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What you'll get

  • Job Credibility
  • Certification Valid for Life
  • Live Classes
  • Certificate of Completion

Exam details

  • Mode of Exam : Online
  • Duration : 1 Hour
  • Multiple Choice Questions are asked
  • No. of Questions are asked : 50
  • Passing Marks : 25 (50%)
  • There is no negative marking

Do you want to learn how computer architecture works for computers to run administration tasks? Computer architecture is a term that generates rules for how computer software and hardware to be joined to work smoothly.

The computer architecture course online is made up for those students who want to understand computer architecture and analyze the IT requirements and technology limitations. 

What will you get in this computer architecture diploma course?

There are several things that we will cover in this online diploma course to make the student understand the essentials topics of computer architecture. This course is packed up with practical information so if you love to learn something then you will definitely enjoy this course. So, here are the short details of what you will learn.

  • Understanding ISA and other concepts
  • Learning how to design CPUs from the very basics
  • You will also learn about the two vital terms is RISC and CISC.
  • The course consists of pipelining and control unit design.
  • you will also understand processor and memory design with the timing issues.
  • there are other vital terms also like SRC and FALCON-A processor.

After the completion of the course, you will get a diploma that you can add to your resume to get a well-settled job.

Course Content

Total: 91 lectures
  • 1 Computer Organization
  • 2 Logic Gates - Introduction
  • 3 Logic Circuit
  • 4 Adder
  • 5 flipflops
  • 6 Encoder
  • 7 Decoder
  • 8 Multiplexer
  • 9 REGISTERS
  • 10 Counter
  • 11 Memory
  • 12 Random Access Memory (RAM)
  • 13 Read only memory (ROM)
  • 14 Conclusion
  • 15 Data Representation
  • 16 Number system
  • 17 Decimal number system
  • 18 Binary Number System
  • 19 Octal Number System
  • 20 HEXA DECIMAL NUMBER SYSTEM
  • 21 Decimal to binary
  • 22 Binary to decimal
  • 23 Octal to decimal
  • 24 Hexadecimal to decimal
  • 25 ASCII Representation
  • 26 Complement representation 1s and 2s complement
  • 27 Complement
  • 28 Overflow
  • 30 Floating point representation
  • 31 Register Transfer
  • 32 Bus and Memory Transfers
  • 33 Three-State Bus Buffers
  • 34 Binary Adder
  • 35 Binary Incrementer
  • 36 Arithmetic Circuit
  • 37 Logic Circuit
  • 38 Selective set
  • 39 Shift Micro-operations
  • 40 Arithmetic Logic Unit
  • 41 Conclusion
  • 42 Introduction
  • 43 Instruction Codes
  • 44 Direct and indirect address
  • 45 Timing and Control
  • 46 Timing And Control Signal Generation
  • 47 INSTRUCTION CYCLE
  • 48 Register-reference Instructions
  • 49 Memory-reference instructions
  • 50 Input-Output Instructions
  • 51 Conculution
  • 52 CENTRAL PROCESSING UNIT
  • 53 LIFO (last in first out)
  • 54 Instruction Format
  • 55 Set of Basic operations
  • 56 Software and Hardware interrupts
  • 57 Pipelining
  • 58 Conclusion
  • 59 Introduction
  • 60 Sign-magnitude number
  • 61 Multiplication Algorithms Hardware Algorithm
  • 62 Booth Algorithm
  • 63 Division Algorithm
  • 64 Conclusion
  • 65 Input Output Interface
  • 66 Asynchronous Data Transfer
  • 67 Parallel and Serial transfer
  • 68 Modes of Data transfer
  • 69 Interfacing Peripherals with CPU
  • 70 Input Output devices
  • 71 Introduction-pipelining
  • 72 Conclusion
  • 73 Memory Hierarchy
  • 74 Computer Memory System
  • 75 Main Memory
  • 76 External Memory
  • 77 Cache Memory
  • 78 Mapping
  • 79 Virtual memory
  • 80 Working Principles of Cache memory
  • 81 Conclusion
  • 82 Introduction
  • 83 Machine and Assembly Language
  • 84 Assembly Code Overview
  • 85 Assembler Directive
  • 86 Turbo Assembler (TASM)
  • 87 Assembly language, Intel 8086
  • 88 Binary Numbers
  • 89 The MOV instruction
  • 90 Character Output
  • 91 Write an ALP to find factorial of number for 8086
  • 92 Conclusion

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