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制造业导读(1学分)

为新入学的MATC学生提供在参加MATC自主学习前所需的信息。包括了解MATC程序，安全，制造职业，精益制造和计算机登录程序的介绍。P / NP评分。

MFG 100: MFG定位

https://catalog.cocc.edu/course-outlines/mfg-100/

成绩单名称MATC入学学分1年级模式及格/不及格成绩联系时数共计10授课时数描述为MATC新生提供参加MATC自主学习前所需的信息。包括了解MATC程序，安全，制造职业，精益制造和计算机登录程序的介绍。P / NP评分。学习成果1。学生将回忆COCC和MATC政策。2.学生将解释工业安全，以及MATC的安全政策。3.学生将描述制造业职业以及MATC如何帮助你成功。4. Student will identify principles of Lean Manufacturing. 5. Student will employ what they have learned to begin working with COCC computer systems.

制造技术

https://catalog.cocc.edu/programs/manufacturing-technology/

先进制造业是一个与工程和工业设计密切相关的多元化部门。该学院的制造业项目培训学生在俄勒冈州中部立即就业，为当地行业员工提供持续技能培训，培训形式为工作的成年人设计，并根据当地雇主的要求提供定制的技能培训。

MFG 261: Mastercam车床

https://catalog.cocc.edu/course-outlines/mfg-261/

成绩单标题Mastercam车床学分4年级模式标准信年级联系学时总计40课学时40先决条件MFG 100, MFG 110和MFG 119。推荐制剂MFG 259和MFG 260。介绍Mastercam车床的基本操作。包括与基于pc的CAD/CAM工作相关的术语。涵盖Mastercam车床菜单结构和系统管理的使用，2 1/2轴线框几何创建，以及为CNC车床的CNC“G”代码的输出创建工具路径。学习成果1。解释CNC车床Mastercam CAD/CAM软件的相关概念和演示技术。演示数控车床加工中心的基本加工操作。3.演示使用Mastercam计算机辅助加工软件为CNC车床使用组合(现有几何)和直接(新几何)方法生成刀具路径的概念。 Content outline • Graphics environment of Mastercam Computer Assisted Machining Software for CNC Lathe • CAD drawing import and printing procedures • Establishment of CAM parameters • Establishing tooling parameters for CNC Lathe • Concepts and techniques of modifying existing geometry using Mastercam computer assisted machining software for CNC Lathe • Tool path generation for CNC Lathe • Solid model part representations • Post processing and reverse posting procedures for CNC Lathe • Exporting data to the CNC Lathe Required materials No materials required.

制造加工技术员-应用科学副学士(AAS)

https://catalog.cocc.edu/programs/manufacturing-technology/manufacturing-machining-technician-aas/

应用科学的制造加工技术员协会培养学生应用基本的利用技能来识别和解决产品制造中的生产问题。该课程包括机器操作、生产线操作、利用率改进、物理控制、自动化、计算机辅助制造(CAM)、制造计划、质量控制和信息基础设施方面的指导。

制造业数控机床操作员-一年制证书(CC1)

https://catalog.cocc.edu/programs/manufacturing-technology/manufacturing-cnc-machine-operator-cc1/

制造数控机床操作员一年结业证书包含了介绍性的制造过程，以提供实际操作经验，强调计算机数控(CNC)设置，操作和代码修改。该证书的技能集与行业认可的熟练程度相一致，使毕业生有资格申请计算机控制机床操作员或CNC安装技术员等入门职位。

MFG 256: CNC铣床编程

https://catalog.cocc.edu/course-outlines/mfg-256/

成绩单标题CNC Mill Programming学分4年级模式标准信年级联系学时总计40课学时40先决条件MFG 100和MFG 110。推荐制剂MFG 257。介绍数控铣床的基本编程技能。学习成果1。分析和应用机械车间的安全概念和实践。2.理解CNC铣床的基本概念和格式。3.创建并演示数控铣床加工中心程序的使用。4. Demonstrate the basic machining practices and tooling as it applies to CNC Mill using simulation software. Content outline • Machine and shop safety • CNC Mill – set up, order of operations, and coordinate systems to program CNC Mill machines. • Mill machining/turning centers including machine configurations, general flow of the programming process, determining program zero assignment values and three ways to assign program zero and programming words used in machining • Types of formatting • Mill Machine language/operations • Programming CNC Mill including programming computer numerical control mills and machining centers, identifying G M codes, programming canned cycles, subroutines, profile milling and cutter diameter compensation • Tooling and tool offsets for CNC Mill • Program simulation for CNC Mill Required materials Text book, and tools (as required for second term students).

