WAEC Digital Technologies Syllabus 2027/2028 Questions PDF Download

Download the WAEC Digital Technologies Syllabus 2027/2028 PDF and see the complete topics, examination structure, computer hardware, software, ICT, programming and practical requirements.

The WAEC Digital Technologies Syllabus 2027/2028 contains the topics, practical skills and computer concepts you need to study while preparing for Digital Technologies in the West African Senior School Certificate Examination.

The syllabus covers Computer Fundamentals and Evolution, Computer Hardware, Computer Software, Basic Computer Operations, Computer Applications, Managing Computer Files, Problem-Solving Skills, Information and Communication Technology, and Computer Ethics and Human Issues.

READ: Access 2027 WAEC Questions and Answers in all Subjects – Free Study Guide

ALSO READ: WAEC Specimens 2027

Although the source syllabus was originally presented under Computer Studies, the current WAEC subject name is Digital Technologies. The syllabus content remains useful for preparing for the SC618 examination and covers both theoretical knowledge and practical computer skills.

If Digital Technologies is one of your registered WAEC subjects, use this syllabus as your main study checklist together with your class notes, textbooks, practical computer lessons and WAEC past questions.

READ ALSO: WAEC Syllabus 2027/2028 PDF Download for All Subjects

Download WAEC Digital Technologies Syllabus 2027/2028 PDF

You can download the complete WAEC Digital Technologies Syllabus 2027/2028 PDF and keep it on your phone, tablet or computer for easy reference.

The PDF covers:

• Computer Evolution
• Computer Fundamentals
• Computer Hardware
• Input Devices
• Output Devices
• Central Processing Unit
• Computer Memory
• Logic Gates
• Computer Software
• Operating Systems
• Application Software
• Word Processing
• Spreadsheet
• Database
• Graphics
• Presentation Packages
• Computer Files
• File Security
• Basic Computer Operations
• Booting and Shutting Down
• Computer Data Conversion
• Information and Communication Technology
• Internet
• Electronic Mail
• Computer Networking
• World Wide Web
• Network Cables and Connectors
• Programming Languages
• Algorithms
• Flowcharts
• BASIC Programming
• Systems Development Cycle
• Program Development Cycle
• Computer Ethics
• Security
• Cybercrime
• Practical Computer Equipment

Use the PDF as your main checklist and mark each topic after you have studied and practised it.

WAEC Digital Technologies Examination Structure

The examination consists of three papers: Paper 1, Paper 2 and Paper 3.

Papers 1 and 2 are taken as a composite examination at one sitting.

WAEC Digital Technologies Paper 1

Paper 1 consists of 50 multiple-choice objective questions.

You are required to answer all the questions within 1 hour.

The paper carries 25 marks.

Because questions can come from different parts of the syllabus, you should study the complete subject rather than concentrating only on computer applications or programming.

WAEC Digital Technologies Paper 2

Paper 2 consists of five essay questions.

You are required to answer any three questions within 1 hour.

The paper carries 30 marks.

For Paper 2, you should be able to:

• Define computer terms
• Explain computer concepts
• Compare related technologies
• Draw logic-gate truth tables
• Explain software operations
• Describe networking concepts
• Write algorithms
• Draw flowcharts
• Answer programming questions
• Apply ICT concepts to practical situations

WAEC Digital Technologies Paper 3

Paper 3 tests practical computer skills for school candidates.

For private candidates, it tests knowledge of practical work.

The paper contains three questions and lasts 2 hours.

It carries 45 marks.

Practical preparation is therefore an important part of Digital Technologies.

Complete WAEC Digital Technologies Syllabus 2027/2028

The syllabus is built around nine major thematic areas:

1. Computer Fundamentals and Evolution
2. Computer Hardware
3. Computer Software
4. Basic Computer Operations
5. Computer Applications
6. Managing Computer Files
7. Developing Problem-Solving Skills
8. Information and Communication Technology
9. Computer Ethics and Human Issues

Computer Evolution

Computer Evolution introduces the development of computing devices from early calculating tools to modern computers.

