Connecting Mathematics to Other Subject Areas Grants (9-12)
Supported by the Theoni Pappas Fund
"We took the opportunity to create an outdoor classroom space designed specifically for the STEM subjects. The space was intended to create a connection between mathematics and other STEM subjects in a way that was inspiring and hands-on."~ Laura Speer, 2017-18 Awardee
"We took the opportunity to create an outdoor classroom space designed specifically for the STEM subjects. The space was intended to create a connection between mathematics and other STEM subjects in a way that was inspiring and hands-on."
~ Laura Speer, 2017-18 Awardee
Principles to Actions: Ensuring Mathematical Success for All (NCTM 2014) suggests that teachers plan and implement units and lessons that promote positive dispositions toward the study of mathematics, including curiosity, self-confidence, flexibility, and perseverance (pp. 114-115). One way to do that is to create lessons across the disciplines.
The purpose of this grant is to create senior high classroom materials or lessons connecting mathematics to other fields. For 2020-21, grants with a maximum of $4,000 each will be awarded to persons currently teaching mathematics in grades 9-12. Materials may be in the form of books, visual displays, computer programs or displays, slide shows, videotapes, or other appropriate medium. The focus of these materials should be on showing the connectivity of mathematics to other fields or to the world around us. Any acquisition of equipment or payment of personal stipends must be critical to the grant proposal and may not be a major portion of the proposed budget. Any published sources must be documented. Proposals must address the following: the plan for developing and evaluating materials, the connectivity to other fields or disciplines, and anticipated impact on students' learning.
The applicant must be a current (on or before October 12, 2019) Essential and Premium member of NCTM and currently teach mathematics in grades 9-12 at least 50 percent of the school day. Activities are to be completed between June 1, 2020, and May 31, 2021. No person(s) may receive more than one award administered by the Mathematics Education Trust in the same academic year. Past recipients of this grant are not eligible to reapply.
Interested teachers are invited to submit a proposal. *No indirect costs.
Note: This grant is awarded to an individual teacher. The award must be reported to the Internal Revenue Service, and it is subject to federal income taxes. A Form 1099 will be sent to the grant recipient at the end of the calendar year. If you have any questions about your own income tax liability, you should contact the Internal Revenue Service or your tax counsel. These sources can advise a recipient on the proper way to report project expenses.
View the scoring rubric. This rubric is used by reviewers to rate proposals and determine which proposals will be selected for funding.
*Note that MET is launching a new online grant submission portal. The Proposal Cover Form below can be used for an example of what will need to be completed for this grant. The new portal will be available for Winter Grant Submissions after July 23, 2019.
I. *Proposal Cover Form (Microsoft Word)
❏ Complete all requested information.
❏ Must include NCTM member number.
❏ Must be signed.
II. Proposal (Three pages maximum)
❏ Describe plan in detail addressing what, who, how and why.
❏ Describe your classroom experiences on which the materials will be based.
❏ Include an outline of materials to be developed, any initial work done on the project, a detailed description of one of the components, and its connection to other fields or to the world around us.
❏ Prepare materials may be in the form of books, visual displays, computer programs or displays, slide shows, videotapes, or other appropriate medium. Any published sources must be documented.
❏ Explain the project's impact on students' learning of mathematics content.
III. Budget (Two pages maximum; table format)
❏ No Indirect Costs.
❏ Include itemized budget, presented in line-item table format.
❏ If the total budget for a proposed project is greater than the grant maximum, indicate clearly what the grant funds will cover and what additional funding sources might be available to complete the total budget.
❏ Be specific and justify line items.
❏ Acquisition of equipment and conference attendance must support the proposed plan but not be the primary focus of the grant.IV. Background and Experience
❏ One-page maximum, outline format preferred.
❏ One for each applicant.
❏ Formal education: institution, type of degree, major, minor, date each degree was granted.
❏ Teaching experience related to this grant proposal. Indicate the school(s), teaching assignments, and other pertinent information, including continuing education and professional activities.V. Letter of Support from Principal
❏ One-page maximum.
❏ Must be on official school stationery and signed by the principal.
❏ Confirm the teaching status of the applicant.
❏ Indicate strong support for the proposal and the applicant's ability to accomplish it.VI.Letter of Support from Teaching Colleague❏ One-page maximum.
❏ Must be on official school stationery.
❏ Indicate strong support for the proposal and the applicant's ability to accomplish it.
Final Report Requirements
❏ Awardees will be required to submit a brief report (two to three double-spaced pages) and an itemized report of expenses.
❏ Seventy-five percent (75%) of the approved budget, not to exceed $3,000, will be paid at the beginning of the project; the remainder will be paid on receipt of a final product and verified expenses (with receipts) related to the proposal.
The Mathematics Education Trust was established by the National Council of Teachers of Mathematics.
The Walton Outdoor STEM Workshop
The Walton Outdoor STEM Workshop will enable our instructors to consistently create meaningful, memorable student experiences that truly "connect mathematics to other subject areas". This workshop provides students and teachers, in all subject areas, acces
"How Long Can a Rocket Stay in the Air"
Project-based learning is a very effective pedagogy for student learning and will be used to integrate the four core areas (mathematics, science, social studies, and language arts), make learning relevant, establish connections to "real life," and d
Rigor, Relevance and Robots
Research shows that some students need practical applications to help motivate them to learn abstract concepts. By relating mathematics to the fields of engineering and computer programming, students will learn how the mathematics they are learning will hel