MFG 257:数控铣床设置和操作

https://catalog.cocc.edu/course-outlines/mfg-257/

成绩单标题CNC铣床安装操作学分4年级模式标准信等级联系时数总计80其他时数80先决条件MFG 100和MFG 110。使用并发MFG 256的先决条件。介绍Fanuc兼容数控铣床加工中心的基本操作和设置。学习成果1。应用机械车间的安全概念和安全措施。2.演示自动和手动数控铣床操作的功能。3.解释五种CNC铣床的操作模式，包括手动，手动数据输入(MDI)，编辑和程序操作-内存(自动)和磁带。4. Describe the key sequences of a CNC Mill machine operation for machining centers. 5. Demonstrate CNC Mill program verification such as: safety priorities, running good parts, and verification of programs. Content outline • CNC Mill Machine safety • CNC Mill Machine nomenclature • Controller modes and operation of CNC Mill including the use of the buttons, switches, and keys found on CNC Mill machine control units (MCU), the control panel display, machine operation, feed, spindle speed, tool changing, and axis motion, and automatic/manual operation of the machine tool. • Tool holder setups • Establishing cutter tool length compensation for CNC Mill • Tooling page editing • Part cutting operations • Conversational programming basics for CNC Mill Required materials Requires textbook and required tools for second term machining students.

MFG 258: Mastercam Mill

https://catalog.cocc.edu/course-outlines/mfg-258/

成绩单标题Mastercam Mill学分4年级模式标准信年级联系学时总计40授课学时40先决条件MFG 100, MFG 110和MFG 119。介绍Mastercam Mill的基本操作。包括与计算机辅助绘图/计算机辅助建模工作相关的术语。涵盖了Mastercam Mill菜单结构的使用和系统管理。学习成果1。解释与计算机数控铣床Mastercam软件相关的概念和演示技术。2.演示计算机数控铣床加工中心的基本加工操作。3.演示利用Mastercam计算机辅助加工软件为计算机数控铣床使用组合(现有几何)和直接(新几何)方法生成刀具路径的概念。 Content outline • Graphics environment of Mastercam computer assisted machining software for computer numerical control (CNC) mill • Computer aided drafting drawing import and printing procedures • Establishment of computer aided manufacturing parameters • Establishing tooling parameters for CNC mill • Concepts and techniques of modifying existing geometry using Mastercam computer assisted machining software for the CNC mill • Tool path generation for the CNC mill • Solid model part representations • Post processing and reverse posting procedures for CNC mill • Exporting data to the CNC mill Required materials No materials required.

MFG 259:数控车床编程

https://catalog.cocc.edu/course-outlines/mfg-259/

成绩单标题CNC车床编程学分4年级模式标准信年级联系学时总计40课学时40先决条件MFG 100和MFG 110。推荐制剂MFG 260。介绍数控车床的基本编程技能。学习成果1。分析和应用机械车间的安全概念和实践。2.理解CNC车床的基本概念和格式。3.创建并演示数控车床加工中心程序的使用。4. Demonstrate the basic machining practices and tooling as it applies to CNC Lathe. Content outline • Machine and shop safety • CNC Lathe – set up, order of operations, and coordinate systems to program CNC Lathe machines. • Lathe machining/turning centers including machine configurations, general flow of the programming process, determining program zero assignment values and three ways to assign program zero and programming words used in machining • Types of formatting • Lathe language/operations • Programming CNC Lathe including programming computer numerical control turning center identifying G M codes, manual programming and programming canned cycles Required materials Text book and tools (as required for second term students).

MFG 260:数控车床设置和操作

https://catalog.cocc.edu/course-outlines/mfg-260/

成绩单标题CNC车床安装操作学分4年级模式标准信等级联系时数总计80其他时数80先决条件MFG 100和MFG 110。并发MFG 259的先决条件。介绍Fanuc兼容数控车床加工中心的基本操作和设置。学习成果1。应用机械车间的安全概念和安全措施。2.演示自动和手动数控车床操作的功能。3.解释五种CNC车床的操作模式，包括手动，手动数据输入(MDI)，编辑和程序操作-内存(自动)和磁带。4. Describe the key sequences of CNC Lathe machine operation for machining centers. 5. Demonstrate CNC Lathe program verification such as: safety priorities, running good parts, and verification of programs. Content outline • CNC Lathe Machine safety • CNC Lathe Machine nomenclature • Controller modes and operation of a CNC Lathe, including the use of the buttons, switches, and keys found on CNC Lathe machine control units (MCU), the control panel display, machine operation, feed, spindle speed, tool changing, and axis motion and automatic/manual operation of the machine tool. • Tool holder setups • Establishing cutter tool length compensation for a CNC Lathe • Tooling page editing • Part cutting operations • Conversational programming basics for a CNC Lathe Required materials Requires textbook and required tools for second term machining students.

