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Student Learning Outcomes

Discipline: Manufacturing Technology Degree: AS - Manufacturing Technology - S0918

Course Name	Course Number	Objectives
Manufacturing Processes and Materials	MFG 130	70% of students will be able to identify various stock materials and describe their general properties and composition with 70% or greater success. 70% of students will be able to identify various manufacturing processes with 70% or greater success 70% of students will be able to describe or explain 3 common manufacturing processes with 70% or greater accuracy Student will develop G-code for computerized numerical control input from manual methods. Student will transmit DNC (electronic transfer) code to CNC machines
CAD for Manufacturing	MFG 120	Students will demonstrate parametric solid modeling skills by developing a complete portfolio at the end of the semester. Students will be able to use intermediate modeling skills such as multi-body modeling, cut-revolve method and the sheet metal tool set Student will understand and use assembly modeling techniques effectively Students will demonstrate ability to use parametric file saving methodology Students will develop 2D and 3D CAD skills required to gain entry level employment.
Computer Aided Manufacturing II	MFG 220	Students will create 2D and 3D tool paths for various industry-representative parts and then machine them effectively using CNC mills and/ or lathes Students will develop functional CAD/CAM multi-axis machining concepts and how they relate to industry.
Introduction to MasterCAM	MFG 180	Students will evaluate methods of transferring data from CAD/CAM computers to machine tool computers Students will demonstrate the ability to create correct sequence of tool paths. Students will create 2.5 axis toolpaths required to operate CNC machining centers.
Introduction to Welding	WELD 40	Incorporate safety practices into all welding activities. (MO) Recognize and describe common welding processes used in bonding metals. (MO) Demonstrate the use of Oxy-acetylene welding (OAW),Shielded Metal Arc Welding (SMAW), Gas Metal Arc Welding(GMAW),Gas Tungsten Arc Welding (GTAW),Flux Cored Arc Welding (FCAW), Plasma Arc Cutting (PAC),Carbon Arc Cutting(CAC) principles to join and cut metals. (MO) Completers will be able to successfully identify and differentiate between various welding processes presented in the class. (SLO) Discuss the different base metal compositions used to make metallurgical bonds. (MO) Students will be able to effectively operate the equipment for various welding processes. (SLO) Completers will be able to successfully identify and differentiate between various welding processes presented in the class. students will be able to effectively operate the equipment for various welding processes . Identify the cost effectiveness of each welding process. (MO) Define terms and conditions related to the welding industry. (MO) Recognize and illustrate basic metallurgy related to the welding trades. (MO)
Manual Machining I	MFG 150	Set up the lathe to face off and turn down a work piece to a specific diameter Students will be able to square a vice to the machine table using a dial indicator Students will be able to locate the correct position to drill a hole using an edge finder and digital readout Analyze and calculate machine settings for cutting screw threads. Demonstrate the ability to setup a conventional lathe to machine a steel part.
Manual Machining II	MFG 155	Demonstrate ability to perform basic mill set up and operation. 70% of students can safely and successfully operate the auto feed controls on the metal lathe Analyze and demonstrate ability to heat-treat alloy steels correctly

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