Educational content of modern web-developer training

Pro SharePoint 2013 Branding and Responsive Web Development is the definitive reference on the technologies, tools, and techniques needed for building responsive websites and applications with SharePoint 2013.  The book focuses on solutions that provide the best browser experience for the myriad of devices, browsers, and screen orientations and resolutions. Web technology has changed considerably in the past few years. Microsoft has embraced the new generation of open standards represented by HTML5 and JavaScript, and these changes are represented in a fundamental shift in how SharePoint 2013 supports web content management and publishing. Authors Eric Overfield, Oscar Medina, Kanwal Khipple, and Rita Zhang join forces to dive into the new features and capabilities provided by SharePoint 2013 and combine them with the latest techniques in responsive web design and development to demonstrate how to build modern and progressive websites and applications. Pro SharePoint 2013 Branding and Responsive Web Development covers the following technologies: SharePoint 2013 Server Edition Office 365 SharePoint Online Expression Blend 2013 Napa Tools for Office and SharePoint Development Visual Studio 2012 HTML5 and CSS3 JavaScript, JQuery, JQuery UI, Modernizr, and the Bootstrap Framework SharePoint 2013 Client Object Model

In the world of web design, if one wants to create a successful web site, one needs an effective content strategy. Return on Engagement shows web designers and developers how to implement an effective content strategy and how to stay ahead in the rapidly changing industry of web design. It presents best practices in terms of web design through a marketing function: content strategy, SEO, social media marketing, and success measurement to help web designers implement a strategy that ensures success for the site they are building. Return on Engagement shows web designers and developers how to not just design an aesthetically pleasing, functional website. This book shows those professionals how to implement marketing strategies and analysis into their website, thus ensuring its success. Nearly 3 years since the previous edition published, new best practices have been formed. Tools in which web developers use to analyze website metrics have advanced. New social media networks and communities have cropped up. New research in how audiences read and receive content has been done, subsequently refining best digital marketing practices. Return on Engagement features a step-by-step breakdown of how to use new tools, techniques, and technologies. The new edition also includes updated case studies of industry leaders who implement best practices on projects. Return on Engagement also features a regularly updated companion site that offers readers sample content, easy sharing tools, and web-based resources to help measure marketing viability of web properties.

The creation of this bachelor's degree was a series of innovations for us: a new model for degree creation. This is a bachelor's degree created by a community college. It is a degree program that does not exist anywhere else in the state, and it was built on collaboration between the college and local industry, and by collaboration between faculty and staff in different departments in the college. Usually, students are trained in front-end (client-side) skills or back-end (server-side) skills. When determining the need for the degree, the companies contacted indicated that they wanted students trained in both front-end and back-end skills or "full-stack" skills. At the college, web design (front-end) is housed in the School of Arts and Sciences, and web development (back-end) in the School of Business and Applied Technologies. The faculty in these disciplines collaborated with each other, industry partners, and various departments across the college to create a new applied bachelor's degree, a Bachelor of Applied Science in Web Design and Development. The applied nature of the degree was critical to student success and to filling workforce development needs. We wanted students to be trained in current technologies so they would be immediately employable upon graduation. The curriculum requires students to create real-world projects and work with the industry partners as they complete the degree program. This paper outlines our collaborative two-year journey in creating the degree, getting it approved and accredited, and making it available to students.

Markup is synonymous with the development of the web, but most people only scratch the surface of its capabilities. Why settle for average HTML, when you can become an HTML5 master? Thats where this unique book comes in. Its aimed at web designers and developers who want to take their markup even further in the exciting new directions the webhas takenin multimedia, interactivity and improved semantics. HTML5isn'tforjust any web site, but for a web site that will contribute to tomorrows web of data. HTML5 Mastery will introduce the new markup elements of HTML5including less commonly used onesand show you where and how to use them. It also provides clever styling and scripting techniques that you can employ on your web site. It is completely standards-compliant, and up-to-date with modern web design techniques. What youll learn How tomake the most of the new features of HTML5 How touse the new semantic tags to improve your markup How tointroduce multimedia and interactivity into your pages without the need for plugins How to create fabulous forms using new HTML5 elements and client-side validation How toexplore the power of associated APIs How to become a web developer skilled in the contemporary direction of web standards Who this book is for Web developers and designers who want to utilizenew features of HTML5 to improve their existing skillsets.