Early Computing Devices

Study the features, components and uses of early computing devices such as:

• Abacus
• Slide Rule
• Napier’s Bones
• Pascal’s Calculator
• Leibnitz Multiplier
• Jacquard Loom
• Charles Babbage’s Analytical Engine
• Hollerith Census Machine
• Burroughs Machine

For each device, understand:

• Who developed it where required
• What it was used for
• Its major features
• How it contributed to the development of modern computing

Twentieth-Century Computing Devices

Study devices such as:

• ENIAC
• EDVAC
• UNIVAC I
• Desktop Personal Computers
• Laptop Computers
• Notebook Computers
• Palmtop Computers

You should understand the development from large early electronic computers to smaller personal computers.

Fundamentals of Computing

This section introduces the basic concepts you need throughout the subject.

Meaning of a Computer

Understand the definition of a computer and its main constituents.

The two broad constituents are:

• Computer Hardware
• Computer Software

Characteristics of Computers

Study characteristics such as:

• Electronic operation
• Accuracy
• Speed
• Interactivity

You should be able to explain how these characteristics distinguish computers from manual methods of processing information.

Data and Information

Study:

• Meaning of data
• Meaning of information
• Examples
• Differences between data and information

Understand that raw facts become useful information after appropriate processing.

Computer Ethics and Human Issues

Computer Ethics covers the responsible and secure use of digital technologies.

Important areas include:

• Security breaches
• Malware
• Hackers
• Spammers
• Security precautions
• Copyright
• Privacy
• Cybercrime
• Identity theft
• Internet fraud

Computer Security Threats

The syllabus includes threats such as:

• Viruses
• Worms
• Trojan horses
• Poor network implementation
• Poor ICT policies
• Careless disclosure of personal information
• Hackers
• Spammers

You should understand what each threat means and how it can affect computer systems.

Computer Security Measures

Study preventive measures such as:

• Antivirus software
• Firewalls
• Encryption
• Proper network implementation
• Proper ICT policies
• Use of secure websites
• Care when opening email attachments
• Protection of personal information

Do not memorise these measures without understanding how they improve computer security.

Legal Issues in Computing

Study:

• Software copyright
• Ownership rights
• Text ownership
• Image ownership
• Audio ownership
• Video ownership
• Privacy
• Cybercrime
• Identity theft
• Internet fraud
• Hacking

You should understand the importance of respecting intellectual property and privacy when using digital resources.

Computer Hardware

Computer Hardware is one of the major areas of the syllabus.

It includes:

• Input devices
• Output devices
• CPU
• Memory
• Storage devices
• Logic circuits

Input Devices

Study the meaning and examples of input devices.

Important examples include:

• Keyboard
• Mouse
• Scanner
• Joystick
• Light Pen

For every input device, know:

• Name
• Function
• Features
• How it is operated

Keyboard

Study the classification of keyboard keys into areas such as:

• Function Keys
• Numeric Keys
• Alphabetic Keys
• Cursor Keys

Understand the purpose of the different groups of keys.

Mouse

Study:

• Features
• Functions
• Operation

You should also understand how a mouse differs from devices such as a keyboard, scanner and light pen.

Output Devices

Important output devices include:

• Monitor
• Printer
• Speaker
• Plotter

For each device, know:

• Type
• Features
• Uses

Printers

Study the differences and similarities among:

• Inkjet Printers
• Laser Printers
• Line Printers

Central Processing Unit

The CPU is a major component of the computer.

Study:

• Arithmetic and Logic Unit
• Control Unit

Arithmetic and Logic Unit

Understand the role of the ALU in performing arithmetic and logical operations.

Control Unit

Understand how the Control Unit coordinates computer operations.

Computer Memory

Study:

• Primary Memory
• Secondary Memory

Primary Memory

The major types are:

• RAM
• ROM

Understand the differences between RAM and ROM and their uses.

