October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	TechConnect Plus-Welding		Manufacturing Academy
Career Majors
	TechConnect Plus Welding II 720 Hours	TechConnect Plus Welding I 480 Hours	Academy of Manufacturing Science 450 Hours

Recommended Course Sequence	TCP Welding IIB (Three Hour) 360 Hours	TCP Welding IB (Two Hour) 240 Hours	Academy of Manufacturing Science Math I 150 Hours
	TCP Welding IIA (Three Hour) 360 Hours	TCP Welding IA (Two Hour) 240 Hours	Work-Based Experience - Academy of Manufacturing Science II 15 Hours
			Capstone - Academy of Manufacturing Science 30 Hours
			Welding Fundamentals 15 Hours
			Basic Fluid Power/Robotics 30 Hours
			Introduction to Automation/Electrical Systems 30 Hours
			Blueprints, Automation & Welding 15 Hours
			Foundations of Manufacturing II 15 Hours
			Work-based Experience - Academy of Manufacturing Science I 15 Hours
			Manufacturing Processes 15 Hours
			Introduction to Aircraft Fabrication 30 Hours
			Automated Design and Machining 45 Hours
			Introduction to Machining Technology 15 Hours
			Fundamentals of Blueprint Reading 15 Hours
			Foundations of Manufacturing I 15 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Manufacturing Production Process Development
Career Majors
	Manufacturing Specialist - Design Engineer Technician 1230 Hours	Design Engineer Technician 705 Hours	CAD Technician Mechanical 975 Hours	CAD Design Mechanical Specialist 1140 Hours	CAD Technician Electronics 855 Hours	CAD Design Electronics Specialist 1020 Hours	Manufacturing Production Process Development Workforce Transition 390 Hours	CAD Drafter 885 Hours

Recommended Course Sequence	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Induction 240 Hours	Workforce Staging 30 Hours
	Computer-Aided Machining 120 Hours	Computer-Aided Machining 120 Hours	CAD Mechanical Level 3 60 Hours	CAD Mechanical Level 5 120 Hours	CAD Electronics Level 3 60 Hours	CAD Electronics Level 5 120 Hours	Workforce Connection 120 Hours	CAD Piping Introduction 60 Hours
	CAD Mechanical Level 1 60 Hours	CAD Mechanical Level 1 60 Hours	CAD Mechanical Level 2 60 Hours	CAD Mechanical Level 4 120 Hours	CAD Electronics Level 2 60 Hours	CAD Electronics Level 4 120 Hours	Workforce Staging 30 Hours	CAD Civil Introduction 60 Hours
	Material and Equipment Specifications 45 Hours	Material and Equipment Specifications 45 Hours	CAD Mechanical Level 1 60 Hours	CAD Mechanical Level 3 60 Hours	CAD Electronics Level 1 60 Hours	CAD Electronics Level 3 60 Hours		Manufacturing Computer Aided Drafting and Design 120 Hours
	Engineering Computer Aided Drafting and Design 120 Hours	Engineering Computer Aided Drafting and Design 120 Hours	Presentation Graphics Animation 195 Hours	CAD Mechanical Level 2 60 Hours	CAD Electronics Introduction 120 Hours	CAD Electronics Level 2 60 Hours		Engineering Computer Aided Drafting and Design 120 Hours
	Principles of CAD Design 165 Hours	Principles of CAD Design 165 Hours	Manufacturing Computer Aided Drafting and Design 120 Hours	CAD Mechanical Level 1 60 Hours	Presentation Graphics Animation 195 Hours	CAD Electronics Level 1 60 Hours		Architecture Computer Aided Drafting and Design 120 Hours
	Drawing and Document Management 45 Hours	Drawing and Document Management 45 Hours	Engineering Computer Aided Drafting and Design 120 Hours	Manufacturing Computer Aided Drafting and Design 120 Hours	Principles of CAD Design 165 Hours	CAD Electronics Introduction 120 Hours		Principles of CAD Design 165 Hours
	Fundamentals of Computer Aided Drafting and Design 120 Hours	Fundamentals of Computer Aided Drafting and Design 120 Hours	Principles of CAD Design 165 Hours	Advanced Presentation Graphics Animation 120 Hours	Drawing and Document Management 45 Hours	Principles of CAD Design 165 Hours		Material and Equipment Specifications 45 Hours
	Introduction to Manufacturing Technology - Pre-Engineering Technology 75 Hours		Drawing and Document Management 45 Hours	Engineering Computer Aided Drafting and Design 120 Hours	Fundamentals of Computer Aided Drafting and Design 120 Hours	Advanced Presentation Graphics Animation 120 Hours		Drawing and Document Management 45 Hours
