By the end of this chapter, you will be able to:
These skills will help you confidently produce professional-quality graphics that meet real-world project demands in the trade.
Manipulating graphic applications is a vital skill for professionals across diverse sectors in Kenya. Whether creating promotional materials for a retail business, designing informational brochures for a county referral hospital, or preparing reports for a cooperative society, proficiency in graphic applications enhances communication effectiveness. This chapter explores the foundational aspects of graphic application software, focusing on collecting design requirements, understanding software types, and navigating graphic application interfaces. Mastery of these elements equips students to produce visually appealing and professionally relevant graphics tailored to various organizational needs.
Collecting graphic design requirements is the first step in producing visual content that meets a clear purpose. Before any design work begins, the designer gathers information about the purpose, audience, content and technical specifications of the work. For example, a software development firm that wants a poster for the launch of a mobile app must first agree on the message, the launch date, the logo, the print size and the deadline. Without these details the designer is likely to repeat work and miss the client's expectations.
The terminology of graphic design and graphic applications allows designers, clients and developers to communicate clearly. A developer who is asked for "a 300 PPI CMYK vector logo" must understand each of these words before starting.
Graphic design is the art and practice of planning and projecting ideas and experiences through visual and textual content. It combines images, typography, colour and layout to convey messages effectively.
This software refers to computer programs used to create, edit and manipulate visual content. Examples include programs for photo editing, vector graphics and page layout.
A pixel is the smallest single point of colour in a digital image. An image on a monitor is made of thousands of pixels, and the more pixels it has, the more detail it can show.
Resolution defines the detail an image holds, usually measured in pixels per inch (PPI) or dots per inch (DPI). Higher resolution means clearer and sharper images, which is crucial for print media such as a product flyer.
Example: an A5 flyer measures 148 mm × 210 mm. At 300 PPI the image needs about 1748 × 2480 pixels to print sharply.
Vector graphics use mathematical equations to create images composed of points, lines and shapes. They are scalable without loss of quality, which makes them ideal for a software company's logo that must appear on both a business card and a large banner.
Raster graphics consist of pixels arranged in a grid to form images. Common in photographs, they lose quality when enlarged, so a screenshot of an app must be captured at the size it will be used.
A colour mode is the system used to describe colour. RGB (red, green, blue) is used for screens, while CMYK (cyan, magenta, yellow, black) is used for printing.
Typography is the choice and arrangement of typefaces, sizes and spacing so that text is readable and expresses the tone of the message.
Layout is the arrangement of text, images and white space on a page so that the reader's eye moves in a planned order.
Determining the requirements of a graphic project ensures that the design meets its purpose within technical and organisational limits. For example, a software company preparing a brochure for a new inventory system must specify the content, branding rules and delivery format before the designer opens the application.
The graphic's purpose may be to inform, advertise, educate or entertain. Clarifying this guides the style and content of the design: a poster announcing a coding bootcamp must persuade, while a user guide must instruct.
Identifying who will see the graphic helps tailor the design to their preferences and needs. A flyer for business owners who will buy a point-of-sale system uses plain language and benefits, while one for fellow developers may include technical terms.
This covers the text, images, logos, screenshots and contact details that must appear in the design. Listing them first ensures that no important information is left out.
File formats, page size, colour mode (RGB for screens, CMYK for print) and resolution must be specified so that the design works with the output device. A design for a roll-up banner needs a different size and resolution from a social media image.
Many organisations have rules about logo placement, approved colours and fonts. Following them keeps all the company's publications consistent.
Knowing the available budget and deadline helps in selecting suitable software, printing method and design complexity. A one-day deadline for an event poster suggests using a ready-made template rather than a custom design.
Graphic application software varies widely, and each type serves a different purpose. The choice depends on the project requirements, the user's skill level and the resources available, for example when a software team must produce a launch poster, a logo and a user manual.
Programs such as Adobe Photoshop and GIMP edit pixel-based images. They suit photo retouching, screenshot editing and complex visual effects.
Software such as Adobe Illustrator and Inkscape creates scalable graphics from vectors. They are preferred for logos, icons and app interface artwork that must stay sharp at any size.
Applications such as Microsoft Publisher, Adobe InDesign and Scribus combine text and images in a page layout. They are used to produce brochures, newsletters, certificates and magazines.
Programs such as Blender and Autodesk Maya create three-dimensional models and animations. They are used for product visualisations and animated demonstrations.
Tools such as Canva and Figma offer user-friendly interfaces for designing web graphics, social media posts and interface mock-ups. A developer can use them to prepare a screen layout before writing code.
A publication design arranges text and visuals into a finished document that communicates a message in print or on screen. Each publication type has its own size, layout and level of detail. For example, a software firm may use a flyer to advertise a training course, a certificate to reward participants and a booklet to guide new users. The sections below cover each type.