Secondary Storage Devices

Examples include:

• Floppy Disk
• Hard Disk
• Compact Disc
• Flash Drive
• DVD

For each device, compare:

• Storage capacity
• Speed
• Physical size
• Technology

Units of Computer Storage

Study:

• Bit
• Nibble
• Byte
• Kilobyte
• Megabyte
• Gigabyte
• Terabyte

You should be able to convert from one storage unit to another.

Practise simple calculations involving storage sizes.

Logic Gates

Logic Gates are an important theoretical and calculation area.

Study:

• AND
• OR
• NOT
• NAND
• NOR
• XOR

Standard Logic Gates

For AND, OR and NOT gates, know:

• Symbol
• Function
• Logic equation
• Truth table
• Uses

NAND and NOR Gates

Study:

• Symbols
• Truth tables
• Functions

Understand how they differ from the standard gates.

XOR Gate

The syllabus also requires a simple understanding of XOR and its use in a comparator.

Computer Software

Computer Software is divided broadly into:

• System Software
• Application Software

System Software

Study:

• Meaning
• Types
• Examples

Examples include:

• Operating Systems
• Translators
• Utility Programs

Operating Systems

Examples in the syllabus include:

• Microsoft Windows
• Linux
• UNIX
• MS-DOS

You should understand the meaning and functions of an Operating System.

Graphical User Interface and Command Line

Study the differences between:

• GUI Operating Systems
• Command-Line Operating Systems

Examples include:

• Microsoft Windows
• Linux
• MS-DOS
• UNIX

Translators

Study:

• Assembler
• Compiler
• Interpreter

Understand the differences among them.

Utility Programs

Examples include:

• Editors
• Antivirus Programs

Study their functions.

Application Software

Study the meaning and types of application software.

Examples include:

• Word Processing Software
• Spreadsheet Software
• Database Software
• Graphics Software

The syllabus also mentions application software used for:

• Accounting
• Payroll
• Banking
• Education
• Statistics
• Hospital Management

Word Processing

Word Processing is an important practical area.

Study:

• Meaning of word processing
• Meaning of word processor
• Examples
• Features
• Applications
• Basic operations

Examples include:

• Microsoft Word
• WordStar
• WordPerfect

Microsoft Word Operations

You should be able to perform operations such as:

• Create
• Edit
• Save
• Retrieve
• Print
• Close
• Move
• Copy
• Cut
• Change fonts
• Change font sizes
• Format text
• Justify text
• Search
• Spell-check
• Merge files

Practical familiarity is essential.

Spreadsheet

Study the meaning and examples of Spreadsheet software.

Examples include:

• VisiCalc
• Microsoft Excel
• SuperCalc

Microsoft Excel

Study important parts of the Excel environment such as:

• Status Bar
• Menu Bar
• Formula Bar

You should also understand basic terms such as:

• Worksheet
• Workbook
• Cell
• Cell Range

Data Types in Excel

Study:

• Numbers
• Labels
• Formulae

Basic Excel Operations

You should be able to perform:

• Data Entry
• Saving
• Retrieval
• Copying
• Moving
• Editing
• Formatting
• Printing
• Chart Creation

Excel Calculations

Practise:

• Formulae
• SUM
• AVERAGE
• Basic arithmetic calculations

You should also know how to create charts such as:

• Pie Chart
• Histogram
• Bar Chart

Database

Database is another major Computer Applications topic.

Study:

• Meaning of Database
• Database Packages
• Database Terms
• Database Organisation
• Creating Databases
• Database Operations

Examples of database packages include:

• dBASE IV
• FoxBase
• Microsoft Access
• Oracle

Basic Database Terms

Study:

• File
• Record
• Field
• Key

Understand the relationship among these terms.

Types of Database Organisation

Study:

• Hierarchical
• Network
• Relational

You should know the basic characteristics of each.