In this demo the use of web-based technologies for device state processing in IoT systems is presented. In particular, the Document Object Model (DOM) is used in conjunction with JavaScript processing to access and modify the state of heterogeneous devices within an IoT middleware platform. Using web-based technologies, the same principles as in client side web development can be applied to implement desired actions on devices. A plugin mechanism is provided, which allows the modification of device state processing scripts during run-time of the middleware platform. The major advantage of using web technologies is that the use cases on the middleware platform can be easily implemented by developers with knowledge in the field of web development. To improve development efficiency, well-known JavaScript libraries like jQuery can be used as well.

In recent years, serverless computing has emerged as a transformative technology in the field of web development, offering a new paradigm that eliminates the need for server management and promotes a more efficient deployment model. This computing model enables developers to focus solely on writing code, while the underlying infrastructure scaling, provisioning, and maintenance is handled by cloud service providers. The key attraction of serverless computing lies in its promise to increase operational efficiency, reduce costs, and simplify scalability challenges inherent in traditional web development practices.

Foundation Expression Blend 4 with Silverlight takes you through your first steps in creating Rich Internet Applications (RIAs) using the latest release of Microsofts technology. Youll explore features such as custom user controls that you can reuse throughout your projects and the media element that allows you to easily add sound and video to your applications. Silverlight 4 enables you to rapidly develop compelling, cross-platform RIAs using the extensive .NET 4 libraries, the powerful, design friendly Blend 4 Integrated Development Environment, and an enhanced workflow that allows designers and developers to work on the same set of files at the same time. At the end, youll put everything you have learned together to create a sample Silverlight 4 website. Whether youre an experienced .NET or web developer, or youre just starting out, this book will provide you with all you need to create RIAs with Expression Blend 4. Develop stunning RIAs in a short time using Blend 4 and Silverlight 4. Learn basic Object Oriented Programming Principles. Get familiar with the Blend 4 development environment. What youll learn Learn the Blend 4 and Visual Studio 2010 Integrated Development Environments (IDE). Learn how to create stunning animations using Silverlight 4 Storyboards and incorporate video and sound into your RIAs with the Silverlight MediaElement. Learn how to develop quickly and efficiently using Silverlight 4s reusable resources such as UserControls, ControlTemplates and DataTemplates. Learn about the Visual State Manager and the State panel in Blend 4 to easily add MouseEnter and MouseLeave states to your UserControls. Put everything you have learned together to create a sample Silverlight 4 website. Who is this book for? Web designers and developers wanting to learn Expression Blend 4 from the ground up. Those who have a background in the development of RIAs and want to learn this new technology.

Information and Communication Technology (ICT) such as the World Wide Web (WWW) has increasingly become embedded in everyday life and is progressively becoming indispensable for public, business, personal efficiency or even improvement of livelihoods [1]. Web users including People with Disabilities (PWDs) can conveniently undertake a number of tasks that would otherwise be difficult or impossible. But many Web applications such as e-learning, e-commerce and e-government are not accessible to PWDs including the blind. Through Web accessibility guidelines, Web developers can develop Web applications that are accessible to PWDs. However, majority of the available accessibility guidelines are difficult to integrate into existing developer workflows and rarely offer specific suggestions that are developer oriented. In this paper, we propose a Web Design Framework for Improved Accessibility for People with Disabilities (WDFAD). The WDFAD provides precise guidelines on how to develop Web applications that are accessible to PWDs particularly the blind. These are packaged according to the three components of Web applications namely; content, navigation and user interface. Using constructs of the Non Functional Requirements (NFR) Framework, Web accessibility design objectives are represented as primary goals and sub goals. The primary goals represent the high level accessibility design objectives, while the sub goals represent the requirements that need to be met in the Web development process in order to meet each primary goal. WDFAD also illustrates the overlaps between the process of meeting each primary goal. This unveils the optimal ways of achieving Web accessibility during Web design. The precise nature of WDFAD and its packaging according to the main components of Web applications makes Web accessibility requirements potentially easier to understand and apply by Web developers. Web Developers prefer precise and familiar tools due to their busy work life and daily interface and expression in formal instructions. In addition, the global versus local classification of Web accessibility requirements in WDFAD modularizes the web accessibility guidelines hence making them easier to understand, apply and update.

The digital landscape is witnessing the continuous evolution of our lived experiences, in which the cross-cutting domain of Generative Artificial Intelligence (AI) and web engineering models is emerging as a pivotal source of transformative innovation. This article seeks to identify the potential new opportunities that generative AI could explore since it heralds in a radical revolution in the traditional paradigms associated with web development. The studied problems addressed in this paper include historical web system construction issues, design complexities, and maintainability problems. The research concludes by presenting a roadmap for embracing this paradigm shift, contributing to the ongoing discourse on the intersection of AI and web engineering. The study is exploratory at the outset, trying to gain insights into the integration of generative AI into web development. This research aims to explore the challenges, benefits, and potential applications of generative AI in several phases of web development, including design, testing, and maintenance.

