Engineering

Submitted by Samuel Putnam on October 15th, 2020
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Short Description: 

This assessment asks undergraduate engineering students to review, rate, and explain their decisions relating to the credibility of information resources and information containers. Students are asked to review various resources as well as containers. After reviewing, students assign each resource or container with one of three ratings: green (always credible), yellow (potentially credible with further investigation), or red (never credible). Last, students explain their decision in relation to each resource or container. Ideally this task is given twice during a semester, before and after information literacy instruction.

Attachments: 
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Green Means Go Ahead and Cite That.docxdisplayed 658 times22.06 KB
Learning Outcomes: 

Students will be able to explain their decision-making process as it relates to citations.

Students will be able to analyze different resources and containers to make better informed decisions.

Students learn to distinguish between various information containers in virtual environments.

Discipline: 
Engineering

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

This assessment was integrated into a Professional Communication for Engineers course at the beginning and end of the semester. During the semester, students participated in several asynchronous information literacy instruction sessions.

Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 
Potential Pitfalls and Teaching Tips: 
Suggested Citation: 
Putnam, Samuel. "“Green Means Go Ahead and Cite That”: A Citation Activity for Undergraduate Engineering Students." CORA (Community of Online Research Assignments), 2020. https://projectcora.org/assignment/%E2%80%9Cgreen-means-go-ahead-and-cite-%E2%80%9D-citation-activity-undergraduate-engineering-students.
Submitted by Elizabeth Dobbins on May 6th, 2020
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Short Description: 

This assignment introduces students to United States patents and to prior art searching using two free, online databases: Espacenet and Lens.org. Instructional videos are available at: http://guides.lib.campbell.edu/patents

This assignment is designed to be scalable so that it can be implemented at an introductory level in a first-year design course, and replicated in the senior design course. To scale the assignment, modify the number of resources students are required to analyze and intensify the synthesis/analysis components.

Learning Outcomes: 
  • Students will be able to determine the patentability of their invention based on a nuanced understanding of United States utility patents and intellectual property.
  • Students will be able to conduct a sophisticated prior art search using Cooperative Patent Classifications.
Discipline: 
Engineering

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

This assignment was scaled for a first-year Foundations of Engineering Design course. As such, students were only required to analyze 6 patent documents in detail.

The assignment was developed in collaboration with Dr. Lee Rynearson, Assistant Professor of Mechanical Engineering at Campbell University. 

Assessment or Criteria for Success
(e.g. rubric, guidelines, exemplary sample paper, etc.): 
AttachmentSize
Patent Research Log Rubric.pdfdisplayed 934 times56.77 KB
Suggested Citation: 
Dobbins, Elizabeth. "Patent Research Assignment." CORA (Community of Online Research Assignments), 2020. https://projectcora.org/assignment/patent-research-assignment.
Submitted by Janelle Bitter on October 9th, 2019
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Short Description: 

This think-pair-share activity in which students compare a popular and scholarly source will help them progress from answering observable questions (type of language and format) to analytical questions (intended audience). As a class, students will discuss their answers and talk about whether the popular source accurately represented the scholarly source.

Attachments: 
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Step-by-step instructions on using this activitydisplayed 920 times19.2 KB
The worksheet to be used in this activitydisplayed 920 times14.17 KB
PowerPoint presentation given at a conference about this activitydisplayed 1021 times1020.35 KB
Learning Outcomes: 

Students will describe the information creation process for popular and scholarly sources, compare and contrast the type of information disseminated by each, and explain the ways in which authority and accuracy are contingent upon information need. Therefore, students will evaluate the accuracy and authority of a source based on discipline and information need and recognize and select appropriate resources for academic research.

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 
Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 
Potential Pitfalls and Teaching Tips: 

Using technology can unnecessarily complicate this activity, so printing articles and using the Post-it Note option would be better for a low-tech option.

Suggested Citation: 
Bitter, Janelle. "Scientific research in popular sources classroom activity." CORA (Community of Online Research Assignments), 2019. https://projectcora.org/assignment/scientific-research-popular-sources-classroom-activity.
Submitted by Pascal Martinolli on July 24th, 2018
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Short Description: 

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.

Learning Outcomes: 

Contributing to Wikipédia and starting a research blog.

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 
Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 
Potential Pitfalls and Teaching Tips: 
Suggested Citation: 
Martinolli, Pascal. "Missionner les étudiants surmotivés sur des objectifs connexes / Self-driven side-quests with minimum mentoring." CORA (Community of Online Research Assignments), 2018. https://projectcora.org/assignment/missionner-les-%C3%A9tudiants-surmotiv%C3%A9s-sur-des-objectifs-connexes-self-driven-side-quests.
Submitted by Pascal Martinolli on July 24th, 2018
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Short Description: 

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.

Attachments: 
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Description of the activity (in English)displayed 1783 times587.94 KB
Description de l'activité (en français)displayed 1754 times753.58 KB
Learning Outcomes: 

Adopting structured methods when exploring and retrieving informations;
Managing and documenting the flow of references in Zotero.

Individual or Group:

Suggested Citation: 
Martinolli, Pascal. "ZotLog: Inspiring students to adopt structured methods in Zotero." CORA (Community of Online Research Assignments), 2018. https://projectcora.org/assignment/zotlog-inspiring-students-adopt-structured-methods-zotero.

Teaching Resource

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.

Teaching Resource

Science NetLinks is a dynamic Website connecting K-12 teachers, students, and families to STEM resources produced by the American Association for the Advancement of Science including les

Submitted by Laura Massa on January 5th, 2017
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Short Description: 

In small groups students give a presentation examining how the popular media reports scientific findings.

Attachments: 
AttachmentSize
Science in the Media presentations assignment & rubricdisplayed 1588 times19.28 KB
Learning Outcomes: 

• Discriminate between scholarly and popular modes of knowledge through an understanding of the peer review process. • Engage critically and reflectively in scholarly discourse. • Exercise critical thinking in oral discussion and writing.

Individual or Group:

Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 

Before I introduce the assignment I ask students to rate how accurately they believe that the popular media reports scientific findings. After all of the presentations have been given, I ask them to rate this again, and engage in a bit of reflective writing. I ask them explain why their rating has stayed the same or changed, how they will approach science in the media moving forward, and what they think the main take-aways from this assignment have been. We then discuss those take-away messages-- which usually results in a much broader and deeper understanding of information sources.

Suggested Citation: 
Massa, Laura. "Science in the Media." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/science-media.

Teaching Resource

MIT OpenCourseWare is a web-based publication of virtually all MIT course content. 

Teaching Resource

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.

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