By the end of this chapter, you will be able to:
Mastering these skills will help you produce professional-quality graphics that meet client needs and stand out in the trade.
Manipulating graphic applications is a vital skill for ICT Technicians in Kenya, particularly as digital content creation becomes central to communication across various sectors. Whether supporting a marketing team at a county government office, designing user interfaces for a SACCO’s mobile app, or preparing educational materials for a university, understanding graphic application tools enhances productivity and quality. This chapter focuses on identifying graphic design requirements, understanding the types of graphic software, and navigating the graphic application environment, all critical for effective digital graphic manipulation.
Identifying graphic design requirements is the foundational step in any digital design project. For ICT Technicians, this means understanding the client’s or organisation’s needs clearly to select appropriate tools and techniques. In Kenya, where diverse sectors from healthcare to retail depend on visual communication, correctly defining these requirements ensures efficient use of resources and alignment with organisational goals.
Clear understanding of key terminology related to graphic design establishes a common language for ICT Technicians and stakeholders. This fosters effective communication and project success.
Graphic design is the process of creating visual content to communicate messages using typography, imagery, colour, and layout. It serves as a bridge between information and audience, making complex data accessible and engaging.
A graphic application is software designed to create, edit, and manipulate visual content such as images, illustrations, and layouts. These applications enable users to produce digital graphics for various media, including print and digital platforms.
Vector graphics use mathematical equations to represent images through points, lines, and shapes. This allows for infinite scaling without loss of quality, making vectors ideal for logos and illustrations.
Raster graphics consist of pixels arranged in a grid, each pixel holding colour information. Photographs are typically raster images, which can lose quality when resized beyond their resolution.
User Interface refers to the layout and design of software controls that allow users to interact with an application. A well-designed UI enhances usability and efficiency in graphic applications.
A publication is a document prepared for distribution to an audience, in print or on screen. Flyers, brochures, magazines, certificates and e-books are all publications, each combining text and graphics in a planned layout.
Desktop publishing (DTP) is the use of a computer and layout software to combine text, images and graphic objects into a finished publication ready for printing or electronic distribution. It gives the designer control over page size, columns, fonts and image placement without needing traditional typesetting.
Resolution is the amount of detail an image holds, usually measured in pixels per inch (ppi) for screens or dots per inch (dpi) for print. A higher resolution gives a sharper printed result but a larger file. Example: a photograph that looks sharp on a phone screen may look blurred when enlarged on an A3 poster because it has too few pixels.
Determining graphic application requirements involves analysing project goals, output formats, user skills, and hardware capabilities. This ensures that the selected tools and workflows meet the specific needs of a project.
The purpose defines the nature of the graphic work such as marketing materials, educational content, or digital branding. For instance, a SACCO designing a loan application brochure needs print-ready high-resolution graphics, whereas a hotel’s website banner requires optimised digital images for fast loading.
Graphic requirements vary depending on whether the final product is intended for print, web, social media, or multimedia. Print designs demand higher resolution and colour accuracy, while web graphics focus on file size and screen compatibility.
Different projects require specific software features like layering, vector editing, photo manipulation, or animation. An ICT Technician supporting a university’s e-learning platform might prioritise software with strong vector and text tools for clear instructional graphics.
The complexity of the chosen graphic application should align with the user’s expertise. Basic image editing tools suit administrative staff preparing simple flyers, while professional designers require advanced applications like Adobe Photoshop or CorelDRAW.
Graphic applications have varying system requirements. A rural primary school with older computers in its computer lab may need lightweight software that performs well on limited hardware, avoiding delays in project delivery.
Graphic software falls into categories based on functionality and output type, providing ICT Technicians with options tailored to project demands.
Raster graphic editors such as Adobe Photoshop and GIMP allow pixel-level editing of images, ideal for photo retouching and complex compositions. They are used by marketing departments to prepare advertising visuals and by photo studios for retouching portraits.
Vector editors like Adobe Illustrator and Inkscape specialise in creating scalable graphics composed of paths and shapes. Cooperatives often use vector graphics for logo design and branding materials to ensure crisp prints on various media.
