Web Design And Development Past Papers

[Cesar Sergeantson]

Researchon artifical intelligence technology has not only increased rapidly over recent years, it is also no longer limited to the technical disciplines from which it originates. AI technologies feature prominently in social and sociotechnical studies including those conducted in information systems. Through a scoping review we explore how the research on different kinds of AI technologies has progressed over the past decade. Particularly, we explore whether the cross-disciplinary research on AI technology is informed by and informs our sociotechnical understanding of phenomena related to their design, development and implementation. For this purpose, we develop an analytical framework that differentiates sociotechnical perspectives, categorizes AI technologies into different kinds, and distinguishes research on its design, development, and implementation. Our review shows that current research is lacking empirical approaches and provides only a limited understanding of the interactive effects of social and technical factors. Based on this, we discuss opportunities for research.

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Three decades after the first set of work on Medical Augmented Reality (MAR) was presented to the international community, and ten years after the deployment of the first MAR solutions into operating rooms, its exact definition, basic components, systematic design, and validation still lack a detailed discussion. This paper defines the basic components of any Augmented Reality (AR) solution and extends them to exemplary Medical Augmented Reality Systems (MARS). We use some of the original MARS applications developed at the Chair for Computer Aided Medical Procedures and deployed into medical schools for teaching anatomy and into operating rooms for telemedicine and surgical guidance throughout the last decades to identify the corresponding basic components. In this regard, the paper is not discussing all past or existing solutions but only aims at defining the principle components and discussing the particular domain modeling for MAR and its design-development-validation process, and providing exemplary cases through the past in-house developments of such solutions.

To introduce students to contemporary technologies used for web design and development, and to equip them with the basic technical skills required to deploy such technologies. This module is only available to students based in the Computer Science Department and cannot be taken as an unusual option by external students.

The Design Research and Development track is for persons with academic backgrounds in all fields of design. Professional practice experience is also useful, but is not required. Students in our program are encouraged to think critically about design problems and processes, to compare and test methods, and to seek discoveries through the analysis and synthesis of cross-disciplinary approaches and the application of design thinking. Because the program is intentionally multidisciplinary and process-oriented, courses in this degree may also be of interest to persons who are incorporating design thinking into the processes of other disciplines, which generates a diverse atmosphere. Research topics are encouraged in alignment with the expertise of the core faculty in order to maximize the potential for student participation in funded projects and other active theoretical or practical investigations. Areas of investigation generally fall into one of three categories: Research for design practices; Research about design practices; Design practices as research.

Students in this track are required to complete 60 credit hours of study to receive a MFA degree in Design. The program takes three years to complete, and only under exceptional circumstances is the track completed in less time. The curriculum includes a core of seminar and studio courses and independent thesis-related studies and open electives in the themes of studio/lab, history/theory, and collaborative/interdisciplinary activity. Students work closely with a three-person thesis committee to develop their thesis topics and the vehicles best used for their development.

The Design Research and Development (DRD) track, leading to the Master of Fine Arts (MFA) in Design, is devoted to the development of knowledge and skills possessed by successful designers, including environmental and social awareness, novel methods for human-centered and systematic analysis and visualization, and creative problem-solving. We emphasize the creation of outcomes that address and contribute to contemporary issues in a global society.

The DRD track centers on research that discovers and explores new concepts, theories and outcomes in domains that are relevant to designers. The techniques and tools applied may be those traditional to design practice, including testing performance, usability, and user satisfaction, or they may evolve from experimentation, prototyping/making and exploration of the digital realm. Engaging primary research is critical to the processes of discovery that we encourage.

Courses providing strong emphasis on history and analytical methods, as well as the philosophical, political, material, and context for works related to design, animation, or interactive media and specific research interests.

In this article, we delve into the crucial role technical documentation plays in software development. We'll guide you through the various types of documentation, share best practices for crafting clear and concise documents, and introduce tools that can streamline the process.

Technical documentation in software engineering is the umbrella term that encompasses all written documents and materials related to software product development. All software solutions, whether created by a small team or a large corporation, require various types of documents throughout the whole software development lifecycle (SDLC).

The documentation types that the team produces and its scope depend on the software development approach that was chosen. There are two main ones: Agile and Waterfall. Each is unique in terms of accompanying technical documentation.

The Waterfall approach is a linear method in which you can only proceed to the next stage when you finish the previous one. Teams that use waterfall spend a reasonable amount of time on product planning in the early stages of the project. They create an extensive overview of the main goals and objectives and plan in detail what the working process will look like.

The Agile approach is based on teamwork, close collaboration between developers, business stakeholders, and end customers, flexibility, and the ability to quickly respond to changes. The basic building blocks of Agile development are iterations: Each of them includes such stages as planning, design, development, etc.

The main goal of effective documentation is to ensure that developers and other stakeholders are working together to accomplish the project's objectives. Different software documentation types exist to achieve this goal.

Product documentation describes the solution that is being developed and provides instructions on how to interact with it. In general, product documentation includes requirements, tech specifications, business logic, and manuals. There are two main types of product documentation:

A product requirements document or PRD provides information about system functionality and behavior. Generally, requirements are statements of what a system should do and how it should work.

User experience design (UX design) begins at the planning stage and proceeds through all the stages of development, including the testing and post-release stages. The process of UX design includes research, prototyping, usability testing, and the actual designing phase, during which lots of documentation and deliverables are produced.

The research stage involves gathering insights about the users and the context in which they will interact with the product. Techniques applied include user interviews, surveys, observation, and market analysis. The goal is to understand user needs, behaviors, pain points, and motivations. It implies developing

User personas represent the key characteristics of potential product users, focusing on behavior, thought patterns, and motivation. They help define customer segments and tailor the product functionality and future marketing strategies to different user groups.

A user scenario is a document that describes the steps a user persona will take to accomplish a specific task. User scenarios focus on what a user will do, rather than outlining the thought process.

Scenario maps are used to compile the existing user scenarios into a single document. Scenario maps show all possible scenarios available at a given moment for every single function, as well as intersecting scenario steps.

During the prototyping stage, UX designers work with the research phase deliverables. They develop interactive representations of the final product to create and test the design concepts. Some common documents produced at this stage are

A site/product map is a visual scheme that represents the connection between all pages of a product. It helps the team visualize the structure of a website or app and the connections between the pages/functions. Creating a site map is a part of arranging the information architecture.

User flow or user journey maps visualize the steps a user should take while interacting with all parts of the product. Usually, the scheme includes all the pages, sections, buttons, and provided functions to show the logic of user movement.

Wireframes are the blueprints for future UI. Basically, wireframes are schemes that show how to arrange the elements on the page and how they should behave, but without details of how those elements should look.

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