Studies examining writing as a High-Impact Education Practice (HIP) have focused primarily on writing in terms of major project assignments, thus directing attention away from the promising high impacts that low-stakes writing (LSW) assignments have on student learning. This study piloted assigning LSW in two MBA classes to test the extent to which LSW assignments align with Anderson et al.'s (2016) study on high-impact writing assignments, and further, how accessible and beneficial LSW assignments are for non-WAC faculty and their curricula. Interview data from this study shows encouraging potential for WAC expansion and recruitment, and student survey data shows a promising relationship between LSW and the HIPs. This study ultimately shows low-stakes writing to function as a HIP, recruitment tool, and resource for correcting misconceptions about assigning writing.

: This article offers an overview of a first-year writing course in Aotearoa New Zealand, Tū Kupu: Writing and Inquiry, which forms part of a core Bachelor of Arts (BA) curriculum with “citizenship” as a key theme. I situate the course in the context of the tertiary sector in Aotearoa New Zealand, and the social and political contexts for teaching here, analysing how these contexts deeply inform the sense of “the civic” that we engage in writing instruction. In particular, I account for neoliberal trends in higher education and the complexities of citizenship, including the multiple and sometimes competing kinds of belonging, participation, and publics we invoke when we name citizenship as a teaching focus, and the role of writing in their enactment. My broadest claim is that this set of complexities is a useful one to illuminate the multifaceted work of writing instruction in this country. In addition, in three sections, this article works through some of the institutional and policy demands on writing instruction, the competing accounts of citizenship that we\nmight engage, and how our assignments, text choices, and workshop pedagogy model civic engagement and frame writing in terms of inquiry and collectivity, amid\nshifting frames and hierarchies of belonging, and questions about the role of the university.

Responding to the call for the contemplative teaching of writing initiated by O’Reilley (1993) and extended by Kirsch (2008; 2009), Kroll (2013), Kroll (2008), Wenger (2015), and Harrison (2012), among others, this article explores the theoretical considerations, practical components, challenges, and adaptability involved in teaching a contemplative research writing course. This article takes up the theoretical considerations of teaching a contemplative research writing course by examining the growing need for contemplative writing as a practice of mindfulness in an increasingly de-selfed academic culture (Hurlbert, 2012). Relatedly, this article examines the challenges involved when a pedagogy makes attendant assumptions about students, knowledge creation, the role of mindfulness in higher education, and the holistic decentering of the classroom space. Concerning the practical components of a contemplative research writing course, this article describes the central roles of contemplative silence (Kirsch, 2009) and freewriting, sustained inquiry writing projects, stable writing groups, and cycles of revision and reflection. Following this, this article takes up the challenges often engendered by the deployment of contemplative pedagogies in the context of higher education. Finally, this article describes the use of this course as a model for fostering writers’ engagement with their own disciplinary knowledge that is adaptable for sustained writing courses across the disciplines.

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Considering the need for writing and language programs to develop translingual and transdisciplinary pedagogies for teacher development at the graduate level (Canagarajah, 2016; Williams & Rodrigue, 2016), the authors examine the design of a multilingual pedagogy professional development series for first-year Spanish and Writing teaching assistants (TAs). As designers of and participants in the series, the authors explore the benefits and challenges inherent in transdisciplinary and translingual conversations and discuss implications for teaching and research in language and writing instruction and teacher development. In order to advance transdisciplinary and translingual approaches as a new normal in composition studies (Tardy 2017; Horner, NeCamp, and Donahue 2011), the authors hope to provide a professional development framework that adapts to the linguistic realities of different institutional contexts and students’ lived language experiences.

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

This study sought to understand how our students viewed themselves as writers, particularly in relation to their self-identified best piece of college writing. Our study was conducted with 104 undergraduate students at a medium-sized public university. Students responded to a survey asking open-ended questions about their best paper in college. Responses were analyzed to identify four broad themes: paper attributes, reflections on the process, actions taken by students, and actions taken by professor. The results led us to an examination of which pedagogical practices by faculty members enabled students to feel like they had achieved their best piece of writing. We conclude with a description of how faculty members across the disciplines can attend to both the cognitive and affective domains of writing to best help their students achieve good writing.

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Chapter 1 be especially important to undergraduate science students, whose confidence in their own abilities as writers may have been damaged by experiences with writing in the classroom during their schooling (Choi et al., 2010;Shanahan, 2004).Several of the scientists and mathematicians in this study discuss damaging experiences with school and English teachers in particular.The anxious mathematics student, sitting in a writing class, who reads this comment by a successful applied mathematician, What's interesting is I did mathematics, I think, because I found English so difficult . . .I failed . . . on English and I was fine on mathematics.I was top in maths but I was desperate in English.I can remember the essay.The title was "Your House."Now as a mathematician . . .I've got to write about my house.What is my house?And I went to numbers straight away.It's got five windows, it's got one door-this is age 10 or 11.I knew it was a disaster when I wrote it.But I was incapable of doing anything better-Timothy, Chapter 3. may recognise a similar incident of their own, and may never have realised that the successful science or mathematics professor in their writing classroom may have experienced this kind of setback.Reading of

Although faculty across the curriculum are often faced with issues of racial identity in the teaching of writing, WAC has offered little support for addressing race in assignment design, classroom interactions, and assessment. Through examples from teaching workshops, I offer specific ways that we can engage discussions about teaching writing and race productively.