Creating a Database

The syllabus includes steps such as:

1. Define the structure.
2. Indicate field types.
3. Enter data.
4. Save data.

Database Operations

Study:

• Searching
• Modifying
• Sorting
• Reporting
• Selecting
• Inserting

Graphics

Study the meaning of Graphics and examples of Graphics packages.

Examples include:

• Paint
• Harvard Graphics
• Photoshop
• CorelDRAW

CorelDRAW

Study:

• Starting CorelDRAW
• Exiting CorelDRAW
• Basic design

The syllabus gives examples such as:

• Business Card
• School Logo
• National Flag
• Invitation Card
• Certificate

Presentation Packages

Study:

• Meaning
• Examples
• Features

Microsoft PowerPoint is the main example listed in the syllabus.

Microsoft PowerPoint Operations

You should know how to:

• Create a presentation
• Insert pictures
• Insert text
• Insert graphs
• Add animation
• Add slides
• Save a presentation
• Run a slideshow
• Print
• Close the presentation

Managing Computer Files

File Management is another major syllabus area.

Study:

• Computer File
• Record
• Field
• Data Item
• File Organisation
• File Classification
• File Access
• File Security

File Structure

Understand the relationship:

Data Item → Record → File → Database

Types of File Organisation

Study:

• Serial
• Sequential
• Index
• Random

You should understand how they differ.

Methods of Accessing Files

Study:

• Serial Access
• Sequential Access
• Random Access

File Classification

Study:

• Master File
• Transaction File
• Reference File

Handling Computer Files

You should know basic file operations such as:

• Delete
• Retrieve
• Insert
• Copy
• View
• Update
• Open
• Close

File Security

Study the effects of file insecurity, including:

• Data Loss
• Data Corruption
• Unreliable Data

Causes of data loss may include:

• Overwriting
• Accidental deletion

Methods of Protecting Computer Files

Study:

• Backup
• Antivirus
• Passwords
• Proper labelling of storage devices

Computer Files and Manual Files

You should understand the differences between:

• Computer Files
• Manual Files

Also study the advantages and disadvantages of computer files.

Basic Computer Operations

This section covers:

• Booting
• Shutting Down
• Computer Data Conversion

Booting a Computer

Study:

• Meaning
• Cold Booting
• Warm Booting

Understand the difference between cold and warm booting.

Shutting Down a Computer

Know the correct steps for shutting down a computer safely.

Improper shutdown can lead to:

• Data loss
• File corruption
• System problems

Desktop Features

You should be able to identify common features displayed on a computer desktop.

Computer Data Conversion

Study terms such as:

• Register
• Address
• Bus

The syllabus mentions registers such as:

• MDR
• CIR
• SCR

You should understand their basic functions.

Input Process Output Cycle

Understand the basic data-processing cycle:

Input → Process → Output

Factors Affecting Data Transfer Speed

Study:

• Bus Speed
• Bus Width

Information and Communication Technology

ICT is one of the broadest syllabus areas.

Study:

• Communication Systems
• ICT Applications
• Internet
• Email
• Networking
• World Wide Web
• Cables and Connectors

Meaning of ICT

Know what the acronym ICT means.

Understand the major types of ICT systems.

Types of ICT

The syllabus includes:

• Broadcasting
• Telecommunications
• Data Networks
• Information Systems
• Satellite Communications

Broadcasting

Examples include:

• Radio Broadcasting
• Television Broadcasting
• Satellite Systems

Telecommunications

Examples include:

• Public Switched Telephone Network
• Mobile Phone Systems
• Satellite Telephone Systems
• Fixed Wireless Telephone Systems

Data Networks

Study:

• PAN
• LAN
• MAN
• WAN
• Internet

Information Systems

Examples include:

• Data Processing Systems
• Global Positioning System

Applications of ICT

The syllabus includes:

• Teleconferencing
• Video Conferencing
• Telecommuting
• Telecomputing
• Messaging
• Information Search
• Information Retrieval
• Information Archival

Understand each term and its use.

