学生可以继续学习超出副学士学位水平的电子和计算机工程技术，以获得理学学士学位。学士学位通常需要超过副学士学位两年的学习。学士学位课程的大三和高年级的课程工作使您对电路分析技术，数字系统，数据通信和工业电子学有了进一步的了解。强调个人和小组的项目分配。附加的数学，科学和选修课程为毕业生为明天的技术职业做好了充分的准备。毕业生在许多工业环境中担任电子和计算机工程技术人员。职业活动包括产品设计和开发，工业自动化，技术销售以及项目管理。
Our program emphasizes both the theory and application of electronic circuits, instrumentation and computing systems. You learn in a hands-on environment about circuit theory, semiconductor applications, digital systems, microprocessor programming and interfacing for an extensive career within electronic products and systems. Electronic and computer engineering technology gives you the tools to go into any field and any career and leave your mark. From circuit theory to radio frequency communication to microprocessors and more, you'll learn it all at the Aerospace and Technology Campus. Your projects are innovative, working with hardware like the raspberry pi, a small low-cost computer, to collect sensor data and control lights, motors, and more. The skills you'll develop in your labs are transferrable to endless areas: build music visualizers, semi-autonomous robots, battery monitoring systems for unmanned aircraft your possibilities are limitless<br><br>Electrical engineers need to be able to think outside the box and work across various workgroups and specialty areas. You need to be able to design, build, test, troubleshoot and implement projects and technologies. At the Aerospace and Technology Campus, you'll learn the foundations for these skills, and you'll continue to expand these skills through your lab work and projects. You'll also work together with other engineering students to produce a project you've designed further developing collaborative skills highly desired by industry.