Desktop publishing software such as Adobe InDesign and Scribus integrates text and graphics to produce multipage documents like brochures, reports, and newsletters. Commercial printing presses frequently use these tools to prepare customers’ jobs for print.
3D graphic applications like Blender and Autodesk 3ds Max create three-dimensional models and animations. These are less common in daily ICT technician tasks but may be relevant in architectural firms or educational content development.
Web graphic editors, including Canva and Figma, provide cloud-based platforms for collaborative design, focusing on web and social media content. A small salon or boutique can use these tools to produce quick, professional-looking marketing materials.
Different types of publication designs serve varied communication purposes, requiring tailored graphic approaches. Choosing the right type depends on the audience, the message, the page size and the budget for printing or distribution. The following sections describe the main publication types an ICT Technician is expected to recognise and prepare.
A template is a pre-designed file that already contains a page size, margins, fonts, colours, placeholders and sometimes sample content. The user replaces the placeholder text and pictures with their own material, saving time and keeping a consistent look across many documents. Example: a driving school can keep one template for its receipts, notices and certificates so that every document carries the same logo, colours and layout.
Most graphic and desktop publishing applications ship with built-in templates for common publications, and users can also save their own finished designs as templates. A good template locks the elements that must stay constant, such as the logo and footer, and leaves only the changing content open for editing.
A banner is a large-format graphic displayed on a wall, a stand, a fence or across a street to attract attention from a distance. Because it is read quickly and from far away, it uses very large headlines, strong colour contrast, a single clear message and little text. Example: a supermarket announcing a weekend sale uses a banner with the offer in thick, bold lettering and its logo in one corner.
Banners are usually printed on vinyl or fabric, so the design should be built from vector shapes and high-quality images that remain sharp when enlarged. Roll-up banners are tall and narrow, while wall or fence banners are wide and short, so the designer must set the exact dimensions before starting.
A booklet is a small multi-page publication made from sheets folded in half and fastened along the fold, usually by stapling (saddle stitching). Because each folded sheet gives four pages, the total page count should be a multiple of four. Example: a building contractor may produce a safety induction booklet for new site workers, containing rules, emergency contacts and illustrations.
Booklets need consistent page numbering, margins that allow for the fold, and a clear order of contents. Cover pages are often printed on heavier paper than the inside pages.
A brochure is a folded printed sheet that informs readers about an organisation, product or service in more detail than a flyer. A common format is the tri-fold, made from one A4 sheet (210 × 297 mm) printed on both sides and folded into three panels, giving six panels in total. Example: a county health department can use a brochure to educate communities about vaccination campaigns, with a cover panel, key facts, clinic locations and contact details on separate panels.
Each panel should hold one idea, and the designer must plan which panel appears on the outside when the brochure is folded. Photographs and icons break up the text and help readers who scan rather than read in full.
A flyer is a single printed sheet, often A5 (148 × 210 mm) or A4, handed out or posted to advertise an event, offer or service. It must deliver its message within seconds, so it has a strong headline, a short description, a call to action and contact details. Example: a gym opening in a new estate can distribute flyers announcing a free first week of membership, with its location and phone number at the bottom.
Flyers are cheap to print in large numbers, which makes them suitable for short campaigns. Clear spacing and limited fonts keep them readable even when glanced at quickly.
A poster is a large single-sheet display, commonly A3 (297 × 420 mm) or larger, placed on walls and notice boards to announce or promote something. Its dominant image and short headline must be readable from a few metres away. Example: a football club can post a match-day poster showing the fixture, date, venue and ticket price, with a striking central image of the team.
Unlike a flyer, a poster is not handed out but viewed in place, so visual impact matters more than detailed information. Images need enough resolution for their enlarged size, and the text hierarchy should guide the eye from the headline to the details.
Cards are small, stiff printed items used for identification, greeting, invitation or business contact. Common examples include business cards (about 85 × 55 mm), invitation cards, greeting cards and membership cards. Example: an agrovet shop can print business cards that carry its logo, the owner’s name, products supplied and phone number.
