Sunday, 30 August 2020

Introduction to computer architecture



Introduction to computer architecture, the major of computer engineering (computer engineering) is one of the branches of electronic engineering, and the specialization includes three different departments, which are computer hardware, computer programming, and computer hardware applications. Due to the rapid development in computer science, computer engineering is concerned with following up on the productive process of computers starting from its design, manufacture, and programming And tested to ensure the availability of all success factors.

Introduction to computer architecture

Graduates of the Computer Engineering Department work in two main fields, namely the field of hardware and computer programming, and each of the fields requires the engineer to have different major skills. The computer engineer must be mm in all its dimensions.

Introduction to arm processor

Engineers in this field design and manufacture the main hardware parts in computers, then test them to ensure their safety and quality and work to develop them. A computer engineer working in the field of solid hardware needs to have strong skills and experience in electrical engineering as it is linked to a large connection with computer hardware. Some of the most important examples of hardware components in a computer include:
  1. Computer Hardware Memory.
  2. Data storage chunks.
  3. Input devices.
  4. Output devices.

Computer system architecture

Computer engineers specializing in programming work in the development and programming of many different applications, which are the cornerstone of the work of computers. applications include the following:

  • Operating systems.
  • Applications.
  • Network and communication software.
  • Assistance programs.
  • Information Security.

Computer architecture


First academic year:

  1. Introduction to Computer Engineering, including a brief summary of the practical use of computers and information technology.
  2. Calculus, and trigonometric, exponential, and inverse functions.
  3. Chemical foundations, atoms, molecules, and ions, modern atomic theory, and compounds
  4. Chemical Calculations.
  5. Introduction to algorithms and programming.
  6. Introduction to Psychology and Communication Skills.

Second academic year:

Basic object-oriented programming principles and techniques and data structures
Dynamic memory usage
Computer systems and microprocessor systems engineering development
differential equations
Introduction to the Java Programming Language, Relevancy and Configuration
The Turkish language, it's status, and its development.

Third academic year:

  • An introduction to database management systems, file architecture, and microprocessors
  • An introduction to the concepts of operating systems and process management.
  • Manage devices, files, and systems.
  • Topics on entrepreneurship and enterprise culture.
  • There will also be a summer training for students, to learn about the work environment of the computer industry to apply the information obtained through theoretical study in a practical work environment.

Fourth academic year:

Data extraction, storage, and preparation
Conducting a graduation project, and the student will be assisted by faculty members who specialize in the field of computer engineering, and the subject of the project is in the scope of computer programs, devices and various topics related to computer science
There will be a range of electives and subjects, such as occupational health and safety programs.

Students also gain experience in this field by undertaking two summer internships in the fields of computers and software. Students also get training opportunities at universities in other countries. The detailed course plans and contents for the computer engineering program can be found from the relevant pages in each university, as the courses and training courses differ from one university to another.

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