	Introduction to Manufacturing Technology - Computer Aided Drafting 75 Hours		Fundamentals of Computer Aided Drafting and Design 120 Hours	Principles of CAD Design 165 Hours		Drawing and Document Management 45 Hours		Fundamentals of Computer Aided Drafting and Design 120 Hours
	Introduction to Manufacturing Technology - CNC 75 Hours			Drawing and Document Management 45 Hours		Fundamentals of Computer Aided Drafting and Design 120 Hours
	Introduction to Manufacturing Technology - Machine Tool 75 Hours			Fundamentals of Computer Aided Drafting and Design 120 Hours
	Introduction to Manufacturing Technology Welding 75 Hours
	Introduction to Manufacturing Technology Precision Metal Fabrication 75 Hours
	Introduction to Manufacturing Technology 75 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Production
Career Majors
	Advanced CNC Machinist 1440 Hours	Advanced Manual Machinist 750 Hours	Engine Lathe Operational Technician 555 Hours	Milling Machine Operational Technician 555 Hours	Automation Technician Assistant 645 Hours	Manufacturing Specialist - Engine Lathe Operator 795 Hours	TechConnect Manufacturing Experience 360 Hours	Manufacturing Specialist - CNC Machinist Assistant 1050 Hours	Grinder Operational Technician 525 Hours	Drill Press Operator 270 Hours

Recommended Course Sequence	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Fundamentals of Welding in Manufacturing 60 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours
	Computer Repair and Troubleshooting I 120 Hours	Engine Lathe Production Applications 120 Hours	Engine Lathe Production Applications 120 Hours	Milling Production Applications 120 Hours	Programmable Controller Programming 90 Hours	Engine Lathe Operations 75 Hours	Fundamentals of Sheet Metal in Manufacturing 60 Hours	Computer Numerical Control Operations 60 Hours	Precision Grinding Production Applications 90 Hours	Drill Press Operations 75 Hours
	Advanced Computer Numerical Control Programming 150 Hours	Engine Lathe Operations 75 Hours	Engine Lathe Operations 75 Hours	Milling Operations 75 Hours	Industrial Semiconductors & Circuits 60 Hours	Precision Measurement 45 Hours	Fundamentals of Precision Machining 60 Hours	Metal Preparation for Processing 45 Hours	Precision Grinding 75 Hours	Precision Measurement 45 Hours
	Computer Numerical Control Programming 60 Hours	Milling Production Applications 120 Hours	Advanced Precision Measurement 45 Hours	Advanced Precision Measurement 45 Hours	Industrial Digital Electronic Circuits 90 Hours	Print Reading for Machining 45 Hours	Fundamentals of Fluid Power 60 Hours	Milling Operations 75 Hours	Advanced Precision Measurement 45 Hours	Print Reading for Machining 45 Hours
	Advanced Computer Numerical Control Setup 105 Hours	Milling Operations 75 Hours	Precision Measurement 45 Hours	Precision Measurement 45 Hours	Electromechanical Devices and Applications 90 Hours	Machine Tool Theory 45 Hours	Fundamentals of Metal Working Fabrication 60 Hours	Engine Lathe Operations 75 Hours	Precision Measurement 45 Hours	Machine Tool Theory 45 Hours
	Computer Numerical Control Setup 105 Hours	Advanced Precision Measurement 45 Hours	Advanced Print Reading for Machining 45 Hours	Advanced Print Reading for Machining 45 Hours	Industrial Electronics 120 Hours	Orientation to Machining 30 Hours	Fundamentals of Computer Aided Drafting (Mechanical) 60 Hours	Precision Grinding 75 Hours	Advanced Print Reading for Machining 45 Hours	Orientation to Machining 30 Hours
	Advanced Computer Numerical Control Operations 90 Hours	Precision Measurement 45 Hours	Print Reading for Machining 45 Hours	Print Reading for Machining 45 Hours	Industrial Electricity 60 Hours	Introduction to Manufacturing Technology - Pre-Engineering Technology 75 Hours		Precision Measurement 45 Hours	Print Reading for Machining 45 Hours
