Group items tagged

"Students presented their work. They had about 30 seconds. A few students served as a panel (if we're sticking with "Shark Tank", these are your Mark Cubans, your Mr. Wonderfuls, etc.). The teacher had prepared a few scripted questions, which the panel asked psuedo-randomly. The presenters knew these questions ahead of time and had to be prepared to answer them. Students responded to the questions that were selected. The panelists convened with their groupmates to discuss the presenters' responses and to develop deeper, more probing questions. The presenters also had a couple minutes to regroup and confer. After convening, the panelists return to their station and ask the questions that they and their group came up with. The presenters respond. From this point, it becomes semi-conversational as all the panelists are interested in getting their question answered.he presenters then answered those questions, which were generally more specific in nature and based on the initial responses of the presenters."

"Dr. Moorman conducted a study focused on what meaning VTS had for students exploring how they used VTS in patient care.  Guided by a series of 3 questions, a facilitator chose a work of art and asked students the following questions: 'What is going on in this painting?' 'What are you seeing that makes you say that?' (requiring students to give visual evidence), and 'What more can you find?' (requiring them to look again and scaffold off of others' comments).  Students found their observational skills improved and that they were more open to hearing other's opinions.  They found that they were more likely to give detail to back up observations in their clinical situations and listen to others during report. They also found they used the same line of questioning that the facilitator used when they were seeking more information during clinical rotations during patient care.    "

We had a faculty member who took our students to the VMFA every year for this exercise. The students loved it. I didn't understand its point at the time, but this makes a great deal of sense.

"Nelson goes on to say that "Education ought to be clear, inviting and enjoyable, without booby-traps, humiliations, condescension or boredom. It ought to teach and reward initiative, curiosity, the habit of self-motivation, intellectual involvement." This reminded of this course. So far I can honestly say that I have thoroughly enjoyed this course. Many of my previous online courses were extremely repetitive and the assignments were very bland. We did the same thing over and over again every week. Read the article and write a post about it. We are taught to question things in this course. We are pushed to be creative and research topics that we cannot find easy answers to. We are not punished for our opinions, rather rewarded for getting our creative juices flowing. One of my favorite assignments was the one where we had to search a question that we already knew the answer to. I had no idea that my question about the S on superman's chest would lead to gender equality. It taught me to always take a deeper look. This course is the kind of course Nelson was talking about. It's unique, and definitely meets his criteria." h/t Jon

"help students develop and embrace  reflective habits in their work. Reflexivity and self-reflection are two key skills for an optimal learning experience. They allow students to not only critically appraise their learning and identify areas of weakness and strength but also increase their critical awareness of the metacognitive processes involved in their learning. These 40 questions embedded in this list are ideal for enhancing students' metacognitive abilities."

How do you encourage students to ask questions that matter to them?

"Which of Newton's Laws (First, Second or Third) says that an object will move in a straight line at a constant speed without a net force? This is a terrible question for the following reasons: Does it really matter which law is First, Second, and Third? Technically, both the First and Second Law would be correct answers. It misses the main point about forces and motion and instead gives some type of recall-based question. I just think we can do better. Just because most physics textbooks (but not all) have been very explicit about Newton's Laws of Motion, this doesn't mean that is the best way for students to learn."

"Students appreciated the MOOC's ability to support structured, self-paced learning. Students often watched the short (10-to-15-minute) lecture videos at double speed with the captions turned on, at times that fit the students' schedules. Students described Andrew Ng as a highly effective lecturer, which added to the value of the lecture videos. Students did not actively participate in the discussion forums provided by the MOOC, choosing instead to use each other and Professor Fisher as resources when they needed help with the material. Occasionally, a student with a specific question would check to see if that question had already been asked and answered in the forums. It often was, and so the forums were a study resource for the students even if they didn't post to the forums themselves. Doug's students appreciated the in-class active learning facilitated by the "flipped" approach. By shifting explanatory lectures outside of class, class time was made available for more discussion, interaction, and application of that material. The students described Doug's role as "facilitator," guiding class discussions and making sure that every student understood the material. The biggest challenge identified by the students was a misalignment between the MOOC material and the additional readings Doug provided. These readings took the students beyond the introductory ideas presented in the MOOC, focusing on recent and seminar research in the field. The readings weren't designed for novices in the field, as Andrew Ng's lecture videos were, and they required "a different kind of learning," as one student put it. Nor did the readings always build on the week's MOOC content in clear ways."

