电气工程理学学士

电气工程师设计，生产和操作使用电能和电磁能感应，处理，可视化和使用信息的设备和系统。电气工程从电力系统的根基发展到通信系统，自动控制，计算机硬件，信号处理，半导体物理，电子电路合成，光学，消费电子，无线通信，数字视频，计算机，通信和传感器集成的分支，机器人技术和智能控制。理科副学士（AS）第二阶段学位课程为学生转入四年制学院和大学的电气工程课程做好了准备，并将为学生提供所有工程师所需的基本技能。该课程包括与工程技术认证委员会（ABET）认证标准一致的设计要素。在南西雅图学院（South Seattle C
This pathway is designed to meet Associate of Science Track 2 Computer and Electrical Engineering MRP requirements. This pre-major pathway is designed to prepare you to transfer at the junior-level into an engineering program at a four-year college or university. Computer and electrical engineers make the world a better place by starting with a nebulous idea and working with other designers to plan, develop, and prototype to turn it into something real. They use math and science to break down and solve complex and compelling problems and create new electronic and digital products and services. Electrical and computer engineering professionals work at the heart of the most rapidly developing technology humankind has ever seen. They employ nanoelectronics, computers and robotics to create biomedical instruments that save lives. Electrical and computer engineers create new robotic and AI systems that can search disaster sites or remotely explore other planets. They make devices and systems that harvest the energy of the sun, wind and sea and channel it into the energy grid that supports modern civilization. Electronics and software design looks at the spectrum between hardware and software. Electrical engineers typically work on the hardware side of the spectrum while computer engineers work at the interface between electronics hardware and software. Completion of this degree opens doors to global career opportunities in software or hardware design, aerospace, robotics and other industries that rely on advanced computers and electronic systems. If you like to design and develop solutions to some of the world's most complex problems, this pathway could be the right choice for you.