ICT-Based Gadgets

Study the operation of devices such as:

• Mobile Phones
• Computers
• Fax Machines
• Automated Teller Machines
• Dispensing Machines
• Point of Sale Machines
• Automated Cash Registers
• Radios
• Televisions

Internet

Study the meaning of the Internet and important Internet terms such as:

• Homepage
• Browser
• Chatroom
• Cybercafé
• HTTP
• HTML
• ISP
• Webpage
• Website

Web Browsers

Examples in the syllabus include:

• Internet Explorer
• Netscape Navigator
• Opera
• Firefox
• CometBird

You should understand the purpose of a browser and the common features of a browser window.

Browser Features

Study:

• Title Bar
• Menu Bar
• Tool Bar
• Address Bar

Internet Services

The syllabus includes:

• Electronic Mail
• Email Discussion Groups
• Instant Messaging
• Telnet
• Usenet
• File Transfer Protocol
• World Wide Web
• Chatting

Electronic Mail

Study:

• Meaning of Email
• Sending Email
• Receiving Email
• Creating an Email Account
• Opening a Mailbox
• Features of an Email Address
• Chatting

You should be able to perform basic email operations practically.

Computer Networking

Study:

• Meaning of a Computer Network
• Types of Networks
• Network Topologies
• Network Devices
• Advantages of Networking

Types of Networks

Study:

• PAN
• LAN
• MAN
• WAN
• Internet

Network Topologies

Study:

• Star
• Bus
• Ring

You should understand the differences among them.

Network Devices

Study:

• Hub
• Modem
• Switch
• Router
• Network Interface Card
• Bridge

For each device, know its function.

World Wide Web

Study:

• Meaning of WWW
• History
• Website
• Webpage
• Homepage
• Protocol
• HTTP
• HTML
• Benefits of WWW
• Website Navigation

Email Address and Website Address

Understand the difference between an email address and a website address.

You should be able to identify the features of each.

Web Development Software

The syllabus includes software such as FrontPage for introductory web-development knowledge.

Network Cables and Connectors

Study network cables such as:

• Twisted-Pair Cable
• Coaxial Cable
• Fibre-Optic Cable
• Telephone Cable

Important connectors include:

• RJ45
• RJ11
• T-Connectors

Computer Cables and Connectors

Study:

• Power Cables
• Printer Cables
• USB Cables
• Monitor Cables
• Serial Cables
• Male Connectors
• Female Connectors

You should be able to identify them physically.

Developing Problem-Solving Skills

This section covers:

• Programming Languages
• Algorithms
• Flowcharts
• BASIC Programming
• Systems Development Cycle
• Program Development Cycle

Programming Languages

Study:

• Meaning
• Levels
• Examples
• Features

The main levels are:

• Machine Language
• Low-Level Language
• High-Level Language

Machine Language

Understand:

• Meaning
• Binary form
• Advantages
• Disadvantages

Low-Level Language

Assembly Language is the major example.

Understand how it differs from Machine Language.

High-Level Languages

Examples include:

• BASIC
• C++
• FORTRAN
• C
• Pascal
• COBOL
• Java
• Python

Study their general features and uses.

Classification of High-Level Languages

The syllabus includes categories such as:

• Scientific
• General-Purpose
• Business
• Artificial Intelligence
• String Processing

Algorithms

Study:

• Meaning
• Functions
• Characteristics
• Writing Algorithms

An algorithm should be:

• Finite
• Effective
• Unambiguous

Algorithm Questions

Practise algorithms for tasks such as:

• Finding the average of numbers
• Evaluating mathematical expressions
• Producing sequences of numbers

Flowcharts

Study the common flowchart symbols used for:

• Input/Output
• Processing
• Decision Making

You should know:

• Symbol
• Meaning
• Use

and be able to draw flowcharts for simple problems.

BASIC Programming

BASIC Programming forms a significant part of the Problem-Solving section.