焊接技术2

https://catalog.cocc.edu/course-outlines/mfg-105/

成绩单标题焊接技术II学分4等级模式标准信件等级接触时数总计80其他时数80先决条件MFG 103。推荐制剂MFG 100。按照AWS D1.1结构钢焊接规范，三门课程序列中的第二门课程专注于结构板焊接的入门级技能。介绍中间焊接工艺、安全性、术语和设备操作，用于在低碳钢上使用保护金属电弧焊(SMAW)和气体金属电弧焊(GMAW)在3F和4F位置进行更困难的焊接。学习成果1。在1G和2G位置使用角磨床、氧燃料和等离子切割工艺进行坡口板焊接时，认识安全的工作实践。2.演示基本焊接的SMAW设备的适当设置，维护和使用。3.演示基本焊接GMAW设备的适当设置，维护和使用。 4. Weld common (basic) joint assemblies with SMAW and GMAW processes to AWS D1-1 Structural Steel Welding Code. 5. Apply visual and destructive examination principles and practices in accordance with AWS D1-1. Required materials This class requires the purchase of safety equipment, reference books, measurement equipment, and tools.

MFG 285: gtaw iii

https://catalog.cocc.edu/course-outlines/mfg-285/

成绩单标题GTAW III学分3年级模式标准信等级联系学时总计60其他学时60先决条件MFG 283推荐制剂MFG 100。GTAW焊接2”和6”管在6G位置的完整接头贯穿焊缝。学习成果1。在MATC焊接实验室以专家水平演示GTAW工艺的安全操作。2.根据AWS D1.1, API 1104和多个ASME规范/标准，在6G(专家)位置用GTAW工艺焊接薄壁和厚壁2”软钢管。焊接将在多种边缘配置，级数和焊接类型。3.根据AWS D1.1, API 1104和多个ASME规范/标准，在6G(专家)位置用GTAW工艺焊接薄壁和厚壁6”软钢管。 Weldments will be done in multiple edge configurations, progression and weld types. 4. Apply visual and destructive examination principles and practices at an advanced level in accordance with AWS D1.1, API 1104, and applicable ASME Code/Standards. Content outline GTAW 2” mild steel pipe Sched 10 grooved butt welds carbon/stainless filler 6G Test x1 Practice x10 2” mild steel pipe Sched 80 grooved butt welds carbon/stainless filler 6G Test x1 Practice x10 6” mild steel pipe Sched 10 grooved butt welds carbon/stainless filler 6G Test x1 Practice x10 6” mild steel pipe Sched 80 grooved butt welds carbon/stainless filler 6G Test x1 Practice x10 Required materials This class requires the purchase of safety equipment, reference books, measurement equipment, and tools.

生产厂109:精益实践

https://catalog.cocc.edu/course-outlines/mfg-109/

成绩单标题精益实践学分2年级模式标准信年级联系时数总计20授课时数20先决条件讲师批准。推荐制剂MFG 100。精益实践是在任何过程中用于消除浪费的方法。本课程使学生了解在工业中常用的精益实践，包括:价值流图、标准化工作、5S、结构化问题解决、可视化工厂、看板/拉式系统等精益工具。学习成果1。学生将应用价值流映射技术到一个过程中。2.学生将描述标准化作业在消除浪费方面的好处。3.学生将在MATC应用5S技术。 4. Student will evaluate and solve problems using Structured Problem Solving methods. 5. Student will describe Kanban/Pull Systems and what benefits they have over other methods. 6. Student will apply Visual Factory methods.

制造电气系统

https://catalog.cocc.edu/course-outlines/mfg-116/

成绩单名称制造电气系统学分2年级模式标准信等级接触时数总计60实验室时数60先决条件讲师批准。推荐制剂MFG 100。描述研究在制造应用中使用的电路和元件。包括介绍交流/直流电路结构和欧姆定律。学习成果1。学生将构建和操作多元件电路。2.学生将利用欧姆定律计算电感和电容。学生将进行电路分析。4. Student will learn how to test for voltage and other electrical measurements using a multimeter. 5. Student will create circuitry requiring a transformer. 6. Student will determine presence of AC voltage with test leads.

