Technical communication instructors, especially those with expertise in visual rhetoric, information design, or multimedia writing are well-suited to teach an introductory Digital Humanities (DH) course. Offering a DH course provides an opportunity to reach extrafield audiences and work with students from a variety of humanities disciplines who may not have the option of taking such a course in their home department. The article advocates for a DH course that offers a methods-driven pedagogy that engages students with active learning by requiring them to research, dissect, and report on existing DH projects, as well as work with existing datasets and methods from prior student research projects or existing DH tools. The sample student project reviewed here uses the data visualization software ImagePlot, and discussion includes how the student used the tool to examine changes in brightness, hue, and color saturation, as well as calculate the total number of distinct shapes from 397 comic book covers. Ultimately, the students are tasked with developing a research question and moving to an articulated methods-driven approach for exploring the question. The student project along with the tools and sample datasets available with them are treated as a module that may be included in an introductory DH course syllabus or training session.

Claims for America's potential for energy independence are substantiated largely thanks to advancements in an extraction process known as hydraulic fracturing or "fracking." This article focuses on the negotiations among individual landowners and oil and gas companies as they enter into leasing agreements to permit fracking. The author draws on his own experiences as a landowner in the Marcellus and Utica shale region. Of primary concern is how landowners construct their own understanding of risk amidst a network of local, regional, and global actors. Landowner and oil and gas company relationships are analyzed using theories of rhetoric and risk communication.

<para xmlns:mml="http://www.w3.org/1998/Math/MathML" xmlns:xlink="http://www.w3.org/1999/xlink"> This paper describes a new cross-curricular design for an engineering communication course based on four themes: (1) ethics, accountability, and professionalism; (2) intellectual property; (3) design, creativity, and invention; and (4) globalization. It is believed that the thematic structure creates both dynamic and contemporary contexts for writing and research along with enough freedom to pursue individual student interests. The result is a higher degree of intrinsic motivation for the assignments. The course is a collaborative effort between an English department and a school of engineering designed to both improve curriculum and provide more assessment data for engineering accreditation. Among the criteria from the Accreditation Board for Engineering and Technology (ABET) is the “ability to communicate effectively.” Along with satisfying this criterion, the course discussed in this paper details how to capture data in support of an additional four of ABET's criteria known as “a–k.” After highlighting these ABET criteria and giving an overview of the structure of the course, the paper details each theme, including their respective readings and assignments. This new course was taught for the first time in the 2006–2007 academic year, and the paper closes by weighing the outcomes and implications of adopting a similar format. The current version of the syllabus and reading list for this course are included in this paper. </para>