Study:

• Meaning of BASIC
• Characteristics
• Data Types
• Statements
• Operators
• Expressions
• Built-In Functions
• Arrays
• Loops

BASIC Data Types

Study:

• Variables
• Constants
• Numeric Data
• String or Alphanumeric Data

BASIC Statements

Important statements include:

• INPUT
• PRINT
• LPRINT
• LET
• END
• REM
• READ
• DATA

Know what each statement does.

Arithmetic Operators

Study:

• Addition
• Subtraction
• Multiplication
• Division

and their use in BASIC expressions.

Simple BASIC Programs

Practise programs that can calculate:

• Area of a Triangle
• Area of a Rectangle
• Average of Three Numbers

BASIC Built-In Functions

The syllabus includes functions such as:

• SQR(X)
• INT(X)
• SIN(X)
• ABS(X)
• RND(X)
• COS(X)
• TAN(X)
• LOG(X)
• EXP(X)

Understand what the functions do and how they are used in expressions.

BASIC Loops and Arrays

Study statements such as:

• DIM
• FOR-NEXT
• WHILE-END

You should understand:

• One-dimensional arrays
• Input of array elements
• Output of array elements
• Arithmetic operations on arrays

BASIC Programming Exercises

The syllabus includes programs for tasks such as:

• Storing a vector of numbers
• Calculating a mean
• Calculating areas
• Summing numbers

Practise writing and running simple programs rather than only reading program listings.

Systems Development Cycle

Study:

• Meaning
• Stages
• Functions

The stages include:

• Preliminary Study
• Feasibility Study
• Investigation
• Analysis
• Design
• Implementation
• Maintenance
• Review

Understand what happens at each stage.

Program Development Cycle

Study the characteristics of a good program.

These include:

• Accuracy
• Readability
• Maintainability
• Efficiency
• Generality
• Clarity

Steps in Program Development

Study:

1. Problem Definition
2. Problem Analysis
3. Flowcharting
4. Desk Checking
5. Program Coding
6. Program Compilation
7. Program Testing and Debugging
8. Program Documentation

You should understand what each stage involves.

Compilers and Interpreters

The syllabus gives examples such as:

• BASIC as an interpreted language
• COBOL and FORTRAN as compiled languages

Understand the difference between compilation and interpretation.

WAEC Digital Technologies Practical Requirements

Digital Technologies contains an important practical component.

The syllabus lists facilities and equipment such as:

• Computer Sets
• Laptops
• Scanners
• Printers
• Fax Machines
• GSM Phones
• Memory Chips
• Hard Disks
• Flash Drives
• Internet Connectivity
• DVDs
• Compact Discs
• Power Cables
• Data Cables
• Word Processing Packages
• Database Packages
• BASIC Programming Software
• CorelDRAW

You should become familiar with both the physical equipment and the software packages used during practical work.

Important Practical Skills to Master

You should be able to practise activities involving:

• Starting and shutting down a computer
• Creating and managing files
• Using Microsoft Word
• Using Microsoft Excel
• Creating simple databases
• Using Graphics packages
• Creating PowerPoint presentations
• Browsing the Internet
• Sending and receiving email
• Identifying network devices
• Identifying computer cables
• Drawing flowcharts
• Writing simple BASIC programs
• Running simple programs

Word Processing Practical Skills

Practise:

• Typing
• Editing
• Formatting
• Saving
• Retrieving
• Printing
• Copying
• Cutting
• Moving
• Changing fonts
• Justifying text
• Spell checking

Spreadsheet Practical Skills

Practise:

• Entering data
• Formatting cells
• Writing formulae
• Using SUM
• Using AVERAGE
• Creating charts
• Saving worksheets
• Printing worksheets

Database Practical Skills

Practise:

• Creating a database
• Defining fields
• Entering records
• Searching
• Sorting
• Modifying
• Reporting

Presentation Practical Skills

Practise:

