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课程主页: https://www.udemy.com/course/fundamentals-of-engineering-fe-exam-prep-course/
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课程名称：工程基础（FE）考试准备课程 课程概述： 本课程旨在帮助学员顺利通过工程基础（FE）考试，这是成为美国注册专业工程师（PE）的第一步。无论你是土木、机械、电气、化学还是普通工程专业的学生，本课程都将提供全面的培训，帮助你掌握考试所需的核心知识。 FE考试由国家工程师及测量员考试委员会（NCEES）主办，是大多数州获得PE执照所必需的考试。该考试由110道题组成，时长6小时，计算机化且按专业分科。通过FE考试表明你对核心工程原则、数学和专业实践的理解。 课程内容： 课程涵盖最新NCEES FE考试规格的所有主题，包括： 1. 数学与概率：代数、微积分、工程统计等； 2. 职业伦理与实践：伦理规范、专业责任、公共安全等； 3. 工程经济学：货币时间价值、净现值、现金流图等； 4. 静力学与动力学：自由体图、运动学与动力学等； 5. 材料力学：应力、应变、楊氏模量等； 6. 流体力学与热力学：伯努利方程、热传递基础等； 7. 电气与电子学：欧姆定律、AC/DC系统等； 8. 计算机与系统工程：算法、数据结构等； 9. 环境与安全：水处理、环境法规等； 10. 特定学科部分（可选）。 学习工具与考试策略： 课程包括NCEES风格问题的详细讲解、官方FE计算器的使用技巧、时间管理与考试准备、以及模拟题和详解。 适合人群： - 接近毕业的工程专业学生 - 准备参加FE考试的在职工程师 - 寻求美国PE执照的国际工程师 - 需要结构化学习路径以成功通过FE考试的人 课程成果： - 精通FE考试的内容； - 增强解决考试题目的信心； - 高效利用FE参考手册； - 准备充分，通过所选的FE考试科目。 为什么选择本课程： 本课程与最新的NCEES规范相一致，由认证的工程教育者和PE教师主讲，强调实践，并提供视觉辅助和问题讲解，具有明确、纪律性的结构，以便于自学。 立即开始，迈出成为注册专业工程师的第一步！
FE Exam Preparation Course: Master the Fundamentals of EngineeringComprehensive Training for Civil, Mechanical, Electrical, and Other DisciplinesThe Fundamentals of Engineering (FE) exam is the first step toward becoming a licensed Professional Engineer (PE) in the United States. This course is designed to help you pass the FE exam on your first try-whether you're in civil, mechanical, electrical, chemical, or general engineering.We'll guide you through each knowledge area covered by the FE Reference Handbook and NCEES exam blueprint, teaching you critical formulas, concepts, and problem-solving strategies.Whether you're a recent graduate or returning to the exam after years in industry, this course gives you the structured, focused training you need to succeed.What Is the FE Exam?The FE (Fundamentals of Engineering) exam is administered by the National Council of Examiners for Engineering and Surveying (NCEES) and is required in most states to pursue licensure as a Professional Engineer (PE).The 110-question, 6-hour exam is computer-based and discipline-specific (e.g., Civil, Mechanical, Electrical, etc.). Passing the FE exam demonstrates your understanding of core engineering principles, mathematics, and professional practices.What You'll Learn in This CourseThe course covers the full scope of topics based on the latest NCEES FE exam specifications, including:1. Mathematics and ProbabilityAlgebra, calculus, and differential equationsEngineering statistics and probabilityComplex numbers and matricesLinear regression and data interpretation2. Ethics and Professional PracticeCodes of ethics and NSPE guidelinesProfessional obligations and licensureConflict of interest and ethical decision-makingPublic safety and responsibility3. Engineering EconomicsTime value of moneyInterest and discount factorsNet present value, IRR, and cost-benefit analysisCash flow diagrams and break-even analysis4. Statics and DynamicsFree-body diagrams and equilibriumTrusses, beams, and shear/moment diagramsKinematics and kinetics of particlesAngular motion and system dynamics5. Materials and Mechanics of MaterialsStress, strain, and deformationYoung's modulus and Poisson's ratioAxial, bending, and torsional loadsMohr's circle and failure theories6. Fluid Mechanics and ThermodynamicsBernoulli's equation and conservation lawsReynolds number and laminar/turbulent flowHeat transfer basics and energy balanceIdeal gases, cycles, and entropy7. Electrical and ElectronicsOhm's Law and circuit analysisAC/DC systems and transformersDiodes, op-amps, and digital logicPower, energy, and safety8. Computer and Systems EngineeringAlgorithms and flowchartsBinary and hexadecimal systemsLogic gates and circuit behaviorData structures and systems modeling9. Environmental and SafetyWater treatment, air pollution, and soil contaminationRisk assessment and safety practicesEnvironmental regulations (EPA, OSHA)Waste management and sustainability10. Discipline-Specific Sections (Optional)Civil: Geotechnical, Structural, Transportation, Water ResourcesMechanical: Dynamics, Heat Transfer, Machine DesignElectrical: Signal Processing, Controls, ElectromagneticsChemical: Reaction Engineering, Mass Transfer, Process SafetyStudy Tools and Exam StrategyWalkthroughs of NCEES-style problemsCalculator tips for the official FE calculatorTime management and test-day preparationUnderstanding the CBT interface and reference handbookPractice problems and simulation sets with detailed solutionsWho This Course Is ForEngineering students nearing graduationEngineers-in-training preparing for the FE examInternational engineers pursuing U.S. PE licensureAnyone needing a structured path to FE successRequirementsBackground in engineering fundamentals (from university or self-study)Access to the NCEES FE Reference Handbook (free download)FE-approved calculator (e.g., TI-36X Pro)What You'll Achieve After This CourseMaster the content covered on the FE examBuild confidence in solving exam-style problemsApply strategies for pacing and question prioritizationUse the official FE Reference Handbook efficientlyBe fully prepared to pass your chosen FE exam disciplineWhy This Course Stands OutAligned with the most recent NCEES specificationsLed by engineering educators and PE-certified instructorsPractice-driven with explanations, visual aids, and walkthroughsClear, disciplined structure for focused self-studyStart now and take the first step toward becoming a licensed Professional Engineer.
