How many instructors does it take for amazing course design? Or perhaps we should begin with “A mathematician, humanist, communication expert and statistician walk into a bar.” This unlikely team has co-developed a pair of courses, Learning to Reason I: Art and Quotient and Learning to Reason II: Commerce and Flux, that deeply investigate quantitative reasoning from multiple perspectives. Blending elements of rhetoric, logic, and history with mathematical computation, representation, and application breaks through the perceived barriers between the unyielding, obstinate world of mathematics and the ambiguous, equivocal world of the humanities. Developing the courses as an interdisciplinary team of mathematicians and humanists has brought to...
*** University’s Interdisciplinary Science (iSci) program has been designed to “put into practice ma...
This paper describes an interdisciplinary activity that crosses over between Mathematics and Rhetori...
Many students consider mathematics too abstract and useless for their academic and career goals. Mea...
The challenge faced by developers of collegiate mathematics curricula is to determine—and then provi...
Interdisciplinary courses are widely commended to help students acquire the mental agility and criti...
By collaborating with partner disciplines, mathematics educators gain valuable insight into the pers...
Mathematics Across the Sciences is an applications-based course designed to strengthen students’ mat...
Mathematics faculty are trained as mathematicians, first and foremost. If we did not experience the ...
Student learning across STEM disciplines has been shown to increase with greater integration of appl...
As part of a multi-institution, National Science Foundation (NSF) grant-funded project, Ferris State...
This study highlighted factors informing instructors’ instructional beliefs and practices and the ac...
As a result of the Curriculum Foundations Project and the SUMMIT-P consortium, faculty from four dif...
Research has shown that undergraduate students benefit from seeing examples of mathematics applied t...
How can mathematics be integrated into multi-section interdisciplinary courses to enhance thematic u...
Mathematical expertise demands effective thinking and learning methods, and these techniques transfe...
*** University’s Interdisciplinary Science (iSci) program has been designed to “put into practice ma...
This paper describes an interdisciplinary activity that crosses over between Mathematics and Rhetori...
Many students consider mathematics too abstract and useless for their academic and career goals. Mea...
The challenge faced by developers of collegiate mathematics curricula is to determine—and then provi...
Interdisciplinary courses are widely commended to help students acquire the mental agility and criti...
By collaborating with partner disciplines, mathematics educators gain valuable insight into the pers...
Mathematics Across the Sciences is an applications-based course designed to strengthen students’ mat...
Mathematics faculty are trained as mathematicians, first and foremost. If we did not experience the ...
Student learning across STEM disciplines has been shown to increase with greater integration of appl...
As part of a multi-institution, National Science Foundation (NSF) grant-funded project, Ferris State...
This study highlighted factors informing instructors’ instructional beliefs and practices and the ac...
As a result of the Curriculum Foundations Project and the SUMMIT-P consortium, faculty from four dif...
Research has shown that undergraduate students benefit from seeing examples of mathematics applied t...
How can mathematics be integrated into multi-section interdisciplinary courses to enhance thematic u...
Mathematical expertise demands effective thinking and learning methods, and these techniques transfe...
*** University’s Interdisciplinary Science (iSci) program has been designed to “put into practice ma...
This paper describes an interdisciplinary activity that crosses over between Mathematics and Rhetori...
Many students consider mathematics too abstract and useless for their academic and career goals. Mea...