LINC 2019: Volume InformationProceedings of the MIT LINC 2019 Conference33 articles•273 pages•Published: February 12, 2020 PapersHossam Ahmed 1-11 | Mydhili Bayyapunedi, Pundi Sriram and Matt Wennersten 12-19 | Mikhail Bukhtoyarov and Anna Bukhtoyarova 20-26 | Maria Castello, Virginia Pellegrino, Daniel Argente, José Gomez-Marquez, Urs Gaudenz, Gregory Randall, Ana Carolina Pereira, Sandra Alonso, Javier Calvelo, Anna Young, Fernando Nicolás Acosta, Nikolas Albarran, Marcos I. Gimenez, Pablo M. Sedraschi, Marcos D. Umpiérrez, Martin Figares, Maria I. Rehermann de Sagastizabal and Milka D. Radmilovich 27-34 | Xinyao Cheng and Xiuqin Yin 35-46 | Yakov Cherner, Michael Cima, Paul Barone, Bruce Van Dyke and Arnold Lotring 47-53 | Yakov Cherner, Gary Mullett, James Uhomoibhi, Osei Darkwa and Tatyana Cherner 54-60 | Rana Dajani, Alya Al Sager, Diego Placido and Dima Amso 61-71 | Mariana Clini 72-80 | Gonca Esendemir Eskin and Ömer Geban 81-85 | Tessa Forshaw, Sergio Rosas and Bethanie Maples 86-97 | Aanandita Gahlot and Shubhankar Gahlot 98-107 | Augustine Mwangi Gatotoh, Christopher Gakuu and Peter Keiyoro 108-114 | Mark Greenman and Andrew Duffy 115-121 | Ildiko Gyori 122-131 | Sherif Halawa and Shireen Yacoub 132-141 | Marla Hilderbrand-Chae 142-151 | Merita Hoxha, Vilma Tafani and Keith Kennetz 152-161 | Waqas Idrees 162-173 | Arturo Miguel de Priego 174-177 | Joanna Molyn 178-187 | Elizabeth Ryder, Carolina Ruiz, Shari Weaver and Robert Gegear 188-199 | Armando Sanchez and Javier Peraza 200-203 | José Antonio Santander 204-209 | Nilanjana Saxena 210-213 | Alexandra Sierra Rativa, Marie Postma and Menno Van Zaanen 214-223 | Jonathan Spackman 224-233 | Sunday Taiwo and Ogunpeju Taiwo 234-240 | Guadalupe Vadillo and Jackeline Bucio 241-250 | Jennifer Verschoor 251-257 | Stefano Vuga and Eleonora Vuga 258-261 | Mehwish Waheed and Liudvika Leisyte 262-268 | Tiffany Wong, Selen Turkay and Drew Lichtenstein 269-273 |
Keyphrases21st century skills2, 2x2 Achievement Goal Orientation, a case study of 3 successful pilot projects, a self-maintaining and sustainable approach, academic performance, Advance Placement, Albanian Schools, Animal Conservation, artificial body, asynchronous interaction, Barriers to Education, Beaver, Biology, Biomanufacturing, biopharmaceutical, bioreactors, Biotechnology, blended learning, Bullying Prevention, BYOD, Cartesian space, Challenges, children, children start advancing their potential, coaching in Higher Education, collaboration, Community Health Volunteers, computational thinking, Computer Animations, Computer Science, cooperative activities, create a value based classroom environment, critical thinking, Critical Thinking in Language Teaching, Crowdsourcing, curriculum, curriculum design, deaf students, deep learning, design principles, development, different socio-economic background of the kids, digital learning4, digital learning environment, digital literacy, digital skills2, DIWO, DIY, e-learning3, EdTech, Education2, education equity, Educational policy making, educational technology, EECS in High School, Emotions, empathy2, Employability, energy efficiency, Engagement, English Language training, evaluation, executive functions, feedback of the participating teachers, flipped classroom, free play, future of work, game character appearance, Gamification, Gender gaps in education, Global and Local, Guided Thinking Map, high school, High School Partnership, higher education, Hybrid Learning Framework, Immersion, impact, inclusive education, inclusive learning, inclusive method, Inclusivity, independent study, Indian millennial learner, Innovation, innovation communities, inquiry-based learning, instructional design, Instructor Experiences, integrative, Interactive Whiteboard, Interactivity and feedback, Internally Displaced Children, International Studies, IoT, Job readiness, K12, Kakuma Project, Language Performance Assessment, learning, Learning and Development, learning design, learning network, learning science, Learning Sciences, learning takes place in a framework of values, learning technology, limited technology, Massive Open Online Courses (MOOCs), mathematical modeling, mHealth, Mind Age, mLearning, modular, MOOC, motivation, multilingual communication experience, multiple-solution designers, natural body, online, online education, online learning, Online learning in the MENA region, Online Methodology, online teaching2, online training, Out-of-school STEM, Overall Tasks, Pedagogical Principles, pedagogy, perceived learning, perceived-pain, philosophy course, physical modeling, Physics Education Research, Platform-based Interactivity, pre-service teachers, primary education, project-based learning, qualitative research, reading, Real-world problem, Right of Education, robot beaver, role of higher education, scaffolding, self-reflection, Situative Learning, skills, smart house, Social Cognitive Career Theory, Social Collaboration, social network, social search game, Socialability based interactivity, society and culture, sociometry a tool that measures transformation in class, solar energy, standards, successful value creation, Syria, System and Dynamic, task-based language teaching, Teaching aid, Teaching Arabic as a Foreign Language, Technology, technology adoption, the school system, tool accessibility, transdisciplinary2, tutoring, two countries 3 different types of schools, uncertain futures, uncertainty, Universal Design Learning, University Partnership, virtual animal, Virtual equipment, Virtual Laboratories2, Virtual Reality2, virtual robot animal, visual impairment, visualization, vocationally focused education, workforce development2, X-ray diffraction. |
|