用你今天学到的技能创造未来
Shenandoah’s Bachelor of Science in engineering offers students a program of study that will provide the essential mathematical, scientific and real-world problem-solving skills that will enable them to pursue a career in engineering or to advance to graduate study in engineering or a related discipline. All students in the program will complete a common core of courses in math, 科学和工程基础. Beyond this, students will elect to focus in one of several specialized areas of study:
- 计算机工程
- 软件工程
- 仿真工程
- 工程物理
了解更多关于这个项目
All students in the 120-credit Bachelor of Science in engineering program take a 50-credit slate of foundational engineering core classes, 主修18学分(计算机工程), 工程物理, 仿真工程或软件工程), 15学分的工程选修课, 通识课程21学分, 10个学分 worth of free electives and 6学分 for a capstone project/internship.
实习 & 研究的可能性
Practicing engineers must have a high level of technical skill and abilities to precisely formulate problems, 管理复杂性和不确定性, 修改和测试原型, 并创造新的解决方法. 澳门线上赌博平台大学’s engineering program will 开发 leaders and innovators through meaningful course exercises on faculty-mentored student teams, 高级设计项目, 专业实习.”
–
拉尔夫Wojtowicz, Ph.D.谢南多厄的主任 先进技术部
![确定标志](http://72tr.mogrenlandscape.com/applied-technology/files/2023/01/sure-logo-sml-1-300x97.png)
此外,欢迎学生提交工作到 澳门网上赌博平台研究博览会, which is an annual event featuring students’ research and creative projects. 以前被称为SUpr峰会, SURE is an opportunity for students to present their work to the SU community in a supportive, 专业设置.
职业和薪水的可能性
计算机工程专业 career paths include robotics, manufacturing, satellite technologies and electronics design. 平均每年U.S. base salary for someone with a bachelor’s in computer engineering is $93,000, according to payscale.com.
工程物理专业 graduates will be equipped with the skills needed to 开发 new propulsion and energy systems, 设计和测试传感器, 推动量子计算领域的发展. Payscale.com 报告称,每年的美国.S. average base salary for someone with a bachelor’s degree in 工程物理 is $87,000.
仿真工程专业 graduates will have the skills necessary to build real-time simulation (interactive and/or predictive), 假设场景和手术训练软件, 飞行, 军事, 等., and gamification and serious games for education and decision making. 平均U.S. modeling and simulation engineer makes approximately $97,000 annually, 根据比较地.com.
软件工程专业 graduates will have abilities that range from being able to build web and mobile applications and help make self-driving cars safer to implementing secure and reliable data systems. 根据 跳板.com/glassdoor.com, the entry-level salary for a software engineer (less than one year of experience) in the United States is approximately $77,000.
类
工程核心
的 engineering core provides the foundations necessary for all of the university’s engineering concentrations and includes courses in linear algebra, 微积分, 计算机编程, 化学, 微分方程, 电子接口设计, 工程设计, 物理, 概率和统计.
核心课程大纲
工程的核心 | 50学分 | |
浓度 |
18学分 |
|
工程选修课 | 15个学分 | |
沈 | 21学分∗ | |
自由选修课 | 10个学分 | |
顶石/实习 | 6学分 | |
总计 | 120个学分 |
的 engineering core provides foundational knowledge in mathematics, science and 计算机编程 for all engineering concentrations. All engineering students must complete the following courses.
CSC 121 - 122 | 计算机程序设计导论I-II |
化学121 | 普通化学I |
201年数据 | 电子界面设计 |
工程师101 | 工程概论 |
INT 304 | 科技专业人员的职业道德 |
数学201,202和302 | 微积分》 |
数学208 | 概率论与统计学 |
数学303 | 线性代数 |
数学351 | 微分方程 |
期刊121 - 122 | 普通物理I-II |
221年的今天 | 现代物理学 |
浓度
计算机工程
这种集中为设计提供了背景, 分析, building and testing computer hardware and software components and systems. 课程包括离散数学, 数据结构, 信号处理, 数字系统分析与设计, 以及计算机体系结构.
数学209 | 离散数学 |
CSC 210 | 数据结构 |
工程师310 | 信号处理 |
engr320和420 | 数字系统分析与设计I-II |
CSC 310 | 计算机体系结构 |
工程物理
Fundamental physical concepts and methods required for solving modern engineering problems are the focus of this concentration. 这六门必修课是关于计算物理的, 热物理, 电路, 经典力学, 电与磁, 量子力学.
305年的今天 | 计算物理学 |
311年的今天 | 热物理 |
315年的今天 | 电路 |
321年的今天 | 经典力学 |
341年的今天 | 电与磁 |
351年的今天 | 量子力学 |
仿真工程
Computer engineering (hardware) and computer science (软件设计 and 开发ment) combine in this concentration, which provides the skills necessary to create computational and graphical models and simulations of real-world systems and processes. Required coursework includes 3D modeling and design; 开发ment and programming in game engines; 数字系统分析与设计; computational 物理; fundamentals of modeling and simulation; and simulation and analysis methods.
ARVR 240 | 3D建模与设计 |
ARVR 260 | 游戏引擎的开发和编程 |
工程师320 | 数字系统分析与设计1 |
305年的今天 | 计算物理学 |
SIM卡202 | 建模与仿真基础 |
SIM卡302 | 仿真与分析方法 |
软件工程
You’ll learn the engineering concepts and methods required to design, 开发, 维护, test and evaluate computer software systems with this concentration. 课程包括离散数学, 数据结构, 操作系统, 软件设计, 数据库和编程语言入门.
数学209 | 离散数学 |
CSC 210 | 数据结构 |
CSC 403 | 操作系统 |
CSC 407 | 软件设计 |
CSC 410 | 数据库简介 |
CSC 430 | 编程语言 |
与教师见面
满足 拉尔夫Wojtowicz, Director of 先进技术部 and Associate Professor of 数学