Group items tagged

C-1.1 I show and explain the plan I followed, the information I gathered, or the work I created. (examples: text, images, sound, multimedia presentations, email, tables, spreadsheets, animation, web pages...) sa1.1 logs on and off ICT devices sa1.2 opens applications and files (examples: using Start menu, My Computer, desktop icons...) sa1.5 navigates within an application (examples: using icons, menus, keyboard shortcuts...) sa2.2 manages electronic files and folders sb1.2 recognizes and presses keys on the keyboard (examples: uses one finger, uses both hands, hunts and pecks, uses correct hand position while watching the screen, demonstrates speed and accuracy...) sb2.1 selects and uses peripherals to find / record / manipulate / save / print / display information (examples: microphones, digital cameras, video cameras, electronic whiteboards, digital microscopes, joysticks, touch screens, storage devices, compact flash memory, data projectors, TVs, printers...) C-2.1 I discuss my work with others at a distance by using electronic communication tools. (examples: email, Internet, threaded discussions, videoconferences, chats, instant messages, camera phones, blogs, podcasts, online whiteboards...) sa1.11 sends and receives text messages and electronic files using rules of etiquette (examples: not typing in all capital letters, filling in subject line…) C-3.1 I communicate with a wide audience and collect feedback to improve my work.

What Is a CRS? A classroom response system (sometimes called a personal response system, student response system, or audience response system) is a set of hardware and software that facilitates teaching activities such as the following. A teacher poses a multiple-choice question to his or her students via an overhead or computer projector, perhaps using PowerPoint to do so. Each student submits his or her answer to the question using a handheld transmitter (often called a “clicker”) that beams an infrared or radio-frequency signal to a receiver attached to the teacher’s computer. Software on the teacher’s computer collects the students’ answers and produces a histogram showing how many students chose each of the answer choices.

Saba can only mean: we do not need stupid technologies in schools. But of course this begs the question: what constitutes a stupid technology? Probably - almost certainly - the Rube Goldberg assemblage of gadgets described above. Technology which causes more frustration than relief for the teacher. Technology which - like the school projectors of yore - takes three teachers and a technician to operate. Technology which distracts from learning and adds to student's time spent staring at the ceiling.