Biomolecular Engineering: Implications for Chemical Engineering Education
This article discusses the implications of biomolecular engineering for chemical engineering education. The author argues that all chemical engineers should have a basic understanding of biology and biochemistry, and that biomolecular engineering should be integrated into the chemical engineering curriculum.
Here are some questions and answers about the topic:
- What are the implications of biomolecular engineering for chemical engineering education?
- What courses should be included in a biomolecular engineering curriculum?
- How can chemical engineering faculty become more comfortable with the intersection of chemical engineering and biology?
Here are some answers to these questions:
- Biomolecular engineering is the application of chemical engineering principles to biological systems. This field is growing rapidly, and chemical engineers who are familiar with biology will be well-positioned for jobs in the pharmaceutical, biotechnology, and environmental industries.
- A biomolecular engineering curriculum should include courses in molecular and cellular biology, biochemistry, bioprocess engineering, and metabolic engineering.
- Chemical engineering faculty can become more comfortable with the intersection of chemical engineering and biology by taking short courses on the subject, reading textbooks on the topic, and collaborating with biologists.
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