The goal of the standardized format of the I3U activity sheet is to concisely communicate to other faculty what the key elements of the activity are so that they can adapt the activity for their own environment; or perhaps use it as a source of inspiration and good ideas. An activity sheet will contain all the materials necessary to conduct the activity; student handouts, instructor notes, relevant web links, and bibliographic references.
Authors should be explicit about how I3U design principles are integrated into the activity. These explanations can occur in different sections of this submission form:
The title should be evocative of the main point(s) of the activity. It needs to communicate the full context of the activity on its own as it will show up in places like search returns (e.g. Google) where people won't have any contextual clues. So it should convey the idea that this is a teaching activity, what the subject matter is and what the relevant pedagogical focus is. For example: Solar Radiation: Sample Socratic Questions
Name and institution of author(s) of the activity and any other appropriate attribution information. If the page is based on materials originally created elsewhere that should be noted with attribution given to the original authors and links provided to the original materials.
Email addresses of the activity author(s) separated by commas. These will not be displayed in the activity page but are used for internal tracking.
This text should make it clear what the activity is. It should provide an overview of the things that students will do and the intended outcomes.
The description should be concise and compelling: typically no more than 1-2 very brief paragraphs.
In this laboratory exercise, students determine which allelic form of a particular single nucleotide polymorphism (SNP) they have (one located in an intron, and not associated with any known phenotype). Students may be homozygous for the A/T pair or the G/C pair, or they may be heterozygous with A/T on one chromosome and G/C on the homologous chromosome. Students isolate their own DNA, perform polymerase chain reaction (PCR) to amplify a region surrounding this SNP, and use RFLP (restriction fragment length polymorphism) analysis to determine their genotype.
What concepts and content should students learn from this activity? Are there higher-order thinking skills (e.g. critical thinking, data analysis, synthesis of ideas, model development) that are developed by this activity? Are there other skills (writing, oral presentation, techniques, equipment operation, etc.) that are developed by the activity.
This text should help faculty understand the types of teaching situations for which this activity is appropriate.
Important types of context include educational level, class size, institution type, etc. Is it lab, lecture, or field exercise, or a longer project? How much time is needed for the activity. Is there special equipment that is necessary? Are there skills or concepts that students should have already mastered before encountering this activity? How is this activity situated in the course? How easy (or hard) would it be to adapt the activity for use in other settings?
This section should include a narrative describing the mechanics of the activity
and all the materials needed to implement the activity (or links and references to those materials).
For all materials include, in the box below, a brief description of each item
covering what it is and what its role is in the activity.
If you upload files as part of your activity remember to consider their final use in deciding on appropriate formats.
Materials that other faculty are likely to modify should be provided in easily editable formats (plain text, Word files),
whereas materials that will be likely only used verbatim are most convenient in formats that are universally
readable (PDF format is often a good choice).
Once this form has been submitted we can work with you to integrate the downloadable files into the text of this section.
Please be sure all materials you upload can be freely redistributed. For more information about copyright as it applies to materials you are sharing through this site please check our more detailed discussion (opens in a new window) of this issue.
e.g. 'Student Handout for Sauerkraut Assignment'
UnspecifiedJPEGGIFPNGSVGMicrosoft WordMicrosoft Word 2007 (.docx)PowerPointPowerPoint 2007 (.pptx)ExcelExcel 2007 (.xlsx)Excel 2007 macro-enabled (.xlsm)Acrobat (PDF)Rich Text FileText FileComma Separated ValuesFlash VideoQuicktime VideoFlash MP4 VideoMP4 VideoFlash AnimationMP3 AudioM4A AudioPhotoshopIllustratorKMLFileKMZ FileZip Archivegzip ArchiveStuffit ArchiveDisk Image FileHTML FileEncapsulated PostscriptPostscriptTIFFJar ArchiveJava Web StartWebM VideoOgg VideoStella RuntimeStella Model (v9 .stm)Stella Model (v10 .stmx)XML fileShockWave Component (SWC)Matlab .MAT FileMatlab FileMATLAB Live ScriptMathematica NotebookMathematica CDF fileCogsketch WorksheetWebVTTUnknown BinaryThe system will attempt to determine the correct file type based on the name of the file you've selected. Choosing the correct file type here will override that.
e.g. 'student_handout'This will be the name of the downloaded file. By default
the system will generate this based on the title you specified and the type of file. If you
specify a name here it will over-ride the automatically generated name. This is generally only
useful when uploading file of a type not recognized by the system (not in the list of
file types above). In that situation choose File Type: Unknown Binary and include the appropriate
suffix in the file name here. e.g. myfile.m3z
Avoid spaces or special characters in the file names.
(You)Someone else -- Describe below.
A short description of where the material came from. Include names and institutions of authors and contributors as well as acknowledgment of any work from which this was derived.
The creator/copyright holder must have agreed to allow distribution of this file through this site. If you are the creator we strongly encourage you to select the CC Attribution-NonCommercial-ShareAlike option.
If none of the above licenses apply describe the conditions under
which this material appears on this site as well as any information
about reuse beyond this site.
Distributing information on the web generally requires the permission of the copyright holder--usually the original creator. Providing the information we request here will help visitors to this site understand the ways in which they may (legally) use what they find.
If you created this file (and haven't signed away your copyright) then we'd encourage you to select the CC Attribution-NonCommercial-ShareAlike option. You'll retain the copyright to your file and can do as you please with it in the future.
Through this choice you are also explicitly allowing others to reuse that file as long as they give you attribution, and don't use it for commercial purposes.
If the file (or content within it) was created by others you'll need their permission. If it predates 1923 or was created by a U.S federal employee (as part of their job) it is likely in the public domain (and we can all do as we choose with it). The original author may also have explicitly stated how it may be reused (e.g. through a creative commons license). You can describe the licensing/reuse situation in the box above.
Without permission you should not upload the file. There are several options in this case:
The Stanford Copyright and Fair Use Center has more good information about copyright as it applies to academic settings.
If you have more than 5 files include the first 5 here and then get in touch with the SERC office (firstname.lastname@example.org) after completing this form.
This section should include notes and tips for instructors who might use the activity. Information such as common areas of confusion, things that need reinforcement, safety guidelines and other practical tips, and pointers for making the best use of the activity are appropriate. Note that this section should complement, rather than repeat, the more general guidance about the teaching method provided in the methods module of which this activity is a part.
This section should describe how the author determines whether or not students (either individually or collectively) are achieving the learning goals outlined for the activity. Other relevant assessment strategies may also be described in this section.
This section should include references and links to online resources that discuss the specific activity or will support faculty and/or students using the activity. References related to the general teaching technique should not be included here, but should be recommended for inclusion in the associated module.
Web resources should include both the url and a brief description of the site (and why it is relevant). Print resource should include basic citation information as well as a brief description of the resource.
The short description should be a distillation of the summary above. This description will be displayed in search returns. The optimal length for this description is on the order of 1-2 sentences.
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