Engineering Mastery: From Beginner to Expert"** Keeps your back!Your learning journey will always reflect the most current trends and technologies and you will always be able to find your learnings relevant.Experience Unmatched ValueImagine receiving world-class education that’s both affordable and exceptional. Our course offers lifetime access to all materials and ensuring you’re always in sync with the latest advancements. It’s not just a course; it’s a lifelong investment in your skills and future.We believe so strongly in the transformative power of **"Computer Engineering Mastery: From Beginner to Expert"** Who Will Benefit?- *Aspiring Computer Scientists & Engineers & Students*: Begin your journey with a solid foundation and reach expert levels of knowledge.- *Professionals Seeking to Elevate Their Skills*: Revitalize your career with cutting-edge expertise and advanced skills.- *Enthusiasts & Self-Learners*: Dive into a comprehensive learning experience that transforms your passion into practical skills.*Course Highlights*- **Lifetime Access: Immerse yourself in learning with perpetual access to course materials.- **Interactive Q&A: Engage in meaningful discussions and get answers to your questions directly from the instructor.- **Certification of Completion: Showcase your newfound expertise and enhance your professional profile with a prestigious certificate.This is more than a course; it’s your launchpad to becoming a master in computer engineering. "Computer Engineering Mastery: From Beginner to Expert" is where your journey begins, where your skills are honed, and where your future unfolds. Enroll now and take the first step towards mastering the art and science of computer engineering. *This is the place. This is the time. Start now and transform your future!

Overview

Section 1: What is a Computer?

Lecture 1 Introduction of Computer

Lecture 2 History of Computer

Lecture 3 Generations of Computer

Lecture 4 Types of Computer

Lecture 5 Types of digital computer

Lecture 6 Chit chat

Section 2: Basic Components of a computer (OPTIONAL)

Lecture 7 CPU (Hardware intro..)

Lecture 8 Memory

Lecture 9 Storage

Lecture 10 Motherboard

Lecture 11 I/O

Lecture 12 PSU & GPU

Lecture 13 cooling system

Lecture 14 Software Intro..

Lecture 15 O.S

Lecture 16 Functions of OS 1/2

Lecture 17 Functions of OS 2/2

Lecture 18 Types of OS (introduction)

Lecture 19 Applications of Software 1/4

Lecture 20 Application of Software 2/4

Lecture 21 Application of Software 3/4

Lecture 22 Application of Software 4/4

Lecture 23 Types of OS

Lecture 24 Data Representation

Lecture 25 curious attempt

Lecture 26 Bits, Bytes & Binary

Lecture 27 Hexadecimal system

Lecture 28 Networking

Lecture 29 LAN MAN WAN

Lecture 30 IP (Internet Protocol)

Lecture 31 Routers & Switches

Lecture 32 Operations 1/2

Lecture 33 Operations 2/2

Section 3: Semiconductor

Lecture 34 What is Semiconductor ?

Lecture 35 Types of Semiconductor

Lecture 36 Bandgap

Lecture 37 Electron jump (Fermi level)

Lecture 38 Depletion region

Lecture 39 Reality of holes

Lecture 40 Junction devices

Lecture 41 Diode

Lecture 42 Zener diode

Lecture 43 Coming up next

Lecture 44 Biases

Lecture 45 Why "N" are on the top? And Logic gates

Lecture 46 Photo cells Vs Solar cells

Lecture 47 AND Gate

Lecture 48 OR & NOT Gate

Section 4: Logic (Boolean Algebra)

Lecture 49 Introduction with Binary language

Lecture 50 Number system

Lecture 51 Conversion

Lecture 52 Fraction & Decimal to Binary

Lecture 53 Practice with fraction and it's binary conversions

Lecture 54 Octa and Hexa into Decimal

Lecture 55 Binary to Octa and Hexa..

Lecture 56 Binary arithmetic

Lecture 57 Compliment

Lecture 58 Weighted Binary

Lecture 59 Non Weighted Binary

Lecture 60 Postulates of Binary Algebra

Lecture 61 Boolean Operator's

Lecture 62 Karnaugh map introduction

Lecture 63 Karnaugh map (simplification)

Lecture 64 Don't Care Condition

Lecture 65 Karnaugh map (Practice Questions) & SOP & POS forms.