Because of their small size, cards should hold only essential information in legible font sizes. Designers must keep text and logos away from the cutting edge, leaving a safe margin so that nothing is trimmed off.
A certificate is a formal document that recognises an achievement, qualification or membership. It is usually printed in landscape orientation on A4 paper and includes a decorative border, the institution’s name and logo, the recipient’s name, the award, the date, and signatures or a seal. Example: a vocational training centre issues certificates to graduates, with each recipient’s name inserted into the same design.
Certificates are well suited to templates, since only the name, course and date change from one to the next. Fonts should look dignified and formal, and the layout must be balanced so that the recipient’s name is the focal point.
A magazine is a periodical publication that blends articles, photographs, headlines and advertisements across many pages, issued regularly such as weekly or monthly. Newsletters follow the same principle on a smaller scale, giving updates to a specific group. Example: a secondary school may produce a termly newsletter to update students, parents and staff on academic and social events.
Magazines rely on a grid of columns, consistent heading styles, a cover page, a contents page and page numbers to keep many pages organised. Desktop publishing software is normally used because it handles long, multipage layouts with text flowing between columns and pages.
Books and manuals require detailed layout work to organise text and images systematically. Example: a user manual for a computer repair workshop’s diagnostic equipment must be clear and precise so that technicians can follow each step safely. Because they run to many pages, they depend on consistent heading styles, numbered pages, a contents list and clearly labelled diagrams.
Digital publications include e-books, online magazines, and interactive PDFs. A private bank can use a digital newsletter to communicate with customers efficiently and cost-effectively. Designers of digital publications must consider screen sizes, file size and features such as clickable links and bookmarks, which printed items do not have.
Understanding the graphic application window's elements helps ICT Technicians navigate software efficiently to optimise workflow.
The title bar runs along the top of the window and shows the name of the application and of the open file. It also holds the minimise, maximise and close buttons. An asterisk or similar mark beside the file name in many programs signals unsaved changes.
The menu bar provides access to various commands and functions such as file operations, editing, and view options. For instance, the menu bar in Adobe Photoshop gives access to commands such as Image > Image Size and Filter.
The tool palette contains icons representing different tools like brushes, selection, and text, and it is where the user switches from one tool to another. In vector editors, this palette enables drawing shapes or editing anchor points with precision.
This bar usually sits below the menu bar and changes to show the settings of the tool currently selected. For example, choosing the text tool displays font, size and alignment options, while choosing a brush displays size and opacity.
The canvas is the main area where the graphic content is created and edited. Its size and zoom options can be adjusted based on project requirements, such as designing a poster or a small icon.
The layers panel manages different elements of a design independently, allowing for non-destructive editing. A dental clinic designing patient education materials can use layers to separate text from images for easier updates.
Scroll bars appear at the right and bottom edges of the canvas and let the user move to parts of a page or image that are outside the visible area. They are especially useful when working at a high zoom level.
The status bar displays information about the current tool, cursor position, and document properties. This assists users in monitoring changes and maintaining accuracy during design work.
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Create a free accountThis chapter explored the process of manipulating graphic applications, beginning with the identification of graphic design requirements, including key terminology, necessary software types, and various publication designs such as banners, brochures, and magazines. It examined the essential elements of a graphic application window to help users navigate the software effectively. The creation of graphic designs was detailed through basic tasks like selecting publication types, setting up pages, and using rulers and guides for precision. Adding and editing content, as well as formatting text, paragraphs, and pages with features like columns, borders, headers, and watermarks, were thoroughly discussed. The chapter also covered working with graphic objects including text boxes, tables, shapes, and different image formats. Finally, it addressed the preparation of publications for output, focusing on print setup and the printing process to ensure the final product meets desired standards.