This study uses student reflections of previous success in academic writing to guide instructors as they design writing assignments. Seventy-one students in five classes responded to a questionnaire designed to help them identify particularly successful writing experiences and reflect on the circumstances, strategies, and methods they believed impacted their success. Student responses to these questions were analyzed to identify broad categories or themes. This process produced an "emic" or insider's view of what constitutes successful writing assignments and writing process. The findings suggest that students self report their writing as successful when the writing assignment engenders engagement, commitment, collaboration, a systematic approach, and opportunities for external confirmation. Instructors can include these considerations as they plan the writing assignments for their courses. Discovering what student writers believe constitutes good writing and what strategies most effectively help them produce high quality writing provides an opportunity to design writing assignments that empower students to join the conversation in their discourse community. If faculty are aware of student perceptions of writing assignments and use those perceptions in assignment design, the products may be more satisfying for both student writers and faculty readers.

How to write, and the relationship between images and writing, has been changing within the academy. Some indication of this can be seen in the new composition texts that emphasize reading visuals or teaching students in our largely visual culture (e.g. Faigley, George, Selfe, & Palchik , 2004; Alfano & O'Brien, 2005; Ruszkiewicz, Anderson, & Friend, 2006). However, little account has been taken of students' perceptions of the visual and the written. In order to determine whether such perceptions might alter our understandings of the relationship between the image and the word, as well as revise our pedagogy, we conducted joint research with art and design students in the UK and US. We address here four of the areas of interest that emerged from our data: students' personal relationship with writing/art and design, the role of peers and audience, engagement with process, and conceptions of time. The research supported some common assumptions about teaching writing to students with visual preferences, and challenged others. As a result of these student voices, we offer some reflections that reinforce current pedagogies and suggest changes of our classroom methods.

"Critical Visual Literacy: Multimodal Communication Across the Curriculum" makes the case for expanding the pedagogical space and communication possibilities in undergraduate communication-intensive and linked (learning community) courses by allowing students to create multimodal texts that deal with civic and cultural and/or discipline-specific themes. We argue that, rather than diluting the opportunities for rhetorical education—now comprised of critical literacy, visual literacy, and critical technological literacy in today's increasingly fast-moving visual and electronic cultural environment—multimodal composing more meaningfully reflects the environment in which students receive and generate text today. Using a theory base that draws from the literatures of composition and CAC, visual literacy, new media theory and ecology, and the theory and pedagogy of critical technological literacy, we make a case for this expansion of communication opportunities in undergraduate communication-intensive classes.

Faculty resistance to Writing Across the Curriculum (WAC) is an issue that has been recognized by WAC program directors and practitioners for decades, yet it remains unresolved. Perhaps the problem is not resistance per se, but how we interpret and react to it. Faculty resistance is typically viewed as an impediment to the pedagogical change WAC programs hope to achieve. Moreover, the label of "resistance" is often used without further examination of the underlying causes. Based on research and experience as doctoral Writing Fellows in the Borough of Manhattan Community College WAC Program, we argue that so-called resistances are often justified concerns in regard to implementing WAC under given institutional, disciplinary, departmental, and personal constraints. We also suggest that if we listen and respond to these concerns, they become means to facilitate faculty engagement with WAC. By working through their concerns and adapting WAC to their context, faculty can take ownership of WAC and further develop the practice. Thus, what at first appears to be an impediment to deep-rooted pedagogical change ”resistance” can be used to encourage faculty to make WAC their own.

International students travel in many ways. First of all geographically: they move from one country to another. Secondly, they travel through their own identities: they have to find a new place in a new context by familiarizing themselves with new values and customs, while making sure they meet the requirements their studies ask of them. Writing an academic text is almost always one of these requirements. Faculty assign their (international) students to write academic texts because they want to know whether or not they comprehend the content of the course they have offered. Some faculty also want to know whether or not students have familiarized themselves with academic genres and conventions, which may vary according to country or discipline. Consequently, when faculty ask international students to write an academic text, they are requiring them to undertake yet a third journey. In the process, international students may travel through a variety of genre conventions, exploring the conventions of their host country in combination with the conventions in their (new) discipline. In addition to these travels, they also have to find their own voices and their own identities while writing a text. Often, when they receive papers that they consider unsatisfactory, faculty assume that international students' capacities in academic writing are deficient. In this article, we will show how the design of two academic writing workshops for an international and interdisciplinary masters' program helped students in their interdisciplinary and international writing processes, not by working from a deficiency model, but by working from a contextual model. We will present the results in the conclusion by way of a pedagogical rough guide for teaching academic writing to international students.