Assembly Programming For All Platforms

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Overview

Learn assembly programming language online from the ground up, with our complete step-by-step guide.

This course is designed for those looking to kickstart a career or currently working in the fields of hardware or software development, reverse engineering, and data security. It covers best practices that will help you to gain a competitive edge in the job market, complete with a recognised certificate of achievement on successful completion.

Through instructional tutorials and tutor guidance, you will gain in-demand skills needed to plan and build algorithms and assembly programs, for ethical hacking purposes, and more. It breaks down complex topics into bitesize lessons, to ensure you get the best out of your learning experience. On completion, you will have a range of skills that can be applied in any programming role, with in-depth knowledge of assembly programming commands and code.

Course design

The course is delivered through our online learning platform, accessible through any internet-connected device. There are no formal deadlines or teaching schedules, meaning you are free to study the course at your own pace.

You are taught through a combination of

Video lessons
Online study materials

Will I receive a certificate of completion?

Upon successful completion, you will qualify for the UK and internationally-recognised CPD accredited certification. You can choose to make your achievement formal by obtaining your PDF Certificate at the cost of £9 and Hard Copy Certificate for £15.

Why study this course

It doesn’t matter if you are an aspiring professional or absolute beginner; this course will enhance your expertise and boost your CV with critical skills and an accredited certification attesting to your knowledge.

The [course_title] is fully available to anyone, and no previous qualifications are needed to enrol. All Thames College needs to know is that you are eager to learn and are over 16.

Course Curriculum

Section 01: Introduction
	Introduction	00:02:00
	Project Setup	00:02:00
	Example File Code Structure	00:02:00
	Comments	00:03:00
Section 02: Registers
	Memory Segments	00:02:00
	Processor Registers	00:04:00
	Data Registers	00:04:00
	Pointer Registers	00:02:00
	Index Registers	00:01:00
	Control Registers	00:04:00
	Segment Registers	00:01:00
Section 03: Address Modes
	Register Addressing	00:04:00
	Immediate Addressing Mode	00:02:00
	Direct Memory Addressing Mode	00:02:00
	Direct-Offset Addressing Mode	00:03:00
	Indirect Memory Addressing Mode	00:02:00
	MOV Instruction	00:02:00
Section 04: Variables
	Allocating Storage Space for Initialised Data	00:04:00
	Allocating Storage Space for Uninitialized Data	00:02:00
	Multiple Variable Definitions	00:02:00
	Multiple Variable Initialisations	00:03:00
Section 05: Constants
	EQU Command	00:03:00
	Assign Command	00:02:00
	Define Command	00:02:00
Section 06: Arithmetic Instructions
	Increment Command (INC)	00:02:00
	Decrement Command (DEC)	00:02:00
	Addition Command (ADD)	00:03:00
	Subtraction Command (SUB)	00:02:00
	Multiply Command (MUL/IMUL)	00:02:00
	Divide Command (DIV/IDIV)	00:03:00
Section 07: Logical Instructions
	AND Instruction	00:04:00
	OR Instruction	00:03:00
	XOR Instruction	00:03:00
	NOT Instruction	00:02:00
Section 08: Conditions
	Compare Instruction (CMP)	00:02:00
	Unconditional Jump	00:02:00
	Conditional Jump	00:03:00
Section 09: Number System
	ASCII System	00:02:00
Section 10: Functions
	Basic Function	00:03:00
	Stacks Data Structure	00:04:00
	Function To Print Number	00:05:00
	Recursion Using Factorial	00:06:00
Section 11: Extras
	Strings	00:04:00
	Loops	00:03:00
	Macros	00:03:00
	System Calls	00:04:00
Section 12 :Resource
	Resource	00:00:00