工程科学学士学位-纳米工程

涉及可控过程和转换的功能材料和设备的创建，其规模达到了十亿分之一米，有望成为工程和科学研究未来工作的重点。凭借在材料科学，工程设计以及表面和分子化学与设备方面的全面背景，该专业为学生做好了研究生学习的准备，并为他们提供了材料和过程工程以及研究与开发的专业职位。工程科学是物理科学和数学的研究和应用，以支持工程设计，研究和技术进步。它是当今迅速发展的ââ¬â“高科技”行业研究和开发的核心，并为应对新兴需求提供了必要的复杂设计流程。 ，例如替代能源发电，超密集数据存储，用于国土安全，环境清理和可持续发展的基于纳
The creation of functional materials and devices which involve controllable processes and transformations at the scale of billionths of a meter promises to become a major focus of future efforts in both engineering and scientific research. With a thorough background in materials science, engineering design, and surface and molecular chemistry and devices, this specialization prepares students for graduate study, as well as professional positions in materials and process engineering and research and development. Engineering Science is the study and application of physical sciences and mathematics to support engineering design, research and technological advancement. It stands at the core of research and development in today's rapidly evolving high-tech industries, and informs the complex design process necessary to respond to emerging needs, such as alternative energy generation, superdense data storage, nanotechnology-based sensors for homeland security, environmental clean up and sustainable development. In order to prepare students for employment in these high technology fields or graduate study in related areas, the Engineering Science major is both thorough enough to provide a strong background and flexible enough to respond to diverse student needs and a rapidly-evolving workplace. It provides a hands-on approach to real-world engineering problem solving, as well as opportunities for students to explore the leading edge of technological innovation with state-of-the-art tools. The major in Engineering Science (ESG) furnishes the student with a broad background in the basic engineering disciplines, and a multidisciplinary approach to both design and engineering research. It is designed for those who want a more flexible engineering education than that available from conventional engineering programs. The core program includes an extensive design experience that builds upon fundamental concepts and matches the requirements of professional practice. Courses chosen for the core program have been carefully selected to enhance student learning in research, design and communication.