This paper explores issues related to user interface design and experience, including culturally preferred design elements. A local website audit was conducted to compare and analyze websites in Taiwan and Australia. The web design attributes for effective communication (usability) that are considered include: visual representation, navigation, links, layout and multimedia. Significant differences in culturally preferred design characteristics were found in each of the web design categories. Results from this study can contribute to help web developers and designers develop website designs that are culturally appropriate. Based on the methodology structure in this research, this investigation is the first phase in identifying cultural preferences of two cultures, and future research will evaluate the web experiment design to test if the cultural preferences are incorporated in the web, and to determine if such an approach can improve usability.Keywordscultural preferenceusabilityeffective communication

The purpose of this research was to design a course based on the design-based learning (DBL) model to improve undergraduates’ web design skills, and to explore the differences in learning effectiveness of students with different levels of knowledge integration. The quasi-experimental design was adopted in this study. Ninety-two participants studying general education courses in a university in southern Taiwan were selected to participate in this study. The instruments included the Web Design Skills Test and the Knowledge Integration Scale. The study found that the use of the DBL strategy in teaching could improve the web design skills of the experimental group students, especially those students with insufficient web design skills in the initial stage. In addition, students with a high level of knowledge integration had better improvement in their web design skills. The implication of this research is that DBL is a suitable web design skills training strategy for students with insufficient web design skills. If students could be reminded to integrate knowledge while studying, their learning outcomes may be better.

Web Design and Web Development have been in a continuous evolution state ever since the first web page was made publicly available, enabling the development of innovative ways to inter-act and communicate with people. This paper proposed an installation that continuously presents automatically generated web pages based on a computational design system that explores the use of algorithmic design processes for brutalist web page generation reflecting the semantic meaning of its content. The content is gathered from the Wikipedia API, from randomly selected words available in the API. Although conceptually and visually the outputs are Brutalism Websites, this approach effortlessly can be modified to generate outputs taking into consideration other visual and conceptual styles. This way, the proposed installation reflects how the Artificial Intelligence approaches may be impactful in the future of Web Design and Web Development.

To improve the quality of a website, many principles or guidelines have been suggested in the literature. However, the application of related principles is not a straightforward issue. It requires the web developer with high level of self-awareness to continuously review his own works and to justify the design based on related web design principles. The web developer should behave as a reflective practitioner for creating a high-quality website which fulfilled web design principles in various aspects. However, reflection cannot be implicitly assumed as an inborn ability. Certain experiences or training must be provided so as to enable the web designer to develop high level of self-reflection. In this connection, this chapter introduces a series of assessment for learning strategies with self- and peer-assessment components for transforming a web developer into a reflective practitioner. Detailed implementation, its effectiveness and participants' opinions of the self- and peer-assessment strategy of a case study will be reported.

In the field of web development, there has been an increased necessity for tools to protect against SQL injections, which can have catastrophic consequences for databases. This article introduces the concept of BlockchainSQLSecure, a unique method that leverages the capabilities of blockchain technologies to establish an additional layer of security in Django applications. The central idea revolves around creating a blockchain ledger for each SQL query made to the database, ensuring data immutability and traceability. This level of transparency actively counteracts the possibility of unauthorized modifications or injection attempts, as any interference becomes immediately apparent. In the context of this article, mechanisms for validating SQL queries through smart contracts on the blockchain have been explored, which enable the automatic rejection of queries containing potential injections. Additionally, methods of decentralized log storage have been examined, providing for the distribution of information among network participants, thereby rendering the system resilient to attacks and attempts of external interference. Furthermore, BlockchainSQLSecure can be implemented as a plugin for Django, facilitating its integration into existing projects. In a broader sense, the presented concept demonstrates how the combination of traditional protection methods and modern blockchain technologies can offer a new level of security for web applications.

This study investigates data-driven approaches to enhancing students’ web design skills through the integration of multimodal learning analytics (MLA) within adaptive digital learning environments. As the complexity of digital competencies continues to increase, there is a growing need for innovative, data-informed instructional strategies that support personalized and efficient learning processes. The research adopts a mixed-method design, combining quantitative analysis of learning analytics data with qualitative observations of learner behavior. The results demonstrate that MLA-based adaptive systems significantly improve student engagement, skill acquisition, and overall learning efficiency. By leveraging multimodal data sources, the proposed approach enables real-time feedback, personalized learning pathways, and more accurate assessment of competence development. The study contributes to the advancement of intelligent, data-driven educational systems and offers practical implications for improving the quality of web design education in higher education contexts.