E-Learning-Inclusivo (Mashup)

What will universities look like, do, or become in order support the workforce for a sustainable future?  This research provides some interest global perspectives on the skills and approaches evolving in higher education based on a paradigm shift known as "Future Skills Turn" .  This is a shift in education that emphasizes the development of skills needed for the future workforce, driven by rapid technological advancements, globalization, and evolving societal needs. This approach focuses on cultivating skills such as critical thinking, creativity, digital literacy, emotional intelligence, and lifelong learning, rather than solely on traditional academic knowledge.

The impacts on higher education include curriculum transformation, technology integration, industry collaboration, and lifelong learning.

This shift not only prepares students for successful careers but also empowers them to make meaningful contributions to a sustainable and equitable world. As we consider the value of current approaches to higher education, this is an important set of perspectives to consider as leaders.

Interesante artículo publicado recientemente en la revista RIED sobre los cambios que se deben inducir en las universidades de educación a distancia para que puedan salir de la profunda crisis en que se encuentran.

Exciting article about the future of our universities! 

"... Как будет выглядеть будущее образования?

1. Цена содержания будет свободное падение в течение ближайших семи лет. Мы услышали первые раскаты прошлом году, когда Верховный суд постановил , что американские владельцы авторских прав не может остановить импорт и перепродавать, защищенных авторским правом контента легально продаются за рубежом, прокладывая путь для глобального рынка учебников.

2. Поставка учебных материалов будет набухать. Это может показаться нелогичным, но, как мы движемся в сторону глобального рынка за содержание, создатели будет цена берущих, не в состоянии командовать много переговорах, учитывая огромный размер распределительных платформ (думаю Itunes). В то время как это может сделать меньше смысла для профессора в Нью-Йорке, чтобы написать книгу, она делает много смысла для одного в Мумбаи.

3. Образование будет персональной. С содержания обучения предоставляется по требованию, студенты будут более иметь возможность строить программы на получение степени из широкого спектра учреждений, предлагающих особые курсы.
Университеты будут властвовать курирование, работая талантов агентств. Они нарисую роялти и лицензионные платежи от содержания профессора создания и хранения. Во многих отношениях, роль лучших университетов станет еще больше ориентирован на выявление, инвестируя в и уборки отдачу от большого таланта.

Студенты являются победителями здесь. Снижение стоимости содержания в сочетании с усилением конкуренции среди профессоров, и более низкой средней рентабельности для университетов в профессора, приведет к снижению затрат на обучение и больших профессоров choice.Great с междисциплинарных знаниях великих кураторов-увидим лицензии и лицензионных платежей подняться как они Команда эффект масштаба в распределении. Существующие институты с большими запасами станет лейблов: платформы, которые инвестируют в большой талант. И распределительные платформы, викария содержание будет делать хорошо, командуя как эффект масштаба и охвата."

Learning by Doing
Education, like life itself, should not be a spectator sport. Merely listening or even reading may create the illusion of learning, but without active engagement, retention of course material, or the ability to apply it, is laughably low. Students who engage in hands-on activities understand concepts more deeply and remember them more accurately.
 
Project-based, case-based, and team-based learning and problem-solving are activity-based approaches to teaching and learning, allowing students to become creators of knowledge rather than mere recipients of knowledge.
 
Students might annotate a text or play or work of art, map and analyze data, visually represent change over time, document a neighborhood or community. The web can then make student projects and research publicly accessible.
 
By learning by doing can take even richer forms. A solver community brings together students and faculty to “crowdsource” innovative solutions to the critical challenges of our time. Tackling a real-world challenge is a proven way to nurture a community of engage, creative learners. One of the broader goals is to transform a class of students into a knowledge network, an ongoing community that can continue to partner and share expertise and insights.
 
Then there are maker spaces. These are innovation greenhouses, incubators, or accelerators where innovators – whether faculty, students, staff, or others from outside the campus – can work individually or collaborative on projects in a supportive environment.
 
