Question Title

* 1. Contact Information (The information you provide below will be used to create your workshop badge)

Question Title

* 2. Please indicate your current status

Question Title

* 3. Undergraduate Information

Question Title

* 4. During your undergraduate training have you taken/did you take any of the following courses (check all that apply)

Question Title

* 5. Graduate Information

Question Title

* 6. During your graduate training have you taken/did you take any of the following courses (check all that apply)

Question Title

* 7. Postdoctoral/Workforce Information

Question Title

* 8. Describe your current research/research interest. (50 words or less)

Question Title

* 9. Describe your current knowledge of, and/or practical experience with, implementing green chemistry and engineering – e.g. list relevant coursework, research projects, or internships related to green chemistry and engineering. (100 words or less).

Question Title

* 10. Space is limited. Tell us why you are interested in participating in the workshop. (100 words or less)

Question Title

* 11. For part of the afternoon, workshop participants will be split into two group each focusing on real-world applications of green chemistry. Please review the two session descriptions below and rank your preference to participate in the sessions. (We cannot guarantee you will get your first choice but we will do our best.)

Session 1:  This session will feature real-world application of green chemistry technologies in both the chemical manufacturing and material design industry. Students will learn from both MillaporeSigma and Steelcase about how to apply and implement green chemistry principles and practices to innovation and research.

Session 2: Students will learn from process chemists from Merck and Bristol-Myers Squibb about the application of green chemistry principles to pharmaceutical manufacturing. This interactive session will cover important green chemistry topics including solvent selection, route design, process design, and metrics, allowing students the opportunity to apply their knowledge to real world examples from the pharmaceutical industry. Additionally, topics on the use of rational molecular design to minimize the potential for toxicity of new chemicals will introduced. This session is geared towards advanced students with a strong background in organic chemistry.  

Choose your session below: 

T