Comment envoyer une minorité d'étudiants surmotivés sur des objectifs pédagogiques intégrés et connexes dont le parcours est structuré ?
1) Faire une courte introduction engageante (15min.)
2) Identifier la minorité surmotivée et leur distribuer un parcours.
3) Assurer une supervision mininal avec un suivi distant et ponctuel au besoin.
Avec 2 exemples de parcours: une auto-initiation en 5 niveaux pour contribuer à Wikipédia; et un programme de 12 semaines pour démarrer un blogue sur un sujet de recherche.
How to get the few really motivated students involved? By asking them to fulfil « side-quests » learning activities in a structured itinerary :
1) Present a short but engaging initiation [sur quoi?] (15 min.) ;
2) After identifying the motivated students, give them a formal checklist [pour quoi?];
3) If needed, provide minimum mentoring and follow-up
Here are two examples : 5-steps self-initiation on how to contribute to Wikipedia and 12-weeks program to start a blog on research topic.
The purpose of this activity is to inspire students to adopt structured methods when they explore and retrieve information. It is based on lab notebooking methods and on managing and documenting the flow of references in Zotero, a reference management software.
The first principle is based on a tree of collections to manage the references arriving in the Zotero library. Some basic methods are suggested and the students are invited to create their own. The second principle is based on standalone notes to document all the research process through online database, libraries and experts.
This website provides several subject-specific guides to ICT literacy resources (bibliographies, websites, articles, learning activity ideas) to help faculty incorporate ICT literacy into their curriculum.
Amazon Inspire is a service that provides educators a place to discover, manage, rate, review, and share educational resources. Search by title, subjects, grade levels, resource types, publishers, and standards.
The ETS® Proficiency Profile assesses four core skill areas: critical thinking, reading, writing, and mathematics--with a little bit of information literacy-- in a single test that the
Resources in science and engineering education from Richard Felder, Hoechst Celanese Professor Emeritus of Chemical Engineering at North Carolina State University. Topics include student handouts, learning styles, and papers.