A new kind of student populates many campuses defined not by demographic characteristics, but by mindset and aspirations. Extraordinarily entrepreneurial, these students, in their spare time, create apps, found start-ups, and devise creative solutions to a host of pressing environmental, health, and technology problems.

Learn more / En savoir plus / Mehr erfahren:

https://gustmees.wordpress.com/2015/07/19/learning-path-for-professional-21st-century-learning-by-ict-practice/

https://gustmees.wordpress.com/2014/10/03/design-the-learning-of-your-learners-students-ideas/

Learning by Doing
Education, like life itself, should not be a spectator sport. Merely listening or even reading may create the illusion of learning, but without active engagement, retention of course material, or the ability to apply it, is laughably low. Students who engage in hands-on activities understand concepts more deeply and remember them more accurately.
 
Project-based, case-based, and team-based learning and problem-solving are activity-based approaches to teaching and learning, allowing students to become creators of knowledge rather than mere recipients of knowledge.
 
Students might annotate a text or play or work of art, map and analyze data, visually represent change over time, document a neighborhood or community. The web can then make student projects and research publicly accessible.
 
By learning by doing can take even richer forms. A solver community brings together students and faculty to “crowdsource” innovative solutions to the critical challenges of our time. Tackling a real-world challenge is a proven way to nurture a community of engage, creative learners. One of the broader goals is to transform a class of students into a knowledge network, an ongoing community that can continue to partner and share expertise and insights.
 
Then there are maker spaces. These are innovation greenhouses, incubators, or accelerators where innovators – whether faculty, students, staff, or others from outside the campus – can work individually or collaborative on projects in a supportive environment.
 
A new kind of student populates many campuses defined not by demographic characteristics, but by mindset and aspirations. Extraordinarily entrepreneurial, these students, in their spare time, create apps, found start-ups, and devise creative solutions to a host of pressing environmental, health, and technology problems.

Learn more / En savoir plus / Mehr erfahren:

https://gustmees.wordpress.com/2015/07/19/learning-path-for-professional-21st-century-learning-by-ict-practice/

https://gustmees.wordpress.com/2014/10/03/design-the-learning-of-your-learners-students-ideas/

Learning by Doing
Education, like life itself, should not be a spectator sport. Merely listening or even reading may create the illusion of learning, but without active engagement, retention of course material, or the ability to apply it, is laughably low. Students who engage in hands-on activities understand concepts more deeply and remember them more accurately.
 
Project-based, case-based, and team-based learning and problem-solving are activity-based approaches to teaching and learning, allowing students to become creators of knowledge rather than mere recipients of knowledge.
 
Students might annotate a text or play or work of art, map and analyze data, visually represent change over time, document a neighborhood or community. The web can then make student projects and research publicly accessible.
 
By learning by doing can take even richer forms. A solver community brings together students and faculty to “crowdsource” innovative solutions to the critical challenges of our time. Tackling a real-world challenge is a proven way to nurture a community of engage, creative learners. One of the broader goals is to transform a class of students into a knowledge network, an ongoing community that can continue to partner and share expertise and insights.
 
Then there are maker spaces. These are innovation greenhouses, incubators, or accelerators where innovators – whether faculty, students, staff, or others from outside the campus – can work individually or collaborative on projects in a supportive environment.
 
A new kind of student populates many campuses defined not by demographic characteristics, but by mindset and aspirations. Extraordinarily entrepreneurial, these students, in their spare time, create apps, found start-ups, and devise creative solutions to a host of pressing environmental, health, and technology problems.

Learn more / En savoir plus / Mehr erfahren:

https://gustmees.wordpress.com/2015/07/19/learning-path-for-professional-21st-century-learning-by-ict-practice/

https://gustmees.wordpress.com/2014/10/03/design-the-learning-of-your-learners-students-ideas/