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Imagining the universities of the future. How can we re-envision the university? Too many examples of what passes for educational innovation today—MOOCs especially—focus on transactions, on questions of delivery. In Alternative Universities, David J. Staley argues that modern universities suffer from a poverty of imagination about how to reinvent themselves. Anyone seeking innovation in higher education today should concentrate instead, he says, on the kind of transformational experience universities enact. In this exercise in speculative design, Staley proposes ten models of innovation in higher education that expand our ideas of the structure and scope of the university, suggesting possibilities for what its future might look like. What if the university were designed around a curriculum of seven broad cognitive skills or as a series of global gap year experiences? What if, as a condition of matriculation, students had to major in three disparate subjects? What if the university placed the pursuit of play well above the acquisition and production of knowledge? By asking bold "What if?" questions, Staley assumes that the university is always in a state of becoming and that there is not one "idea of the university" to which all institutions must aspire. This book specifically addresses those engaged in university strategy—university presidents, faculty, policy experts, legislators, foundations, and entrepreneurs—those involved in what Simon Marginson calls "university making." Pairing a critique tempered to our current moment with an explanation of how change and disruption might contribute to a new "golden age" for higher education, Alternative Universities is an audacious and essential read.
The U.S. Army is pilot testing chemical hydrolysis as a method for destroying the chemical agents stockpiled at Aberdeen, Maryland (HD mustard agent), and Newport, Indiana (VX nerve agent). The chemical agents at both locations, which are stored only in bulk ton containers, will be hydrolyzed (using aqueous sodium hydroxide for VX and water for HD) at slightly below the boiling temperature of the solution. The resulting hydrolysate at Aberdeen, which will contain thiodiglycol as the primary reaction product, will be treated by activated sludge biodegradation in sequencing batch reactors to oxidize organic constituents prior to discharge to an on-site federally owned wastewater treatment facility. The hydrolysate at Newport, which will contain a thiol amine and methyl phosphonic acid as the major reaction products, is not readily amenable to treatment by biodegradation. Therefore, organic constituents will be treated using supercritical water oxidation (SCWO). Integrated Design of Alternative Technologies for Bulk-Only Chemical Agent Disposal Facilities focuses on the overarching issues in the process designs integrating individual processing steps, including potential alternative configurations and process safety and reliability. This report reviews the acquisition design packages (ADPs) for the ABCDF and NECDF prepared by Stone and Webster Engineering Company for the U.S. Army.