Multimedia Applications

Syllabus

1. Definition of multimedia systems, introduction to the field Introduction to the core concepts and characteristics of multimedia systems and their role in digital communication. Overview of typical application areas and forms of multimedia output. Explanation of multimodal content and the technological foundations enabling its creation. 2. Technical, software, technological and economic prerequisites for producing multimedia outputs Overview of hardware and software tools required for professional multimedia production. Economic considerations, project planning and resource requirements. Selection of appropriate technologies based on project scope, quality demands and target audience. 3. Multimedia formats of static and dynamic outputs Classification and characteristics of static (images, graphics) and dynamic (video, animations) formats. Key parameters such as compression, quality, compatibility and file size. Criteria for choosing the optimal format for various media platforms. 4. Colour theory, colour depth, colour space Foundations of colour perception and the principles of additive and subtractive colour models. Importance of colour depth for image quality and gradient smoothness. Comparison of RGB, CMYK, HSL and other colour spaces for different design tasks. 5. Digital photography (comparison with analogue photography, basic principles) Comparison of analogue and digital photography in terms of workflow, technology and output quality. Explanation of exposure, aperture, shutter speed and ISO sensitivity. Selection of suitable equipment depending on the photographic purpose. 6. Composition (portrait, nature, product, advertising, etc.) Principles of visual composition and their application across different photographic genres. Use of light, perspective, symmetry and focal points to guide visual attention. Practical recommendations for creating aesthetically effective and communicative images. 7. Working with a raster graphics editor Introduction to bitmap editing, including retouching, masking, layers and colour adjustments. Use of non-destructive editing workflows for professional-quality output. Development of practical editing routines for graphic and photographic materials. 8. Typography (principles, rules, application) Fundamental principles of typography and its importance in visual communication. Rules for font selection, text hierarchy, spacing, kerning and readability. Application of typography in both printed and digital media. 9. Graphic design of a website Principles of web interface design with emphasis on UX and UI elements. Use of grids, wireframes, prototyping and visual hierarchy. Adaptation of the design for responsive layouts and accessibility requirements. 10. Processing audiovisual recordings Basics of working with audio and video, including capturing, editing and synchronisation. Selection of formats, codecs and compression techniques suitable for various platforms. Enhancing audiovisual quality through post-processing tools. 11. Working with video-editing software Editing video footage using timelines, layers, transitions and effects. Post-production processes such as colour correction and audio balancing. Exporting completed audiovisual outputs in appropriate quality and formats. 12. 3D modelling (methods and possibilities, modelling with a basic CAD tool) Fundamentals of creating three-dimensional objects and geometric structures. Overview of modelling techniques and beginner-friendly CAD tools. Preparation of 3D models for visualisation, animation or manufacturing. 13. 3D printing (methods of creating 3D outputs, 3D printing technologies) Workflow for preparing a 3D model for printing, including format selection and slicing parameters. Overview of main 3D printing technologies (FDM, SLA, SLS) and their use cases. Practical aspects such as material selection, post-processing and common issues.