• Creating slides
• Inserting text
• Inserting pictures
• Adding graphs
• Animating content
• Running slideshows
• Saving
• Printing

Internet Practical Skills

You should be able to:

• Open a browser
• Enter a website address
• Navigate websites
• Search for information
• Download information
• Upload information
• Use email

Networking Practical Skills

Be able to identify:

• Router
• Switch
• Hub
• Modem
• Network Interface Card
• RJ45 Connector
• RJ11 Connector
• Twisted-Pair Cable
• Coaxial Cable
• Fibre-Optic Cable

Programming Practical Skills

Practise:

• Writing algorithms
• Drawing flowcharts
• Writing BASIC statements
• Writing simple BASIC programs
• Testing programs
• Correcting simple errors

Important Digital Technologies Calculations

The syllabus includes calculation areas such as:

• Storage-unit conversion
• Spreadsheet arithmetic
• Spreadsheet built-in functions
• BASIC arithmetic expressions
• Logic truth tables

Practise these regularly.

Important Comparisons to Practise

You should be able to distinguish between:

• Data and Information
• Hardware and Software
• Input and Output Devices
• RAM and ROM
• Primary and Secondary Storage
• GUI and Command-Line Operating Systems
• System Software and Application Software
• Compiler and Interpreter
• Computer Files and Manual Files
• Cold Booting and Warm Booting
• LAN and WAN
• Website and Webpage
• Email Address and Website Address
• Machine Language and High-Level Language
• Algorithm and Flowchart

Understanding the differences is better than memorising comparison tables without context.

How to Use the WAEC Digital Technologies Syllabus to Prepare

Download the Complete Syllabus

Save the PDF to your phone or computer and use it throughout your preparation.

Mark each topic after you have studied it.

Combine Theory With Practical Work

Digital Technologies is not a subject you should prepare for through reading alone.

When studying Word Processing, use a word processor.

When studying Spreadsheets, practise with spreadsheet software.

When studying Databases, create a simple database.

When studying Programming, write and run programs.

Learn Computer Components Physically

Where possible, identify real:

• Keyboards
• Mice
• Monitors
• Printers
• Hard Disks
• Flash Drives
• Cables
• Routers
• Switches
• Modems

Practical identification makes theory questions easier.

Practise Storage Calculations

Make sure you can convert among:

• Bits
• Bytes
• Kilobytes
• Megabytes
• Gigabytes
• Terabytes

Practise Logic Gates

For every gate, know:

Symbol → Function → Logic Expression → Truth Table

Practise Microsoft Office Applications

Give regular attention to:

• Microsoft Word
• Microsoft Excel
• Microsoft Access
• Microsoft PowerPoint

These practical skills can also help you outside the examination.

Practise Algorithms and Flowcharts

Before writing a program, make sure you understand the problem-solving process.

Practise:

• Identifying the problem
• Writing the steps
• Selecting flowchart symbols
• Drawing the flowchart
• Converting the solution into code

Practise BASIC Programs

Do not merely memorise programs.

Understand what every statement does.

Change values in the program and observe what happens.

Use Past Questions by Topic

After studying a topic, answer previous questions from that area.

For example:

After Hardware → answer hardware questions.

After Logic Gates → practise truth-table questions.

After Excel → practise spreadsheet questions.

After Networking → answer network questions.

After BASIC → practise programming questions.

What Should You Focus on Most for WAEC Digital Technologies

You should cover the complete syllabus, but make sure you are particularly confident in:

• Computer Fundamentals
• Computer Evolution
• Input and Output Devices
• CPU
• Memory
• Storage Units
• Logic Gates
• Operating Systems
• Application Software
• Microsoft Word
• Microsoft Excel
• Database
• Graphics
• PowerPoint
• File Management
• File Security
• Booting
• ICT
• Internet
• Email
• Networking
• Network Topologies
• Network Devices
• World Wide Web
• Programming Languages
• Algorithms
• Flowcharts
• BASIC Programming
• Systems Development Cycle
• Program Development Cycle
• Computer Security and Ethics
• Practical Computer Operations

For a more focused revision guide, see the WAEC Digital Technologies Areas of Concentration 2027/2028.

