化学和生物分子工程学士学位

化学工程在工程学科中是独一无二的，因为它建立在化学，物理和数学之上。从其最初在石油化学和批量化学加工中的基础开始，化学工程已扩展到在药品和生物工程材料，特种聚合物和高强度复合材料，半导体和微电子器件以及各种超纯产品的开发和生产中发挥关键作用精细化学品。因此，化学工程对于当代社会的运作至关重要。化学工程师将解决当今社会面临的许多问题，包括能源，环境和高性能材料的开发。该领域的未来机会非常光明。化学工程本科课程使学生能够研究这些问题和许多其他问题的解决方案。大多数毕业生在行业中找到有意义的职业，而其他毕业生则
Chemical engineering is unique among the engineering disciplines in that it is built on chemistry as well as physics and mathematics. From its early foundation in petrochemical and bulk chemical processing, chemical engineering has expanded to play key roles in the development and production of pharmaceuticals and bioengineered materials, specialty polymers and high strength composites, semiconductors and microelectronic devices, as well as a wide range of ultrapure fine chemicals. Therefore, chemical engineering is essential for the operation of contemporary society. The solution of many of the problems facing society today, including energy, the environment and development of high-performance materials, will involve chemical engineers.<br><br>If you major in chemical engineering at Vanderbilt, you will graduate with a wide range of career opportunities. Chemical engineering is a broadly dynamic, rapidly changing field. You can select from areas ranging from energy and the environment to materials, nanoscience, and biotechnology. You might work to develop pharmaceuticals, bioengineered materials, specialty polymers, high-strength composites, semiconductors, microelectronic devices, green energy technologies, sustainable processes, ultrapure chemicals, or consumer goods. The impact of chemical engineering is vast.