生物工程学是生物学和技术的碰撞，它将推动医疗保健的未来，并将对我们世界的了解降至最低水平。生物分子工程学将使研究人员能够理解和操纵DNA，RNA，蛋白质和其他小分子的性质。生物电子工程和生物影像学致力于医疗设备和传感器的修复和改善生活，而生物力学工程学将通过设计和实施微流控和纳米技术设备将学生带到科学的前沿。生物工程是一个非常广阔的领域，我们建议关注符合上述原则和基础领域的方法。IU Bloomington现有的优势可以建立的有希望的领域包括：生物分子工程，包括核酸和蛋白质工程以及合成生物学，旨在提供涉及
In our Master of Science in Intelligent Systems Engineering (ISE) program, you will get technical expertise in computational engineering and artificial intelligence—the future of engineering and problem solving. This two-year program teaches you to use modern approaches and design principles to develop systems or devices that gather, interpret, and use data. You can work in the microscopic sensors that make our devices, homes, and vehicles “smart.” Go into advanced health diagnostics and tissue engineering. Master the massive systems that analyze the flood of data around us and drive decision making. And much more. This broad field combines scientific knowledge in the life sciences, computing, and engineering practices to solve problems spanning biology, medicine, environmental remediation, and more. Bioengineering builds on existing IU Bloomington strengths to train the next generation of computing-driven bioengineers.