MFG 118:流体动力系统

https://catalog.cocc.edu/course-outlines/mfg-118/

成绩单标题流体动力系统I学分2年级模式标准信等级接触学时总计60实验室学时60先决条件教师批准。推荐制剂MFG 100。流体动力入门类。包括单/双作用油缸操作，方向控制阀操作，流体动力符号和创建操作液压和气动回路。学习成果1。学生将构建和操作多组分液压回路。2.学生将运用液压动力系统原理设计电路。3.学生将识别基本的液压动力系统组件。 4. Student will construct speed and pressure control circuits. 5. Student will calculate and apply principles of hydraulic pressure and flow. 6. Student will design fluid circuits to perform specific operations.

MFG 102:蓝图阅读钣金

https://catalog.cocc.edu/course-outlines/mfg-102/

成绩单标题图纸钣金学分2年级模式标准信件等级联系时数总计60实验室时数60先决条件教师批准。推荐制剂MFG 100。培训学生阅读和解释各种类型的钣金图纸。包括线条和印刷发展，钣金布局，图案起草和弯曲余量，材料的最大利用率，钣金类型和等级的识别，正确使用钣金的应用和钣金弯曲和剪切强度。学习成果1。学生将评估钣金应用的蓝图。2.学生将描述钣金应用图纸上使用的术语。3.学生将应用适当的技术，以允许在成型过程中发生的“拉伸”。 4. Student will describe methods to maximize the use of materials by using nesting when different parts require the same gauge metals. 5. Student will describe different types and grades of sheet metal. 6. Student will describe the correct stainless steel sheet metal grades for food grade applications.

焊接技术I

https://catalog.cocc.edu/course-outlines/mfg-103/

成绩单标题焊接技术I学分4等级模式标准信等级接触时数总计80其他时数80推荐准备制造100。根据AWS D1.1结构钢焊接规范，三门课程序列中的第一门课程专注于结构钢焊接中使用的入门级技能。介绍了在低碳钢上使用保护金属电弧焊(SMAW)和气体金属电弧焊(GMAW)进行1F和2F焊接的基本焊接工艺、安全、术语和设备操作。学习成果1。演示在MATC焊接实验室使用SMAW和GMAW工艺时的安全操作。演示基本焊接的SMAW设备的适当设置，维护和使用。3.演示基本焊接GMAW设备的适当设置，维护和使用。4.按照美国焊接协会D1-1结构钢焊接规范，焊接具有SMAW和GMAW工艺的通用接头组件。 Apply visual and destructive examination principles and practices in accordance with AWS D1-1. Content outline Function safely in the MATC Welding Lab Understand and practice personal safety by using proper protective gear Understand and practice power tool safety Understand and maintain a safe work area Understand and apply fundamentals of SMAW Operations Describe and demonstrate equipment setup, shut down, and operation Identify electrode characteristics Demonstrate proper arc length and travel speed Demonstrate correct starting, stopping and restarting techniques Demonstrate proper bead placement Understand and apply fundamentals of GMAW operations Describe and demonstrate equipment setup, shut down, and operation Identify electrode types Demonstrate proper stick out and travel speed Demonstrate correct starting, stopping and restarting techniques Demonstrate proper bead placement SMAW: In 1F and 2F (flat and horizontal) T Joint Lap Joint Surfacing Edge Weld GMAW: In 1F and 2F (flat and horizontal) T Joint Lap Joint Surfacing Edge Weld Apply visual and destructive examination principles and practices in accordance with AWS D1.1 Evaluate welds using appropriate welding inspection tools Assess weld discontinuities causes and corrections Required materials This class requires the purchase of safety equipment, reference books, measurement equipment, and tools.