	Computer Numerical Control Operations 60 Hours	Advanced Print Reading for Machining 45 Hours	Advanced Machine Tool Theory 75 Hours	Advanced Machine Tool Theory 75 Hours	Basic Electrical Theory 60 Hours	Introduction to Manufacturing Technology - Computer Aided Drafting 75 Hours		Print Reading for Machining 45 Hours	Advanced Machine Tool Theory 75 Hours
	Engine Lathe Production Applications 120 Hours	Print Reading for Machining 45 Hours	Machine Tool Theory 45 Hours	Machine Tool Theory 45 Hours	Fundamentals of Manufacturing 45 Hours	Introduction to Manufacturing Technology - CNC 75 Hours		Machine Tool Theory 45 Hours	Machine Tool Theory 45 Hours
	Engine Lathe Operations 75 Hours	Advanced Machine Tool Theory 75 Hours	Orientation to Machining 30 Hours	Orientation to Machining 30 Hours		Introduction to Manufacturing Technology - Machine Tool 75 Hours		Orientation to Machining 30 Hours	Orientation to Machining 30 Hours
	Milling Production Applications 120 Hours	Machine Tool Theory 45 Hours				Introduction to Manufacturing Technology Welding 75 Hours		Introduction to Manufacturing Technology - Pre-Engineering Technology 75 Hours
	Milling Operations 75 Hours	Orientation to Machining 30 Hours				Introduction to Manufacturing Technology Precision Metal Fabrication 75 Hours		Introduction to Manufacturing Technology - Computer Aided Drafting 75 Hours
	Advanced Machine Tool Theory 75 Hours					Introduction to Manufacturing Technology 75 Hours		Introduction to Manufacturing Technology - CNC 75 Hours
	Machine Tool Theory 45 Hours							Introduction to Manufacturing Technology - Machine Tool 75 Hours
	Advanced Precision Measurement 45 Hours							Introduction to Manufacturing Technology Welding 75 Hours
	Precision Measurement 45 Hours							Introduction to Manufacturing Technology Precision Metal Fabrication 75 Hours
	Advanced Print Reading for Machining 45 Hours							Introduction to Manufacturing Technology 75 Hours
	Print Reading for Machining 45 Hours
	Orientation to Machining 30 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Production
Career Majors
	CADD/CAM Mechanical Specialist 1785 Hours	CNC/CAM Technician 1380 Hours	CNC Machinist Assistant 525 Hours	CNC Manufacturing Technician 960 Hours	CNC Machinist 795 Hours	Engine Lathe Operator 270 Hours	Electronics Assembler 150 Hours	Grinder Operator 225 Hours	Manual Machinist 345 Hours	Milling Machine Operator 270 Hours

Recommended Course Sequence	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours
	CAD Mechanical Level 7 240 Hours	Manufacturing CAM 45 Hours	Computer Numerical Control Operations 60 Hours	Computer-Aided Machining 120 Hours	CNC Milling Production Applications 90 Hours	Engine Lathe Operations 75 Hours	Electromechanical Devices for Electronics Technicians 45 Hours	Precision Grinding 75 Hours	Engine Lathe Operations 75 Hours	Milling Operations 75 Hours
	CAD Mechanical Level 6 240 Hours	CAD Mechanical Level 5 120 Hours	Metal Preparation for Processing 45 Hours	CNC Milling Production Applications 90 Hours	CNC Production Applications 60 Hours	Precision Measurement 45 Hours	Mechanical Fasteners and Terminals for Electronics Technicians 15 Hours	Precision Measurement 45 Hours	Milling Operations 75 Hours	Precision Measurement 45 Hours
	Manufacturing CAM 45 Hours	CAD Mechanical Level 4 120 Hours	Milling Operations 75 Hours	CNC Production Applications 60 Hours	Introduction to Quality Control 60 Hours	Print Reading for Machining 45 Hours	Instruments and Measurements for Electronics Technicians 15 Hours	Machine Tool Theory 45 Hours	Precision Measurement 45 Hours	Print Reading for Machining 45 Hours
	CAD Mechanical Level 5 120 Hours	Computer Numerical Control Programming 60 Hours	Engine Lathe Operations 75 Hours	Introduction to Quality Control 60 Hours	Computer Numerical Control Programming 60 Hours	Machine Tool Theory 45 Hours	Soldering for Electronics Technicians 15 Hours	Orientation to Machining 30 Hours	Print Reading for Machining 45 Hours	Machine Tool Theory 45 Hours