A template is a pre-designed document with the layout, fonts, colours and placeholder content already set. The user replaces the placeholders with their own text and pictures, which saves time and keeps the design consistent. For example, a software company may keep a template for event posters so that every poster carries the same logo position and colour scheme.
Templates are useful because they:
A banner is a large-format display used to catch attention from a distance and deliver one short message. Banners are hung at entrances or stands, for instance at a technology exhibition stand advertising a new software product. Their design uses big headings, very few words, a bold logo and high-contrast colours, and the image must have enough resolution to stay sharp at large size.
A booklet is a small multi-page publication made by folding and binding sheets together. A software firm may produce a booklet as a quick-start guide for a new system. Pages are normally a multiple of four because each folded sheet gives four pages, so an A4 sheet folded once produces A5 pages. Good booklet design needs a cover, a contents list, consistent headings, page numbers and margins wide enough for binding.
A brochure is a folded printed sheet that presents a service or product in more detail than a flyer. A common format is an A4 sheet folded into three panels. A brochure for a school management system might use the front panel for the title and logo, the inside panels for features and screenshots, and the back panel for contact details. Its design must balance attractive visuals with clear text and a logical reading order across the panels.
A flyer is a single-page printed sheet, usually A5 or A4, used to advertise an event or offer quickly. It is handed out or placed on notice boards, for example to announce a weekend coding workshop. A flyer carries a strong headline, one main image, the date, venue and cost in Ksh, and contact details. It is meant to be read in seconds, so it avoids long paragraphs.
A poster is a large single sheet displayed on a wall or board to promote an event, product or idea. The size is often A3 or larger. A poster for a hackathon uses a large title readable from several metres, a strong central graphic, the date and venue, and a clear call to action such as a registration address. Because it is viewed from a distance, it needs high contrast and minimal text.
A card is a small printed piece on thick paper, such as a business card, invitation card or greeting card. A business card for a software developer commonly measures about 85 mm × 55 mm and carries the name, job title, phone number, email address and logo. Because the space is small, the design uses a readable font size, generous margins and limited information.
A certificate is a formal document that recognises an achievement, such as completing a programming course or winning a hackathon. It is usually printed on A4 paper in landscape orientation. The layout contains the organisation's logo, the title "Certificate of Completion", the recipient's name, the reason for the award, the date and signature lines. A decorative border and a formal typeface give it an official appearance, and the layout is usually kept as a template so that only the name changes.
A magazine is a regularly issued publication with many pages of articles, pictures and advertisements. A software firm's internal technology magazine, for example, may cover product updates, staff profiles and tips. Magazine design uses a cover, a contents page, multiple columns, consistent heading styles, captions and page numbers. Facing pages are planned together as a spread so that text and pictures work as one unit.
Knowing the layout of the graphic application window lets a user find tools quickly and work efficiently. Although the appearance differs between programs, most share the same main parts. A designer who has learned them in one application can find the equivalents in another, such as when moving from a page layout program to an image editor.
Located at the very top, it shows the name of the application and of the open file, and holds the minimise, maximise and close buttons.
Located below the title bar, it provides access to commands such as file operations, editing, view options and help.
These contain icons and controls for frequently used tools such as selection, drawing, text and colour adjustment, allowing quick access during design work.
Rulers run along the top and left of the workspace and help the user measure and position objects accurately.
The central area where the design is created and edited. It reflects the document size and orientation.
Shows the stacking order of the design elements so that each can be organised and edited independently. This is vital for complex layouts such as a poster with background, photographs and text.
They move the view up, down or sideways when the page is larger than the visible area.
Displays information about the current tool, page number, document dimensions and zoom level to help with precise adjustments.
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Create a free accountThis chapter explored the process of manipulating graphic applications, beginning with collecting graphic design requirements, where key terms were defined, and various software types and publication designs such as templates, banners, and brochures were examined alongside the essential elements of a graphic application window. It then detailed the creation of graphic designs by guiding through basic tasks including selecting publication types, setting up pages, and using rulers and views. Adding and editing content, formatting text and paragraphs, and applying page formatting features like columns, borders, headers, and watermarks were also covered comprehensively. The chapter further discussed working with graphic objects such as textboxes, tables, shapes, and different image formats including PNG, JPEG, and GIF. Finally, the publication stage was addressed, focusing on preparing the publication, configuring print setup, and executing the printing process to produce the final graphic design output. This structured approach equips learners with the skills to efficiently create and publish diverse graphic materials using specialized software.
