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  • Created 01 Jun 2017

Quick tips

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1 = Quick and/or doable interventions for success in getting undergraduate students to be successful in applied mathematics =
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== Some tips for teaching modeling courses ==
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== Tips for research ==
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# Match student groups based on free time.
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== (3P's by Ami Radunskaya)
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# Give up content in upper-level courses.
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# Create a course for your research students.
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Pitfalls
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# To manage lots of projects at once - instead of having multiple topics in your modeling course, try having one topic, but each group working on different aspects, have projects worked on by groups (purposefully teach collaboration!!).
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# Low-entry modeling courses allow us to work with students longer.
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* Wishing that students were different or better prepared
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# Infuse growth mindsets into your teaching ([https://sinews.siam.org/Details-Page/research-it-doesnt-take-a-genius link] from Chad Topaz).
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* Wishing that students were more independentPossibilities
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* Instead of a final paper, have a sketch for a final paper
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* Expect to work a couple of summers on the same topic to publish a paper.
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* Write up a MOE = Memorandum of Expectations. Have students keep a log and a lab book with all notes that YOU own.
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* Invest up front.
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* ReST = give Resources, Samples, and Templates.
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* Group assignments and accountability.
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* Weekly discussion of results. Organize speaking seminars with other faculty/student teams.
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* Try to facilitate peer mentoring.
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* Believe in the students.Prayers
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* Find 2-3 students who work well together (have complimentary skills).
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* Have a project that a small question can be well-articulated and you know how to answer that question.
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* Students have some programming/scientific computing skills.
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* Students know how to navigate research database, LaTaX, Beamer, and Jabref.
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* Students know how to critically read papers, how to cite properly, and how to synthesize information from multiple sources.
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==
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29 == Summer research tips ==
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31 (Tips 1-14 courtesy of Chad Topaz)
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33 # Remember it is more like teaching than research
34 # Set expectations with students (# hours, deliverables, setbacks, etc.)
35 # Give students a realistic experience
36 # Getting a paper out is secondary
37 # Have a long time horizon
38 # Continue in later summers, or via senior thesis, or course projects, or...
39 # Student work in teams of 2-3 (if resources allow)
40 # Meeting with students every single day
41 # Code together with students
42 # Teach a lit review
43 # Teach organization (folders, commenting, BibTex, etc.)
44 # Teach/practice giving a talk
45 # Incorporate other professional development activities
46 # Incorporate social activities