Lecture 66 Prime implicants

Section 5: Machines/Instruments

Lecture 67 Introduction

Lecture 68 Galvanometer

Lecture 69 Voltmeter

Lecture 70 Ammeter

Lecture 71 Watt meter (Energy meter)

Lecture 72 Voltage Regulator

Lecture 73 Linear Voltage regulator

Lecture 74 Inverter

Lecture 75 SMPS

Lecture 76 UPS

Lecture 77 CRO

Section 6: Electrical technology

Lecture 78 Intro with DC and AC electricity

Lecture 79 Resistance

Lecture 80 Capacitor

Lecture 81 Inductor

Lecture 82 LCR circuit

Section 7: Digital logic & Designs (memory/flip-flops)

Lecture 83 Introduction

Lecture 84 Logic Gates

Lecture 85 Substituting One logic Gate to another

Lecture 86 Half adder

Lecture 87 Full adder

Lecture 88 Subtractor (Half & Full)

Lecture 89 Decoder

Lecture 90 Designing decoder

Lecture 91 Multiplex

Lecture 92 Multiplex cont..

Lecture 93 Demultiplexer

Lecture 94 Encoder

Lecture 95 Sequential Circuit

Lecture 96 Flip Flops

Lecture 97 Flip Flops cont..

Lecture 98 Flip Flops final lesson

Lecture 99 Counters

Section 8: Computer Organization & Architecture

Lecture 100 Introduction

Lecture 101 Assembly language (machines instructions)

Lecture 102 Subroutine

Lecture 103 Addressing modes (Types)

Lecture 104 Instruction Cycle

Section 9: Advanced Computer Architecture

Lecture 105 C.P.U

Lecture 106 C.P.U (Registers cont..)

Lecture 107 Program Status

Lecture 108 Concept definitions of (C.P.U)

Lecture 109 Instruction pipelining

Lecture 110 Memory (Introduction and types)

Lecture 111 RAM & ROM 1/2

Lecture 112 RAM & ROM 2/2

Lecture 113 Cache memory

Lecture 114 Memory address map

Lecture 115 Write strategies

Lecture 116 Mapping

Lecture 117 Types of Mapping

Lecture 118 Virtual memory

Section 10: Digital & Analogue Communication

Lecture 119 What is Communication?

Lecture 120 Duplex

Lecture 121 Types of protocols over internet

Lecture 122 Analog Communication

Lecture 123 Digital Communication

Lecture 124 Parity

Section 11: Microprocessors

Lecture 125 Introduction to microprocessors

Lecture 126 Processors continue..

Lecture 127 Why Only Hexadecimals are used in microprocessors??

Section 12: Basics for Quick refreshment

Lecture 128 Amplifier & Oscillator handwritten notes.

Lecture 129 Kilo, Mega, Giga, Tera and more..

Section 13: 8086 Architecture

Lecture 130 8086 introduction [BIU]

Lecture 131 BIU (Segment Register)

Lecture 132 Instruction Pointer

Lecture 133 EU (Execution unit)

Lecture 134 8086 details with short summary

Lecture 135 8085 Vs 8086

Section 14: Python Programming

Lecture 136 Why should i learn programming?

Lecture 137 What is a Program

Lecture 138 What is Python ?

Lecture 139 History & Why Python

Lecture 140 IDE

Lecture 141 Python Lab 1

Lecture 142 Variables

Lecture 143 Reserved Keywords

Lecture 144 Numeric Data Type

Lecture 145 Complex No.s

Lecture 146 Float

Lecture 147 Python Lab 2

Lecture 148 Dictionary

Lecture 149 Python Lab 3

Lecture 150 Boolean

Lecture 151 Python Lab 4

Lecture 152 Set

Lecture 153 Python Lab 5

Lecture 154 Operations of Set

Lecture 155 Python Lab 6

Lecture 156 Sequence

Lecture 157 Python lab 7 (Tuples)

Lecture 158 Python lab 8 (list & its operations)

Lecture 159 Basic Operators in Python

Lecture 160 Flags

Lecture 161 Comment

Lecture 162 Python lab 9 (comments)

Lecture 163 Control flow and control structure

Lecture 164 Modular Programming

Lecture 165 Decorators (Advanced function Concepts basics)

Lecture 166 Generators (Advanced function Concepts basics)

Lecture 167 Metaclass (Advanced function Concepts basics)

Lecture 168 Context manager (Advanced function Concepts basics)

Lecture 169 Asynchronous Programming (Advanced function Concepts basics)

Lecture 170 OOPs introduction

Lecture 171 Classes

Lecture 172 Objects

Lecture 173 Inheritance

Lecture 174 Polymorphism

Lecture 175 Advanced OOPs

Lecture 176 File Handling

Lecture 177 Important functions

Lecture 178 Exception Handling

Lecture 179 Best practices

Lecture 180 Chit Chat

Aspiring Computer Engineers,Aspiring Computer Scientists,Current Computer Science Students,Professionals in the IT Industry,Technicians and Technologists,Hobbyists and Enthusiasts,Career Changers,Self-Learners