Type: Individual
| Tools & Equipment | Materials |
|---|---|
| Notebook and pen | Client brief document |
| Computer with graphic design software | Interview questionnaire form |
| S/N | Item | Quantity |
|---|---|---|
| 1 | Client brief document | 1 per Candidate |
| 2 | Interview questionnaire form | 1 per Candidate |
| 3 | Notebook and pen | 1 per Candidate |
| 4 | Computer with graphic design software (e.g., Adobe Illustrator or CorelDRAW) | 1 per Candidate |
| Items to be Evaluated | Marks Available | Marks Obtained | Comments |
|---|---|---|---|
| TASK 1: Collect Client Graphic Design Requirements | |||
| Read and understood the client brief document (Award 3 marks for thorough understanding and note-taking) | 3 | ||
| Prepared and used the interview questionnaire to collect requirements (Award 4 marks for appropriate questions and effective data collection) | 4 | ||
| Documented client requirements including preferred colors, style, and target audience (Award 5 marks for clear, complete, and organized documentation) | 5 | ||
| Sub-Total | 12 | ||
| TASK 2: Define Key Graphic Design Terms | |||
| Defined at least five key graphic design terms relevant to the project (e.g., vector, resolution, typography, color palette, branding) (Award 8 marks for accurate and concise definitions) | 8 | ||
| Sub-Total | 8 | ||
| TASK 3: Analyze and Specify Graphic Application Requirements | |||
| Identified and listed at least three graphic application requirements (e.g., file format, size dimensions, resolution) (Award 5 marks for relevant and clear specifications) | 5 | ||
| Prepared a summary report outlining client needs and graphic application specifications (Award 5 marks for clear, well-structured report) | 5 | ||
| Sub-Total | 10 | ||
| PRODUCT CHECKLIST | |||
| Completed client requirements document with at least 3 specifications matching client brief (Award 5 marks for completeness and accuracy) | 5 | ||
| Definitions of key graphic design terms are accurate and relevant (Award 5 marks for correctness and clarity) | 5 | ||
| Graphic application requirements documented correctly with appropriate details (Award 5 marks for proper specification and clarity) | 5 | ||
| Sub-Total | 15 | ||
| GRAND TOTAL | 45 | ||
Type: Individual
| Tools & Equipment | Materials |
|---|---|
| Computer with installed graphic applications | Project brief documentation |
| Internet access | Note-taking materials |
| S/N | Item | Quantity |
|---|---|---|
| 1 | Computer with installed graphic applications | 1 Pc per Candidate |
| 2 | Project brief documentation | 1 Set per Candidate |
| 3 | Internet access for research | 1 Connection per Candidate |
| 4 | Note-taking materials (notebook and pen) | 1 Set per Candidate |
| Items to be Evaluated | Marks Available | Marks Obtained | Comments |
|---|---|---|---|
| TASK 1: Identification of Graphic Application Software | |||
| Reviewed project briefs to understand client requirements (Award 3 marks for correct review and understanding) | 3 | ||
| Listed at least 4 types of graphic application software suitable for different publication needs (e.g., Adobe Photoshop, Illustrator, InDesign, CorelDRAW) (Award 1 mark for each correct software identified) | 4 | ||
| Matched each software type with appropriate publication design types (e.g., raster editing for photos, vector for logos, desktop publishing for brochures) (Award marks based on correct matching of software to publication types) | 5 | ||
| Used computer and internet to research additional software options available locally or online (Award 3 marks for effective research and use of resources) | 3 | ||
| Sub-Total | 15 | ||
| TASK 2: Selection of Publication Types | |||
| Identified at least 3 types of publication designs relevant to the client projects (e.g., brochure, flyer, magazine, poster, business card) (Award 1 mark for each correct publication type identified) | 3 | ||
| Selected appropriate publication type for each project based on client brief and purpose (Award marks for correct selection and justification) | 5 | ||
| Documented the selection with reasons for suitability (Award marks for clear and relevant documentation) | 4 | ||
| Sub-Total | 12 | ||
| TASK 3: Final Report and Recommendations | |||
| Prepared a concise report summarizing software identified and publication types selected (Award marks for completeness and clarity) | 4 | ||
| Included screenshots or notes supporting software selection and publication type decisions (Award marks for appropriate evidence) | 3 | ||
| Presented recommendations for the client on software and publication use (Award marks for practical and relevant recommendations) | 3 | ||
| Sub-Total | 10 | ||
| PRODUCT CHECKLIST | |||
| Complete and accurate identification and matching of graphic application software to publication types (Award 8 marks for accuracy and completeness) | 8 | ||
| Appropriate publication types selected for the given client projects with justification (Award 7 marks for suitability and justification) | 7 | ||
| Well-organized final report with clear recommendations and supporting evidence (Award 5 marks for report quality) | 5 | ||
| Sub-Total | 20 | ||
| GRAND TOTAL | 57 | ||
At the start of this chapter we promised you would be able to:
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