Engineering Science Program
Engineering Science at HPU
工程科学侧重于数学和科学原理在分析中的各种组合的一般应用, 评价, and solutions of 工程 problems.
The Engineering Science B.S. 学位课程为学生提供一系列多学科课程，强调对科学的理解和综合应用, 技术 工程 and mathematical (STEM) concepts. 该计划旨在为学生准备立即进入劳动力市场作为工程助理或追求学士或硕士学位在他们选择的特定工程学科. 课程为这些学科提供了广泛的基础，以及包含基督教世界观的文科教育.
计划的细节
Chair of the Division of Engineering: 马丁P. Mintchev Ph值.D., P.E., FAIMBE
介绍
The Engineering Science B.S. 学位课程为学生提供一系列多学科课程，强调对科学的理解和综合应用, 技术 工程 and mathematical (STEM) concepts. 该计划旨在帮助学生为立即进入劳动力市场或追求他们选择的特定工程学科的研究生学位做好准备. 课程为这些学科提供了广泛的基础，并提供了包含基督教世界观的教育.
In addition to taking core courses in mathematics, 物理, 化学, computer information systems, 和技术写作, 学生将学习静力学的基本工程原理, 动力学, 材料力学, 热力学, electrical circuit analysis, 和微电子结合良好的经济标准和道德责任. During their senior year, 所有学生将选择一个重点研究领域，并完成一个整合研究原则的设计项目, 过程, and analysis as applied to 工程.
因为对于潜在的工科学生来说，有必要为这个项目做好充分的高中准备, it is highly recommended that they take high school 物理, 化学, 还有四年的数学学习为攻读这个学位做准备. 数学能力对工程学来说是必不可少的，所有新生都要参加分班考试, 那些没有资格开始微积分I的人将被要求参加额外的水平数学课程.
Mission Statement for Engineering Science
The Howard Payne University Engineering Science Program prepares liberal arts students to serve God and humanity in a Christ-centered manner by producing graduates with the knowledge and skills; personal and professional integrity; and intellectual inquisitiveness to affect the world through an 工程 profession.
项目的目标
Engineering Science graduates will be equipped for success in the career path of their choosing; and be capable of pursuing an advanced degree and/ or a career where they may attain job satisfaction and professional growth while serving God and humanity.
Program Educational Objectives (PEOs)
- 专业. 毕业生将成为实践专业人士或攻读工程科学或相关领域的研究生学位.
- 持续学习. 毕业生将展示通过终身学习保持和提高专业技能的重要性.
- 参与社会活动. 毕业生, in service to God and community, will act with 经济al, 期望实践工程专业人员具备道德和社会意识.
The Engineering Science Program
对于工程科学课程，所需的学生能力如下:
识别能力, 制定, and solve 工程 problems by applying principles of science, 技术, 工程, 和数学.
在工程设计过程中运用分析和综合的能力, resulting in designs that meet desired needs.
An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use 工程 judgment to draw conclusions.
An ability to communicate effectively with a range of audiences.
能够在工程环境中认识到道德和专业责任，并做出明智的判断, 哪一个必须考虑工程解决方案在全球的影响, 经济, 环境, 以及社会背景.
能够认识到对额外知识的持续需求并定位, 评估, 集成, and apply this knowledge appropriately.
An ability to function effectively on teams that establish goals, 计划任务, 满足最后期限, and analyze risk and uncertainty.
