理学学士/建筑工程理学硕士

建筑工程师通过设计可提高生活水平并改善生活质量的建筑物，将科学技术应用于现实世界。他们通过将建筑系统（结构，电气，机械，照明，声学和防火）组合成一个整体来实现此目的。这些富有创造力的问题解决者不断面临着诸如可持续建筑材料和绿色能源之类的未来挑战。建筑工程师接受过使用最新技术（例如基于计算机的建筑设计和分析软件（Revit，eQUEST，RISA-3D等），建筑信息模型（BIM）和高级传感器和控件）进行设计，在建筑物内构建和操作各种系统。您可以通过多种不同的方式影响建筑工程师的生活。您可以设计建筑物中的结构
Architectural engineers apply science and technology to the real world by designing buildings that enhance our standard of living and improve our quality of life. They do this by combining building systems – structural, electrical, mechanical, lighting, acoustics and fire protection - into an integrated whole. These creative problem solvers are constantly facing the challenges of the future like sustainable building materials and green energy sources. Architectural engineers are trained to use the latest technologies – like computer based building design and analysis software (Revit, eQUEST, RISA-3D, etc), building information modeling (BIM), and advanced sensors & controls – to design, build, and operate the various systems within a building. There are many different ways you can impact the lives of people as an architectural engineer. You can design structural systems in buildings so they are able to withstand earthquakes and tornadoes. Because of highly engineered acoustical and lighting systems that eliminates dead spots and echoes, everyone in an audience can enjoy a theatre production. You could also design a lighting system for a sports stadium so that players aren't blinded by the glare yet the HDTV cameras have enough light for quality instant replays, or a mechanical system for a hockey arena so the ice is maintained at just the right temperature. The Architectural Engineering undergraduate degree program (B.S.) is accredited by the Engineering Accreditation Commission of ABET