生物工程专业的学生学习将工程原理和技术的力量与快速发展的生物学相结合。学生学习将工程与生物学相结合以解决本地，国家和全球挑战，例如确保安全和可持续的食品和能源供应，保护自然资源，开发监测或干预生物机体机制的设备以及在新的生物材料中使用生物材料。和创新的方式。学生从该程序中毕业，具有透彻的工程基础知识和对现代生物学的广泛了解，使他们能够跟上未来的发展。强调生物工程问题的解决和设计。学生以七个核心BE课程为基础，并从广泛的选修课程中进行选择。在整个计划中，都有机会练习现代工程工作场所所需的团队合作和技术沟通的
The biological revolution of this century has given rise to a growing demand for engineers who can tackle local, national, and global challenges by combining the power of engineering principles with the ever-evolving science of biology. If you have a strong aptitude for math and the sciences and an interest in solving engineering problems that relate to living systems, Biological Engineering (BE) at Cornell is definitely worth investigating.<br>Biological Engineering students learn to combine the power of engineering principles and techniques with the rapidly developing science of biology. Students learn to integrate engineering and biology to solve local, national and global challenges such as, ensuring safe and sustainable food and energy supplies, protecting natural resources, developing devices to monitor or intervene in the mechanisms of living organisms, and using biological materials in new and innovative ways. Students graduate from the program with a thorough grounding in engineering fundamentals and a broad grasp of modern biology enabling them to keep pace with future advances. Biological engineering problem solving and design is emphasized. Students build on a base of seven core BE courses and select from a wide range of electives. Opportunities to practice the soft skills of teamwork and technical communication needed in the modern engineering workplace are found throughout the program.