GENERAL EDUCATION (Bachelor of Science): 43 hours
数学要求应选择微积分I或以上
CHE 1479 should be chosen for the lab science requirement
HIS 1310 or HIS 1320 should be chosen for the History requirement
ADDITIONAL DEGREE REQUIREMENTS (Bachelor of Science): 14 hours
具体必修课程见下文“额外学位要求”。
TECHNOLOGY COMPONENT: 3 hours
MAJOR – Engineering Science: 70 hours
Total Hours in Degree Program -130 hours
GENERAL EDUCATION REQUIREMENTS (43 HOURS)
Additional Degree Requirements (14 hours)
MAT 2461 微积分我I – (4 hours)
MAT 3361 微积分我II – Fall (3 hours)
PHY 2439 University Physics I – Fall (4 hours)
MAT 3302 Linear Algebra – Fall (3 hours)
Technology Component (3 hours)
CIS 1339 介绍 to Information Technology (3 hours)
MAJOR: ENGINEERING SCIENCE (70 HOURS)
Core STEM Requirements (15 hours)
PHY 2449 University Physics II – Spring (4 hours)
MAT 3451 Differential Equations – Spring (4 hours)
MAT 4441 Applied Probability and Statistics – Spring (4 hours)
MAT 4371 Numerical Analysis – Fall, odd years (3 hours)
Additional Miscellaneous Requirements (3 hours)
ENG 3306 Technical Writing – Spring, even years (3 hours)
Core Engineering Science Course Requirements (38 hours)
ENS 1101 介绍 to Engineering – Fall (1 hour)
ENS 1305 Engineering CAD Systems – Fall (3 hours)
CIS 1359 Programming Logic – Fall, Spring (3 hours)
ENS 1379 Engineering Principles and Practice – Spring (3 hours)
ENS 2301 Statics – Spring (3 hours)
ENS 2302 Dynamics – Fall (3 hours)
ENS 3339 Mechanics of Materials – Fall (3 hours)
ENS 2334工程经济分析-秋季，奇数年(3小时)
ENS 3331 Thermo动力学 – Fall (3 hours)
ENS 3351 Engineering Ethics – Fall, even years (3 hours)
ENS 4109工程设计项目实验室计划书-春季(1小时)
ENS 4309 Electrical Circuit Theory – Fall (3 hours)
ENS 4369 Engineering Design Project Lab I – Fall (3 hours)
ENS 4379 Engineering Design Project Lab II – Spring (3 hours)
Directed STEM Elective Requirements (14 hours)
CIS 2389 Object Oriented Programming I – Fall (3 Hours)
CIS 3309 Object Oriented Programming II (Spring, odd years) OR
CIS 3329 Visual Programming – Spring, even years (3 hours)
存在2104年 STEM Internship – Fall, Spring, Summer (1 hour)
ENS 2204 STEM Internship – Fall, Spring, Summer (2 hours)
ENS 2304 STEM Internship – Fall, Spring, Summer (3 hours)
CIS 2399 3-D Printing – Spring (3 hours)
ENS 3104 Special Topics in Engineering Applications – (1 hour)
ENS 4344 Advanced Engineering Research & Development – (3 hours)
SEN 2301 Computer Architecture – Spring (3 hours)
SEN 3301 Micro过程ors – Fall (3 hours)
SEN 3302 Embedded Systems – Spring (3 hours)
存在2104年, 2204, 或2304可以重复，但只有四小时的工程实习可能适用于工程学位的要求.
Total Hours in Degree Program 130 hours
工程科学学位包含48小时的工程科学课程, 其中包括上述22小时的高级工程科学课程. 该学位还包括至少35小时的科学和数学课程, which includes a minimum of 10 hours of advanced mathematics.
All prerequisites must carry a grade of “C” or better, 工程科学专业学生的所有课程成绩必须达到或超过C.
ENGINEERING SCIENCE MINOR
Engineering Science Minor (20 hours)
PHY 2439 University Physics I (4 hours)
PHY 2449 University Physics II (4 hours)
ENS 1379 Engineering Principles and Practices (3 hours)
ENS 2301 Statics (3 hours)
ENS 3339 Mechanics of Materials (3 hours)
ENS 3311 Thermo动力学 (3 hours)
Biomedical Engineering Minor (22 hours)
PHY 2439 University Physics I (4 hours)
PHY 2449 University Physics II (4 hours)
ENS 1379 Engineering Principles and Practices (3 hours)
ENS 2301 Statics (3 hours)
BIO 1459 General Biology I (4 hours)
BIO 2489 Human Anatomy and Physiology I (4 hours)
Students cannot use the same courses for two different minors. 微积分我, II和III (MAT 2451), 2461及3361), en1101和CHE1489是先决条件，学生必须在这些先决条件中达到“C”或更高.
All prerequisites must carry a grade of “C” or better, 工程科学专业学生的所有课程成绩必须达到或超过C.