制造过程I

https://catalog.cocc.edu/course-outlines/mfg-110/

成绩单标题制造工艺一学分4等级模式标准信件等级联系时数总计80其他时数80推荐准备制造100。介绍材料移除操作，强调安全操作规范。包括基本的零件布局，手动工具，钻床，带锯，手动铣削和手动车床过程，强调生产速度和进给量。学习成果1。在MATC机床实验室演示安全操作。2.演示基本的手工加工过程，设置和策略，以加工金属零件，同时应用工业标准进给量和速度。3.使用精密测量仪器加工和检查指定的金属项目。4. Fabricate a project to blueprint specifications using basic layout tools, drill press, bandsaw, and hand tools. 5. Demonstrate basic manual milling machine operations to face mill, end mill, side mill, drill, ream, and chamfer an assigned project to blueprint specifications. 6. Demonstrate basic engine lathe operations to drill, face, turn, groove, taper and file an assigned project to blueprint specifications. Content outline Workplace Skills and Safety Measurement Offhand Grinding/Hand Tools Engine Lathe Manual Mill Required materials This class requires the purchase of safety equipment, reference books, measurement equipment, and tools.

制造过程2

https://catalog.cocc.edu/course-outlines/mfg-112/

成绩单名称制造工艺II学分3年级模式标准信等级接触时数总计90实验室时数90先决条件讲师批准。推荐制剂MFG 100。继续发展学生在加工操作方面的熟练程度，包括速度和进给量计算，铣床和车床实践。学习成果1。学生将计算钻孔，铣削和车床工作的进给量和速度。2.学生将在手工铣床和车床上制造零件，以接近公差。3.学生将描述刀具的使用直径和长度补偿。4. Student will describe basic fixturing use. 5. Student will evaluate positive and negative tool movements.

MFG 114:制造过程3

https://catalog.cocc.edu/course-outlines/mfg-114/

成绩单名称制造工艺3学分3年级模式标准信等级接触时数总计90实验室时数90先决条件讲师批准。推荐制剂MFG 100。基本制造工艺系列的最后一门课程。继续发展学生在基本机床操作的熟练程度，介绍计算机数控编程和操作，并通过一个顶点项目来展示加工熟练程度。学习成果1。学生将使用垂直带锯进行精确的剖面切割。2.学生将设置和使用铣床进行零件的方和铣削操作。3.学生将设置和使用发动机车床进行车削操作，以满足所需的零件规格。 4. Student will create process planning and documentation that reflects the correct procedures to produce a given part.

质量保证

https://catalog.cocc.edu/course-outlines/mfg-133/

成绩单名称质量保证学分3年级模式标准信等级联系学时总计90实验室学时90前提条件教师批准。推荐制剂MFG 100。质量控制入门课程，包括精密和半精密测量，数字量具操作，使用数字量具，千分尺，深度量具和高度量具的测量实践。本课程还包括统计过程控制和气动测量主题的介绍。学习成果1。使用半精密工具进行基本测量。2.使用数字工具进行精确测量。3.使用正弦棒和精密量块来设置和测量工作，精度为万分之一。 4. Use a surface plate and digital height gage to perform work piece measurements. 5. Create and follow part measuring documentation when measuring work. 6. Use MIL-spec procedures and methods to perform an outside micrometer caliper tool calibration. 7. Setup and capture electronic digital measurement data on a personal computer. 8. Setup and perform semi-automatic measurement using a modular gauge to with accuracy of one thousandth. 9. Create inspection reports which reflect part inspection results. 10. Use dimensional gauging tools to collect statistical process control data. 11. Interpret and use statistical process control charts. 12. Use statistical process control to problem solve a manufacturing process. Content outline Basic measurements Semi-precision measuring tools Precision measuring tools Introduction to SPC Control chart analysis and problem solving Locational and orientation tolerances Introduction to digital tools Sine bar and precision gage block setups Surface plate measurements Optical Comparator measurements CMM measurement Part measuring and documentation Precision tool calibration using MIL-spec procedures Measurement data capture Modular gauging techniques Creating inspection reports Required materials Requires textbook and special gear, see syllabus for details.

MFG 201:台架工作

https://catalog.cocc.edu/course-outlines/mfg-201/

成绩单标题实验工作学分2年级模式标准信年级联系学时总计60实验室学时60先决条件教师批准。推荐制剂MFG 100。使用手工工具，锉刀，钢锯，凿子和涂层磨料。包括车间安全，手工攻丝，螺纹测量，杆压操作，千分尺和游标卡尺读数。学习成果1。执行手动丝锥选择和切割内部螺纹孔。2.选择、分级并使用砂布去除金属边缘的毛刺。3.使用模具和砧板进行螺纹的外部切割。 4. Perform precision measurement with both vernier and micrometer calipers to an accuracy of one thousandth of an inch.