You can also use the WAEC Areas of Concentration 2027/2028 for All Subjects to access other subject guides.

Frequently Asked Questions

What Is the WAEC Digital Technologies Syllabus 2027/2028?

The WAEC Digital Technologies syllabus contains the computer concepts, software applications, ICT topics, programming skills and practical activities you need to prepare for the examination.

Where Can I Download the WAEC Digital Technologies Syllabus PDF?

Use the download button near the beginning of this article to save the complete syllabus PDF to your phone, tablet or computer.

How Many Papers Are in WAEC Digital Technologies?

There are three papers:

• Paper 1
• Paper 2
• Paper 3

How Many Questions Are in Digital Technologies Paper 1?

Paper 1 contains 50 multiple-choice questions.

How Long Is Digital Technologies Paper 1?

Paper 1 lasts 1 hour.

How Many Questions Are in Paper 2?

Paper 2 contains five essay questions, and you are required to answer three.

How Long Is Digital Technologies Paper 2?

Paper 2 lasts 1 hour.

Is There a Practical Paper?

Yes.

Paper 3 tests practical skills for school candidates and lasts 2 hours.

Does WAEC Digital Technologies Include Programming?

Yes.

The syllabus includes Programming Languages, Algorithms, Flowcharts and BASIC Programming.

Does the Syllabus Include Microsoft Word?

Yes.

Word Processing, including Microsoft Word operations, is part of the syllabus.

Does It Include Microsoft Excel?

Yes.

The syllabus covers Spreadsheet software, Microsoft Excel, formulae, functions and charts.

Does It Include Database?

Yes.

You should study Database concepts, Microsoft Access and basic database operations.

Does It Include PowerPoint?

Yes.

Presentation packages and Microsoft PowerPoint operations are included.

Is Networking Included?

Yes.

You should study computer networks, PAN, LAN, MAN, WAN, network topologies, routers, switches, hubs, modems and network connectors.

Is Internet Included?

Yes.

The syllabus covers the Internet, browsers, Internet services, email and the World Wide Web.

Do I Need to Study Logic Gates?

Yes.

You should study AND, OR, NOT, NAND, NOR and XOR gates together with their symbols and truth tables.

Do I Need to Study Computer Security?

Yes.

The syllabus includes viruses, worms, Trojan horses, hackers, firewalls, antivirus software, encryption, privacy and cybercrime.

Does WAEC Digital Technologies Include BASIC Programming?

Yes.

You should study BASIC statements, data types, operators, built-in functions, loops, arrays and simple programs.

Do I Need to Know Algorithms and Flowcharts?

Yes.

Algorithms and Flowcharts are important parts of the Problem-Solving section.

Should I Practise on a Computer?

Yes.

Practical computer skills are directly examined, so you should practise using a computer alongside your theory preparation.

Where Can I Find the WAEC Digital Technologies Areas of Concentration?

Use the WAEC Digital Technologies Areas of Concentration 2027/2028 guide to organise your revision around the major theory and practical topics.

Conclusion

The WAEC Digital Technologies Syllabus 2027/2028 gives you a complete guide to the computer knowledge and practical skills you need for the examination.

Your preparation should cover Computer Evolution, Computer Fundamentals, Hardware, Software, Computer Applications, File Management, Basic Computer Operations, ICT, Internet, Networking, Computer Ethics, Algorithms, Flowcharts and Programming.

Do not prepare for Digital Technologies through theory alone.

Practise using a computer, create documents, work with spreadsheets, build simple databases, create presentations, browse the Internet, manage files and write simple programs.

Also make sure you understand computer hardware, storage units, logic gates, network devices and security concepts.

Use the complete syllabus as your main checklist and answer related WAEC past questions after completing each topic.

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