	CAD Mechanical Level 4 120 Hours	CAD Mechanical Level 3 60 Hours	Precision Grinding 75 Hours	Computer Numerical Control Programming 60 Hours	Computer Numerical Control Operations 60 Hours	Orientation to Machining 30 Hours	Electronics Hand and Power Tools for Electronics Technicians 15 Hours		Machine Tool Theory 45 Hours	Orientation to Machining 30 Hours
	CAD Mechanical Level 3 60 Hours	CAD Mechanical Level 2 60 Hours	Precision Measurement 45 Hours	Computer Numerical Control Operations 60 Hours	Milling Operations 75 Hours		Electrical Safety for Electronics Technicians 15 Hours		Orientation to Machining 30 Hours
	CAD Mechanical Level 2 60 Hours	CAD Mechanical Level 1 60 Hours	Print Reading for Machining 45 Hours	CNC Milling Operations 90 Hours	Engine Lathe Operations 75 Hours
	Arts Visual 120 Hours	Manufacturing Computer Aided Drafting and Design 120 Hours	Machine Tool Theory 45 Hours	CNC Lathe Operations 90 Hours	Precision Grinding 75 Hours
	CAD Mechanical Level 1 60 Hours	Presentation Graphics Animation 195 Hours	Orientation to Machining 30 Hours	Precision Grinding 75 Hours	Metal Preparation for Processing 45 Hours
	Manufacturing Computer Aided Drafting and Design 120 Hours	CNC Lathe Operations 90 Hours		Metal Preparation for Processing 45 Hours	Precision Measurement 45 Hours
	Advanced Presentation Graphics Animation 120 Hours	CNC Milling Operations 90 Hours		Precision Measurement 45 Hours	Print Reading for Machining 45 Hours
	Engineering Computer Aided Drafting and Design 120 Hours	Principles of CAD Design 165 Hours		Print Reading for Machining 45 Hours	Machine Tool Theory 45 Hours
	Drawing and Document Management 45 Hours	Drawing and Document Management 45 Hours		Machine Tool Theory 45 Hours	Orientation to Machining 30 Hours
	Principles of CAD Design 165 Hours	Fundamentals of Computer Aided Drafting and Design 120 Hours		Fundamentals of Manufacturing 45 Hours
	Fundamentals of Computer Aided Drafting and Design 120 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Production
Career Majors
	Production Workforce Transition 390 Hours

Recommended Course Sequence	Workforce Induction 240 Hours
	Workforce Connection 120 Hours
	Workforce Staging 30 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Maintenance, Installation & Repair
Career Majors
	Instrumentation Technician Assistant 915 Hours	Automated Systems Technician 1545 Hours	Electrical/Electronics Technician 1155 Hours	Supervisory Control and Data Acquistion Technician (SCADA) 1695 Hours	Flight Simulator Technician 1050 Hours	Mechanical Maintenance Technician 735 Hours	Automated Manufacturing Technician 1800 Hours	Electrical/Electronics Maintenance Technician 1590 Hours	Electrical Maintenance Technician Assistant 900 Hours	Fluid Power/Mechanical Power Transmission Technician 795 Hours

Recommended Course Sequence	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Programmable Controller Programming 90 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours
	Instrumentation and Control I 90 Hours	Basic Robotics in Manufacturing 120 Hours	Industrial Semiconductors & Circuits 60 Hours	Routing, Switching, and WAN Technologies 150 Hours	Simulations 120 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours	Industrial Electronics 120 Hours	Instrumentation and Control I 90 Hours	Motor Control Wiring 90 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours
	Microprocessor Instrumentation 120 Hours	Automated Industrial Systems 90 Hours	Industrial Digital Electronic Circuits 90 Hours	Network and Routing Fundamentals 150 Hours	Simulator Advanced Applications 60 Hours	Mechanical Power Transmission Theory & Principles 75 Hours	Industrial Electricity 60 Hours	Microprocessor Instrumentation 120 Hours	Electromechanical Devices and Applications 90 Hours	Motor Theory & Operation 30 Hours
	Programmable Controller Interfacing 90 Hours	Industrial Semiconductors & Circuits 60 Hours	Industrial Analog Electronic Circuits 90 Hours	Network Security 90 Hours	Simulator Fluid Mechanical Skills 120 Hours	Motor Theory & Operation 30 Hours	Workforce Staging 30 Hours	Digital Electronics for Manufacturing Maintenance 120 Hours	Motor Theory & Operation 30 Hours	Electromechanical Devices and Applications 90 Hours