MFG 202:金属制备

https://catalog.cocc.edu/course-outlines/mfg-202/

成绩单标题金属制备学分2年级模式标准信年级联系学时总计60实验室学时60先决条件教师批准。推荐制剂MFG 100。带锯，冷锯自动停止操作，铁工打孔和磨料电动工具操作。包括安全，型材切割，剪切，材料识别，刀片焊接，刀片选择和手工研磨操作。学习成果1。学生将安全安装和操作水平带锯。2.学生将计算不同尺寸带锯的锯片长度。3.学生将展示使用水平带锯切割1/32 "线轮廓的能力。 4. Student will setup and perform cutting and punching operations with the Iron Worker. 5. Student will correctly identify commonly used fabrication metals. Content outline • Machine safety • Band saw blade terminology and selection • Calculation of blade lengths for band saw blades • Horizontal band saw setup and cutting operations • Iron worker setup, shear, and punch • Profile cutting • Material markings and identification Required materials Requires textbook and special gear, see syllabus for details.

MFG 205:钻床

https://catalog.cocc.edu/course-outlines/mfg-205/

成绩单标题钻床学分2年级模式标准信年级联系学时总计60实验室学时60先决条件教师批准。推荐制剂MFG 100。钻床操作培训。包括安全，机器命名，测量和锐化钻头，机器设置，刀具选择，磁力钻机，电动钻机电机和摇臂钻机操作。学习成果1。随手将钻头磨尖，以切割出正确尺寸的千分之五英寸内的孔。2.安全安装和操作灵敏的钻床钻孔。3.区分反孔、反沉、点面和中心钻孔操作。 4. Safely setup and perform power-tapping operations to produce Class 2 internal threads. 5. Accurately measure internal threads for correct pitch diameter to within appropriate specifications. 6. Safely setup and operate the radial arm drill press to perform power-feeding operations. 7. Student will perform power-tapping operations to required specifications using the radial arm drill.

MFG 210:垂直铣削

https://catalog.cocc.edu/course-outlines/mfg-210/

成绩单标题立铣学分2年级模式标准信年级联系学时总计60实验室学时60前提条件教师批准。推荐制剂MFG 100。立式铣床操作说明。包括安全、工作保持、工作台设置、电源供应、数字读出操作、刀具选择、爬升和常规切割和主轴转速变化。学习成果1。使用立式铣床安全安装虎钳和切割操作。2.根据物料切削速度，计算正确的转速以运行不同尺寸的刀具。3.安装和安全执行飞切操作，以创建平面。 4. Use the digital read out to accurately position the milling table. 5. Perform offset boring head operations to bore holes to within one thousandth of an inch. 6. Perform dividing head operations using simple, angular, and direct indexing methods. 7. Accurately drill bolt circle patterns using the digital read out. 8. Perform a CNC mill setup and monitor operations to produce a part.

机床操作员I

https://catalog.cocc.edu/course-outlines/mfg-214/

成绩单标题车床操作员1学分2年级模式标准信等级接触时数总计60实验室时数60先决条件教师批准。推荐制剂MFG 100。介绍手工车床操作培训。包括安全，机器维护，快速更换工具，卡盘设置，复合锥度切削，一般车削和钻孔操作。学习成果1。使用多个刀具固定块进行快速更换工装设置，以减少工件加工时间。2.建立和执行开槽操作，对进给量和速度问题的认知在千分之一精度以内。3.在发动机车床上安全地拆卸和安装不同的卡盘。 4. Determine the appropriate feed and RPM information based on the material being cut. 5. Cut a taper to within four thousandth accuracy utilizing the compound rest. 6. Use a one-inch dial indicator to monitor longitudinal cut to within one thousandth. 7. Accurately and consistently perform facing, shoulder, and part off operations to within five thousandth of size. 8. Student will mount and dismount taper shank tooling into the tailstock to perform various cutting operations.

机床操作员

https://catalog.cocc.edu/course-outlines/mfg-216/

成绩单标题车床操作员II学分2年级模式标准信等级接触时数总计60实验室时数60先决条件教师批准。推荐制剂MFG 100。高级车床操作培训。四爪卡盘、锥度车削、硬质合金刀具选择、镗孔、单点螺纹、螺纹测量等精密车削操作。学习成果1。执行定期的车床维护工作，包括液位检查，以延长车床的工作周期。2.安装和孔钢软颚卡盘以保持旋转零件的同心度。3.安装和调整锥度附件，以切割较长的锥度，直径精度在千分之二以内。 4. Setup and perform single point thread cutting operations to cut threads to Class 2 threading specifications. 5. Use the thread micrometer, thread ring gages, and three wires to check thread accuracy. 6. Perform boring operations to within one thousandth of diameter callout. 7. Use various lathe accessories that provide support for longer chucked work. 8. Setup and consistently machine work held between centers to within one thousandth.

