The Cluster Research Model

Research in chemistry, and science in general, is becoming increasingly interdisciplinary. While each of the traditional areas of chemistry in the UR Chemistry Department (organic, inorganic, physical) continues to evolve in new directions, the divisional structure characteristic of most chemistry departments does not actively encourage interdisciplinary interactions. To foster a more stimulating environment for collaborative research interactions, the Department has implemented a "Cluster" model. This model is characterized by organizing research groups into broad, intellectual themes that cut across traditional disciplinary boundaries.

As groups of faculty and students linked by commonality of research interests and activities, clusters have the following specific goals:

1. To encourage interactions among research faculty and students by:
• modifying the seminar program to reflect the new organization
• initiating regular meetings of the clusters with research discussions
• developing a hiring plan to build strength in the cluster area
2. To encourage development of collaborative projects
3. To exploit new funding opportunities
4. To encourage extra departmental links through incorporation of non-Chemistry faculty into the clusters

Currently, our department has organized interdisciplinary clusters in:

• Biological Chemistry
• Materials
• Synthesis, Catalysis, and Mechanism
• Chemical Physics

We have invited faculty from outside the Department (Chemical Engineering, and Biochemistry and Biophysics) to join some of these clusters, expanding the choices available to graduate students interested in interdisciplinary research areas.