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4 Where Do We Go from Here?
Pages 17-24

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From page 17...
... Crim suggested that if infusing green chemistry into the cur • The promotion of excellence in chemistry educa- riculum broadly is the preferred approach, low-entry barrier tion and in professional training of chemists; and bite-sized increments are needed to appeal to over • The gathering and dissemination of information that whelmed faculty. On behalf of CPT, Crim offered the CPT maintains and improves the quality of chemistry education newsletter as a forum to provide green chemistry examples beyond the secondary level; or links to green chemistry materials to the community.
From page 18...
... for green chemistry, the argument should be presented in a fashion that suggests that green chemistry rests on the core Davidson next spoke of the Carnegie Mellon initiative organizing principles of chemistry. Fourth, Crim pointed out "Environment Across the Curriculum." The initiative goal is that some factions of the community perceive green chemis- to introduce environmental modules into nonenvironmental try as soft science.
From page 19...
... Presentation at the National Academies Chemical Sciences Roundtable Green Chemistry and Engineering Education Workshop. November 8, 2005.
From page 20...
... Collins believes that this can be done by moving propose a scientific, technical, or policy solution The prothe elemental composition of technology closer to biochem- posals are peer reviewed, and outstanding applicants are istry to eliminate persistent environmentally mobile pollut- given $10,000 grants to perform their proposed work. Grantants.
From page 21...
... The message was rede- • Developing a collaborative green chemistry effort signed to appeal to a different audience. Vanasupa high- between R&D and manufacturing; lighted several best practices to help retain all students: • Creating of a green chemistry advocate process re search position; • Systems thinking; • Joining the ACS Green Chemistry Pharmaceutical • Meaningful context; Roundtable in 2005; • Integration of support subject domains; • Fostering early stage environmental process review • Interaction with faculty as coaches; to identify opportunities for waste minimization, recycling, • Active learning and design; and process streamlining prior to production; • Connection with peers; • Developing a process research mission statement • Reflection and self-assessment of learning; and that embodies principles of green chemistry: • Emphasis on the American Board for Engineering o "Definition and demonstration of practical, and Technology's (ABET)
From page 22...
... Presentation at the National Academies Chemical Sciences Roundtable Green Chemistry and Engineering Education Workshop. November 8, 2005.
From page 23...
... Gron talked about educating green citizens. She chemical processes are among the winners of 2004 Presi- began her presentation by showing who the green community dential Green Chemistry Challenge Awards.
From page 24...
... Some participants believed try and engineering education, possibly connected to Green that green chemistry and engineering need to be an integral Chemistry Challenge awards; part of all good degree programs and taught in an interdisci • Having more leaders in green chemistry and engi- plinary manner at the graduate level. However, these particineering speak at general conferences and meetings; pants thought that a specific degree track would limit a de • Developing materials that explain the relevance of gree candidate's career opportunities.


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