Type: Individual
| Tools & Equipment | Materials |
|---|---|
| Computer with internet access | Design brief document |
| Notebook and pen | List of common graphic application software types |
| S/N | Item | Quantity |
|---|---|---|
| 1 | Design brief document | 1 Pc per Candidate |
| 2 | Computer with internet access | 1 Pc per Candidate |
| 3 | List of common graphic application software types | 1 Pc per Candidate |
| 4 | Notebook and pen | 1 Pc per Candidate |
| Items to be Evaluated | Marks Available | Marks Obtained | Comments |
|---|---|---|---|
| TASK 1: Analyze Design Brief | |||
| Reads and understands the design brief (Award 3 marks for clear understanding and identification of key points) | 3 | ||
| Identifies and lists graphic design requirements from the brief (Award 1 mark for each correctly identified requirement, up to 5) | 5 | ||
| Researches and selects two appropriate graphic application software types (Award 2 marks per correctly selected software matching requirements) | 4 | ||
| Justifies the selection of each software type based on design requirements (Award up to 5 marks for clear, relevant justification for both software choices) | 5 | ||
| Sub-Total | 17 | ||
| PRODUCT CHECKLIST | |||
| Report clearly details graphic design requirements from the brief (Award 6 marks if all key requirements are clearly and accurately reported) | 6 | ||
| Report correctly names two appropriate graphic application software types (Award 5 marks if both software types are named correctly and relevant to requirements) | 5 | ||
| Report contains coherent and relevant justification for software selection (Award 7 marks for well-explained, relevant justifications) | 7 | ||
| Sub-Total | 18 | ||
| GRAND TOTAL | 35 | ||
Type: Individual
| Tools & Equipment | Materials |
|---|---|
| Computer with Microsoft Publisher installed | Pre-installed publication templates |
| Colour printer | USB flash drive |
| S/N | Item | Quantity |
|---|---|---|
| 1 | Computer with Microsoft Publisher installed | 1 Pc per Candidate |
| 2 | Colour printer connected and configured | 1 Pc per 5 Candidates |
| 3 | Pre-installed publication templates | 1 Set per Candidate |
| 4 | USB flash drive for saving publication | 1 Pc per Candidate |
| Items to be Evaluated | Marks Available | Marks Obtained | Comments |
|---|---|---|---|
| TASK 1: Select and open template | |||
| Candidate logs in and opens Microsoft Publisher (Award 1 mark for opening the correct application, zero if not) | 1 | ||
| Candidate selects an appropriate flyer template (Award 2 marks for choosing a flyer template relevant to local event promotion, zero if incorrect template chosen) | 2 | ||
| Sub-Total | 3 | ||
| TASK 2: Customize flyer content | |||
| Candidate edits text fields with event details accurately (Award 3 marks for accurate and relevant text content matching brief) | 3 | ||
| Candidate inserts and positions images or logos correctly (Award 2 marks for proper image insertion and alignment) | 2 | ||
| Candidate applies appropriate font styles and sizes for readability (Award 2 marks for font style and size consistency) | 2 | ||
| Sub-Total | 7 | ||
| TASK 3: Save and print publication | |||
| Candidate saves the publication file to USB flash drive (Award 2 marks for saving file with correct filename and location) | 2 | ||
| Candidate configures printer settings for A4 colour print (Award 2 marks for correct printer configuration) | 2 | ||
| Candidate prints a test copy of the flyer (Award 2 marks for correctly printing the flyer) | 2 | ||
| Sub-Total | 6 | ||
| PRODUCT CHECKLIST | |||
| Flyer is A4 size (210mm x 297mm) and uses the selected template (Award 3 marks for correct size and template use) | 3 | ||
| Text content matches the event promotion brief and is free from spelling errors (Award 3 marks for accurate and error-free text) | 3 | ||
| Images and logos are clear, properly positioned, and do not overlap text (Award 2 marks for neat image placement) | 2 | ||
| Printout is clear, colour is accurate, and layout matches the on-screen design (Award 2 marks for print quality and layout fidelity) | 2 | ||
| Sub-Total | 10 | ||
| GRAND TOTAL | 26 | ||
At the start of this chapter we promised you would be able to:
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