Project name: Project Ionic: Intellectual Online Network of Inorganic Chemists Building VIPEr: Virtual Inorganic Pedagogical Electronic Resource
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Summary:
Inorganic chemistry, one of the main subdisciplines of chemistry, is defined principally by what it is not. It is not organic chemistry, which focuses primarily on the chemistry of carbon, but covers everything else, essentially the chemistry of the entire periodic table of elements. As such, the field of inorganic chemistry is extraordinarily broad and diverse. Faculty trained in inorganic chemistry each develop a deep specialization in a different subfield: bioinorganic chemistry, coordination chemistry, organometallic chemistry, or solid state and materials chemistry to name a few. At any given primarily undergraduate institution (PUI), there is typically only one inorganic chemist on the faculty, trained in-depth within their subfield but expected to represent the entire field of inorganic chemistry to their students. This narrow specialization coupled with a sense of professional isolation can hinder curricular innovation, particularly in subfields that are outside an individual’s “comfort zone.” In courses this leads to challenges in developing a complete set of curricular materials that reflects the diversity of inorganic chemistry in the lecture and laboratory.
IONiC, the Intellectual Online Network of Inorganic Chemists, was founded to combat these issues and to foster communication, collaboration, and networking among inorganic faculty at PUIs with the ultimate goal of advancing teaching and research in inorganic chemistry across a range of institutions.
Intended outcome:
Through its multitude of resources and collaborative tools, it is envisioned that VIPEr v1.0 will serve the needs of inorganic chemistry faculty throughout their careers. In particular, the myriad classroom and human resources available through VIPEr v1.0 will be invaluable assets to the junior faculty member, sabbatical replacement, or colleague who, for a variety of reasons, may find themselves teaching outside of their comfort zone. However it is students who will be the true beneficiaries of these efforts. Their experience of inorganic chemistry in all its complexity will be richer and will more accurately reflect the current frontiers of the field.
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