	Digital Electronics for Manufacturing Maintenance 120 Hours	Mechanical Power Transmission Theory & Principles 75 Hours	Programmable Controller Interfacing 90 Hours	Principles of Information Assurance 90 Hours	Beginning Simulator Applications 135 Hours	Electromechanical Devices and Applications 90 Hours	Basic Robotics in Manufacturing 120 Hours	Programmable Controller Programming 90 Hours	Industrial Electronics 120 Hours	Mechanical Power Transmission Theory & Principles 75 Hours
	Motor Theory & Operation 30 Hours	Industrial Analog Electronic Circuits 90 Hours	Motor Control Wiring 90 Hours	Computer Repair and Troubleshooting II 120 Hours	Simulator Systems Maintenance 135 Hours	Electrical Distribution 60 Hours	Instrumentation and Control I 90 Hours	Programmable Controller Interfacing 90 Hours	Electrical Distribution 60 Hours	Industrial Wiring Methods 120 Hours
	Industrial Electronics 120 Hours	Industrial Digital Electronic Circuits 90 Hours	Motor Theory & Operation 30 Hours	Computer Repair and Troubleshooting I 120 Hours	Alternating Current Circuits 60 Hours	Electrical Schematic and Blueprint Reading 60 Hours	Automated Industrial Systems 90 Hours	Electromechanical Devices and Applications 90 Hours	Industrial Wiring Methods 120 Hours	Electrical Schematic and Blueprint Reading 60 Hours
	Electrical Schematic and Blueprint Reading 60 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours	Electrical Distribution 60 Hours	Instrumentation and Control II 90 Hours	DC Circuits for Electronics Technicians 120 Hours	Basic Electrical Theory 60 Hours	Microprocessor Instrumentation 120 Hours	Motor Theory & Operation 30 Hours	Electrical Schematic and Blueprint Reading 60 Hours	Basic Electrical Theory 60 Hours
	Industrial Electricity 60 Hours	Programmable Controller Interfacing 90 Hours	Industrial Wiring Methods 120 Hours	Instrumentation and Control I 90 Hours	Mechanical Fasteners and Terminals for Electronics Technicians 15 Hours	Maintenance Tools and Equipment in Manufacturing 30 Hours	Programmable Controller Interfacing 90 Hours	Motor Control Wiring 90 Hours	Industrial Electricity 60 Hours	Maintenance Tools and Equipment in Manufacturing 30 Hours
	Basic Electrical Theory 60 Hours	Motor Control Wiring 90 Hours	Industrial Electricity 60 Hours	Programmable Controller Programming 90 Hours	Soldering for Electronics Technicians 15 Hours	Principles of Welding and Machining for Manufacturing Maintenance 45 Hours	Digital Electronics for Manufacturing Maintenance 120 Hours	Alternating Current Circuits 60 Hours	Basic Electrical Theory 60 Hours	Principles of Welding and Machining for Manufacturing Maintenance 45 Hours
	Maintenance Tools and Equipment in Manufacturing 30 Hours	Motor Theory & Operation 30 Hours	National Electrical Code 120 Hours	Programmable Controller Interfacing 90 Hours	Electrical Safety for Electronics Technicians 15 Hours	Safety in Manufacturing 30 Hours	Motor Control Wiring 90 Hours	Direct Current Circuits 60 Hours	Maintenance Tools and Equipment in Manufacturing 30 Hours	Safety in Manufacturing 30 Hours
	Safety in Manufacturing 30 Hours	Electrical Distribution 60 Hours	Alternating Current Circuits 60 Hours	Motor Theory & Operation 30 Hours	Instruments and Measurements for Electronics Technicians 15 Hours	Lean Manufacturing Processes 60 Hours	Motor Theory & Operation 30 Hours	Electrical Distribution 60 Hours	Principles of Welding and Machining for Manufacturing Maintenance 45 Hours	Lean Manufacturing Processes 60 Hours
	Lean Manufacturing Concepts 30 Hours	Industrial Wiring Methods 120 Hours	Direct Current Circuits 60 Hours	Electromechanical Devices and Applications 90 Hours	Simulator Equipment and Safety 60 Hours	Lean Manufacturing Concepts 30 Hours	Electromechanical Devices and Applications 90 Hours	Industrial Electronics 120 Hours	Safety in Manufacturing 30 Hours	Lean Manufacturing Concepts 30 Hours
