电气工程技术

主题包括:求解线性, 二次, 和 rational equations; 图形; formula rearrangement; solving systems of equations; percent; proportions; measurement systems; computational geometry; right 和 oblique triangle trigonometry; trigonometric functions on the unit circle; 和 operations on 多项式. 重点将放在技能对技术问题的应用上. This course is the equivalent to 大学技术数学1A 和 大学技术数学1B.

This introductory course presents the scientific foundation used throughout electronics technology. Topics include DC/AC forms of current, voltage, resistance, capacitance, inductance, 和 power. Troubleshooting practices will be emphasized 和 computer technologies will be used to enhance abstract theory. 学生进行实验室实验并准备技术报告.

数字电子电路分析. 逻辑门的实现，采用TTL和CMOS器件. Verification of theory is accomplished through laboratory experiments with small 和 medium scale integrated circuits.

This course is designed for learners to develop knowledge 和 skills in all aspects of the writing process. Planning, organizing, writing, editing 和 revising are applied through a variety of activities. 学生将分析读者和目的, 使用研究元素, 并使用标准准则格式化文档. Individuals will develop critical reading skills through analysis of various written documents.

在本课程中，学生将探索盖特威技术学院社区. 他们考察大学的资源和服务, 调查导致学业成功的技能, 确定实现教育和个人目标的策略.

This course covers those skills needed for success in Calculus 和 many application areas on a baccalaureate level. 主题包括实数和复数系统, 多项式, 指数, 激进分子, 求解方程和不等式(线性和非线性), 关系与功能, 方程和不等式系统(线性和非线性), 矩阵, 图形, 圆锥部分, 序列与级数, 组合定理和二项式定理.

直流/交流我的扩展和增强. 更高级的主题, 比如复杂网络, 适用的定理, 多相系统, 无源滤波器, 将被讨论. 计算机模拟软件将用于加强理论分析.

二极管的基本工作原理, 晶体管, 介绍了线性集成电路在整流器中的应用, 放大器, 振荡器电路. 课堂理论通过实验室装配得到强化, 测量, 故障排除, 撰写技术报告.

学生将准备并提交口头和书面技术报告. 报告的类型可以包括实验室报告和现场报告, 建议, 技术信函和备忘录, 技术研究报告, 案例研究. This course is designed as an advanced communication course for students who have completed at least the prerequisite introductory writing course.

学生分析和绘制代数表达式, 尤其是圆锥曲线, 培养对极限的直观理解, 衍生品, 和积分, 并将导数和积分应用于某些物理问题.

Introduction to unipolar 晶体管, JFETs, 和 MOSFETs being used in linear 和 nonlinear circuits. Students will use high frequency analysis with both bipolar 和 unipolar 晶体管. Operational 放大器s are used as linear 放大器s 和 in nonlinear circuits. 所涵盖的一些电路包括电压放大器, 求和放大器, 仪表放大器, 有源滤波器和振荡器.

This course introduces students to some of the major theories 和 topics of psychology, 包括行为的生理基础, 人格和学习理论, 内存, 意识状态, 压力, 研究方法, 情报, 人类发展, 精神病理学, 以及社会行为.

在本课程中, students apply advanced circuit theory to electrical 和 electronic devices 和 circuits. They apply complex network theorems to real-world circuits 和 electronic systems. 完成课程后, 学生将能够分析和设计复杂的电路 with the application of network theorems.

Students will develop techniques for differentiation 和 integration of transcendental functions 和 use the derivative 和 the integral to solve certain applied problems. They will also extend calculus techniques to curves in polar coordinates 和 three-dimensional surfaces 和 form a basic underst和ing of infinite series 和 associated applications.

This course introduces students to the latest technologies in industrial data communications with a focus on digital 和 analog signaling. 主题包括拓扑, 物理链路的信令原理, 传播媒体, 数据格式, a到d转换, 多路复用, 使用数字数据调制, 错误控制, 流量控制和协议. Special attention will be given to practical 故障排除 和 problem solving of industrial data communications.

微机程序设计导论. Digital codes, registers, 和 register instruction, logic gates 和 truth tables are covered. 对7400系列集成电路芯片进行了研究.

在这门课程中，学生分析电子设备和电路. They use fundamental mathematical modeling 和 applications to design circuits with the use of semiconductor devices 和 operational 放大器s. 成功完成课程后, 学生将能够分析和设计复杂的电路.

本课程介绍基本物理原理的应用和理论. 它强调解决问题，实验室研究和应用. 主题包括单位转换和分析, 向量, 平移和旋转运动学, 平移和旋转动力学, 热量和温度, 谐波运动和波.

涵盖使用电机启动器的工业电气控制, 继电器, 按钮, as well as variable speed control of DC motors 和 power distribution for industry.

This course examines interpersonal relationships of humans 和 groups 和 the consequent structure of society. It details the various social processes 和 concepts which shape human behavior, 分析组织等现象, 异常, 种族和民族关系, 人口, 城市化, 社会变革, 以及社会运动. 研究宗教、教育和家庭.