机械故障排除

https://catalog.cocc.edu/course-outlines/mfg-246/

成绩单标题机械故障排除学分2年级模式标准信年级联系学时总计60实验室学时60先决条件教师批准。推荐制剂MFG 100。本课程概述了机械驱动系统和安全，关键紧固件，动力传动系统，润滑概念，滑动轴承，滚珠轴承，滚子轴承，垫圈和密封。学习成果1。学生将应用安全方法检查机械传动系统。2.学生将识别并使用钥匙紧固件。3.学生将排除机械动力传动系统故障。4. Student will identify and use lubrication concepts in machine troubleshooting. 5. Student will describe the different types of bearing and their uses. 6. Student will describe the different types of gaskets and seals and their uses.

MFG 250:增材制造

https://catalog.cocc.edu/course-outlines/mfg-250/

成绩单标题增材制造学分2年级模式标准信等级接触学时总计60实验室学时60先决条件制造100。介绍增材制造的概念，包括快速成型中使用的各种工艺。用三维打印工艺设计和创建样品零件。学习成果1。描述增材制造及其在哪里使用。2.确定常见的增材制造加工方法。3.总结使用增材制造制造零件所需的工艺步骤。4. Describe three-dimensional printer processes. 5. Produce workmanship samples of three-dimensional printer parts with lab equipment. Content outline • Graphics environment of Solidworks • Computer aided drafting drawing import and printing procedures • Solid model part representations • Post-processing and reverse posting procedures for 3-D printer • Exporting data to the 3-D printer Required materials None.

制造夹具和夹具

https://catalog.cocc.edu/course-outlines/mfg-254/

成绩单标题制造夹具夹具学分2年级模式标准信等级接触时数总计60实验室时数60先决条件教师批准。推荐制剂MFG 100。夹具和夹具设计实践。包括夹具，定位器，自由度，径向和锥形定位器，模板，自动夹紧和模块化固定。学习成果1。学生将区分夹具和夹具的工作夹具。2.学生将结合定位按钮，衬套和衬套到钻井夹具的设计。3.学生将设计固定装置，限制12度的工件自由。 4. Student will design a fixture incorporating the 3-2-1 work piece locating principle. 5. Student will select clamping devices based on fixturing and process requirements. 6. Student will setup a modular fixturing plate for machining operations. 7. Student will identify at least three different locating methods that can provide correctly referenced work piece restraint.

制造成本估算

https://catalog.cocc.edu/course-outlines/mfg-266/

成绩单名称制造成本估算学分2年级模式标准信等级联系时数总计60实验室时数60先决条件讲师批准。推荐制剂MFG 100。用于生产项目分析和计划的成本估算技术。包括软件估计，制造成本，标准与实际成本，固定和焊接相关的主题。学习成果1。学生将理解为什么评估是计划操作的一个重要因素。2.学生将区分标准和实际成本分析数据。3.学生将根据车间标准和其他提供的数据集研究和建立估计成本。 4. Student will perform cost estimates for machining, welding and fixturing assignments. 5. Student will operate software that provides computerized cost estimation output. 6. Student will use a spreadsheet to organize and document manually collected information.

MFG 267:氧燃料和等离子切割

https://catalog.cocc.edu/course-outlines/mfg-267/

成绩单标题氧燃料和等离子切割学分3年级模式标准信等级联系时数总计60其他时数60先决条件MFG 100。包括气枪、空气碳弧、等离子气割。包括火炬设置和维护，火焰设置，诊断，轨迹火炬操作，圆切割和碳弧切割实践。学习成果1。演示焊接实验室使用氧燃料工艺的安全操作。2.演示氧燃料连接和切割操作的适当设置、维护和使用。3.按照美国焊接协会D1.1结构钢焊接规范，用氧燃料工艺焊接和钎焊普通接头组件。根据相关行业标准，应用目测和破坏性检查原则和做法。 5. Cut common shapes and materials using the oxy-fuel process. Required materials This class requires the purchase of safety equipment, reference books, measurement equipment, and tools.