" also share a lot of your concerns about specifics, but I think I've found a way to work my brain around it. You're absolute right; we've been conditioned to think in terms of exact numbers. We're used to being told our posts should be 200 words with 4 paragraphs and exactly 8 links to external sources, so that's how we've learned to function. I think this class has been great for me to retrain my brain to think creatively rather than within the confines of instructions. For length, I just make sure I answer the question. I ask myself if I feel that my answer is appropriate, or if I should go into more detail. It helps me if I stop focusing on the grade (as hard as that is) and instead focus on the assignment itself. If I can answer the question with detail in two sentences, I feel like two sentences is a perfectly fine entry. Most of the time, my entries are 2-3 paragraphs. I just write down what I'm thinking, rather than trying to filter through "Is this what Dr. Becker wants to see?" I think my work looks a lot better when I'm focused on what I think looks respectable, rather than trying to mold myself to what I think others may expect of me." h/t Jon

"My premise is that we're all sympathetic towards students who dislike mathematics, this course they're forced to take. We all have answers to the question, "What does it take to interest students in mathematics?" Though those answers are often implicit and unspoken, they're powerful. They determine the experiences students have in our classes. I lay out three of the most common answers I hear from teachers, principals, policymakers, publishers, etc., two of which are "make math real world" and "make math relevant." I offer evidence that those answers are incomplete and unreliable. Then I dive into research from Willingham, Kasmer, Roger & David Johnson, Mayer, et al., presenting stronger strategies for creating interest in mathematics education. "

"The idea behind Open Lab Hours is simple: create a space for students interested in journalism and technology to gather and work on projects. All are welcome. Some students come with the most basic questions, like "What's the internet?", while more advanced students come to debug projects, or hack on interactive and data stories for student publications. The key has been to create a community for people who want to learn. With a safe space for beginners, rookies and advanced folks to work together, relationships are naturally formed between students with varying skill levels. These relationships help newbies learn while providing more advanced students with the capacity to teach and develop new project ideas."

What we're trying to do with Agora: "The idea behind Open Lab Hours is simple: create a space for students interested in journalism and technology to gather and work on projects. All are welcome. Some students come with the most basic questions, like "What's the internet?", while more advanced students come to debug projects, or hack on interactive and data stories for student publications. The key has been to create a community for people who want to learn. With a safe space for beginners, rookies and advanced folks to work together, relationships are naturally formed between students with varying skill levels. These relationships help newbies learn while providing more advanced students with the capacity to teach and develop new project ideas."

"Two empirical questions were of interest: (1) what types of students participated in the blog and (2) did blog participation contribute to better learning outcomes? "

"But we also need to think and question and explore and understand, so that we can take up our particular responsibilities as educators as well as our general responsibilities as human beings. I might be wrong in my thinking, but I'm not going to stop thinking and putting it out there because that too, is an act of resistance."

"Very much like the hyphen that Butler and Spivak question, the hyperlink forms new connections, informs unexpected encounters, and formulates narratives and metaphors where none might have existed."

Pretty interesting way to try to answer this question.

"The right LMS is the one that most closely aligns with empowering students to create and collaborate.  This is contrary to most learning MANAGEMENT systems.  Managing learning is the last thing that is really needed.  Tasks and abilities are limited so that the process can be managed.  Learning is a messy process. Managing learning frustrates the learner and the instructor. "

"More than a technique, PCR is a concept, that enables molecular biologists to think in new ways of their object of study, DNA, to ask genes new questions. Opening the way to new experiments, it literally frees the imagination. Some even use PCR machines as fridges. After all a thermocycler is nothing but an intelligent heating and cooling block. It can be set on 4ºC for 48 hours, to conserve the result of an experiment over the week-end. "

1. For complex written assignments that require synthesis of material from the entire semester, divide the assignment into phases and have students submit interim deliverables for feedback. 2. Use rubrics to guide student activity on the discussion board as well as in written assignments. 3. For courses that teach dense, technical material, self-check quizzes can be very effective to oblige students to complete the required reading and help them (and instructors) gauge their understanding of the material. 4. Make use of synchronous technologies, where appropriate. Many of the challenges instructors face when teaching online are the result of the distant, asynchronous nature of most online learning. Web conferencing and telephone conferencing can help "close the gap" that asynchronous communication introduces. 5. Explore the use of peer-assessment strategies to foster community development and give students chances to learn through analyzing and critiquing the work of others. Rubrics are a must for this kind of activity. 6. Look for appropriate opportunities to address the entire class so as to reduce the time spent giving the same feedback to multiple students. After a big assignment, post an announcement summarizing some of the trends in the submissions, along with recommendations for next steps. Maintain a "Q&A" discussion board to which students can post questions for everyone to see. Monitor the board regularly, but also urge students to assist one another when appropriate.

A form of assessment in which students are asked to perform real-world tasks that demonstrate meaningful application of essential knowledge and skills -- Jon Mueller "...Engaging and worthy problems or questions of importance, in which students must use knowledge to fashion performances effectively and creatively. The tasks are either replicas of or analogous to the kinds of problems faced by adult citizens and consumers or professionals in the field." -- Grant Wiggins -- (Wiggins, 1993, p. 229). "Performance assessments call upon the examinee to demonstrate specific skills and competencies, that is, to apply the skills and knowledge they have mastered." -- Richard J. Stiggins -- (Stiggins, 1987, p. 34).

It's a bit insane to me this was a conversation but it's one that ought to happen much more. Are we practicing what we preach? "One of my undergrads came up to me and said, 'You know, Professor, your ideas about games as models for learning environments are really interesting, but I'm curious, why don't you teach your class following those ideas?'" Mr. Fishman says. "And I thought, Well, that's a really excellent question."