MFG 280:合作工作经验制造

https://catalog.cocc.edu/course-outlines/mfg-280/

成绩单标题CWE制造学分1-4年级模式通过/不通过联系时数总计30-120其他时数30-120先决条件讲师批准。推荐制剂MFG 100。描述提供经验，让学生将以前的课堂学习应用到职业环境中。学分取决于工作时数。P / NP评分。学习成果1。学生将运用面试技巧从合格的CWE雇主处获得CWE职位。2.学生将运用在MATC课程中所学到的技能，以满足由学生、CWE雇主和MATC讲师制定的CWE协议中所规定的与工作相关的目标和目标。3. Student will submit all necessary CWE Weekly Timecard Reports to the MATC instructor. 4. Student will write a end of assignment paper describing their CWE experience.

材料处理-叉车安全

https://catalog.cocc.edu/course-outlines/mfg-289/

成绩单标题Mat'l装卸叉车senty学分1年级模式标准信成绩联系时数总计30实验室时数30先决条件讲师批准。推荐制剂MFG 100。专注于钣金材料的识别和订购，以及这些材料的安全存储和处理。包括OSHA安全规定和叉车操作和安全。学习成果1。学生将根据钣金的类型和等级订购材料的正确尺寸和长度。2.学生将根据具体的存储和处理要求存储金属片。3.学生在移动和储存钣金时必须遵守OSHA安全规定。 4. Student will operate a fork lift safely, being ready to take the exam for an operator’s license.

MFG 290认证考试准备

https://catalog.cocc.edu/course-outlines/mfg-290/

成绩单标题认证考试准备AWS I学分1年级模式通过/不通过联系时数总计30实验室时数30先决条件教师批准。推荐制剂MFG 100。一级焊接认证测试的测试材料准备。包括材料测试样品的准备，设置，测试，研磨样品和评估。P / NP评分。学习成果1。学生将回顾在MATC课程中所学到的技能，使其足以满足认证标准。

MFG 291:认证测试准备

https://catalog.cocc.edu/course-outlines/mfg-291/

成绩单标题证书考试准备NIMS I学分1年级模式通过/不通过联系学时总计30实验室学时30先决条件教师批准。推荐制剂MFG 100。NIMS一级认证测试的测试材料准备。包括材料测试，工件准备，设置，测试和评估活动。P / NP评分。学习成果1。学生将回顾在MATC课程中所学到的技能，使其足以满足认证标准。

MFG 203:布局

https://catalog.cocc.edu/course-outlines/mfg-203/

成绩单标题布局学分2年级模式标准信年级联系时数总计60实验室时数60先决条件教师批准。推荐制剂MFG 100。半精密和精密布局实践。包括高度计操作，表面板设置，螺栓圆布局，以及使用手动和电动工具生产精确的工件轮廓。学习成果1。学生将设置测量活动，使用高度计测量部分步骤，以0.001”。2.学生将准确解决布局问题，展示直角三角计算能力。3.学生将执行精确的切线和半径布局在.015”。 4. Student will setup and perform angle measurements using the sine bar and gage blocks. 5. Student will use the combination set to scribe semi-precision layouts to within .015”. 6. Student will use the radius gage set to determine size and shape conformation for rounded part edges.

焊接检验/质量控制

https://catalog.cocc.edu/course-outlines/mfg-262/

成绩单名称焊接检验/质量控制学分2年级模式标准信等级接触时数总计60实验室时数60先决条件教师批准。推荐制剂MFG 100。研究与焊缝检验相关的质量控制问题。包括学生接触由焊工和检验员用来解释和监测AWS质量标准的可视化和无损检测技术。学习成果1。学生将培养识别导致焊接不连续的因素的能力。2.学生将理解焊接检验中使用的术语。3.学生将使用各种不同的专业量具进行焊接珠测量。 4. Student will describe the kinds of tools and processes used to perform visual inspection. 5. Student will determine the acceptability of welding beads by interpreting applicable welding code and blueprint requirements. 6. Student will interpret welding quality control parameters found on Welding Procedure Qualification Sheets.

材料工程

https://catalog.cocc.edu/course-outlines/mfg-160/

成绩单标题材料工程学分2年级模式标准信年级联系学时总计60实验室学时60先决条件教师批准。推荐制剂MFG 100。质量保证主题的一个延续，集中在材料上。包括剪切，硬度，拉伸和压缩测试和其他材料分析技术。学习成果1。学生将解释为什么热处理金属能提高所需的性能。2.学生将认识平衡图。3.学生将区分合金钢的性能。 4. Student will differentiate between non-ferrous and ferrous alloy materials. 5. Student will identify and properly apply plastic materials to solve engineering related problems.

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