	Fundamentals of Manufacturing 45 Hours	Industrial Electricity 60 Hours	Maintenance Tools and Equipment in Manufacturing 30 Hours	Industrial Electronics 120 Hours	Introduction to Simulator Maintenance Technology 150 Hours	Fundamentals of Manufacturing 45 Hours	Alternating Current Circuits 60 Hours	Basic Electrical Theory 60 Hours	Lean Manufacturing Concepts 30 Hours	Fundamentals of Manufacturing 45 Hours
		National Electrical Code 120 Hours	Electrical Schematic and Blueprint Reading 60 Hours	Electrical Schematic and Blueprint Reading 60 Hours			Direct Current Circuits 60 Hours	Electrical Schematic and Blueprint Reading 60 Hours	Fundamentals of Manufacturing 45 Hours
		Alternating Current Circuits 60 Hours	Basic Electrical Theory 60 Hours	Industrial Electricity 60 Hours			Electrical Distribution 60 Hours	Industrial Electricity 60 Hours
		Direct Current Circuits 60 Hours	Fundamentals of Manufacturing 45 Hours	Basic Electrical Theory 60 Hours			Industrial Wiring Methods 120 Hours	Industrial Wiring Methods 120 Hours
		Maintenance Tools and Equipment in Manufacturing 30 Hours		Safety in Manufacturing 30 Hours			Electrical Schematic and Blueprint Reading 60 Hours	Maintenance Tools and Equipment in Manufacturing 30 Hours
		Basic Electrical Theory 60 Hours		Lean Manufacturing Processes 60 Hours			Basic Electrical Theory 60 Hours	Safety in Manufacturing 30 Hours
		Electrical Schematic and Blueprint Reading 60 Hours		Lean Manufacturing Concepts 30 Hours			Maintenance Tools and Equipment in Manufacturing 30 Hours	Principles of Welding and Machining for Manufacturing Maintenance 45 Hours
		Electrical Safety in Construction 15 Hours		Fundamentals of Manufacturing 45 Hours			Principles of Welding and Machining for Manufacturing Maintenance 45 Hours	Lean Manufacturing Processes 60 Hours
		Fundamentals of Manufacturing 45 Hours					Safety in Manufacturing 30 Hours	Lean Manufacturing Concepts 30 Hours
							Lean Manufacturing Concepts 30 Hours	Fundamentals of Manufacturing 45 Hours
							Fundamentals of Manufacturing 45 Hours
							Lean Manufacturing Processes 60 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Maintenance, Installation & Repair
Career Majors
	Instrumentation Technician 1155 Hours	Industrial Facilities Manager 1665 Hours	Industrial Maintenance Technician 915 Hours	Maintenance, Installation & Repair Workforce Transition 390 Hours	Mechanical Maintenance Technician Assistant 585 Hours	Flight Simulator Operations Assistant 300 Hours	Manufacturing Specialist - Mechanical Maintenance Technician Assistant 930 Hours

Recommended Course Sequence	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Induction 240 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours
	Instrumentation and Control I 90 Hours	Programmable Controller Interfacing 90 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours	Workforce Connection 120 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours	Simulator Fluid Mechanical Skills 120 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours
	Instrumentation and Control II 90 Hours	Basic Robotics in Manufacturing 120 Hours	Mechanical Power Transmission Theory & Principles 75 Hours	Workforce Staging 30 Hours	Mechanical Power Transmission Theory & Principles 75 Hours	Introduction to Simulator Maintenance Technology 150 Hours	Mechanical Power Transmission Theory & Principles 75 Hours
	Microprocessor Instrumentation 120 Hours	Automated Industrial Systems 90 Hours	Motor Theory & Operation 30 Hours		Electrical Schematic and Blueprint Reading 60 Hours		Electromechanical Devices and Applications 90 Hours
	Programmable Controller Programming 90 Hours	Digital Electronics for Manufacturing Maintenance 120 Hours	Electromechanical Devices and Applications 90 Hours		Electromechanical Devices and Applications 90 Hours		Electrical Schematic and Blueprint Reading 60 Hours
	Programmable Controller Interfacing 90 Hours	Fluid Power Theory & Power Transmission Principles 90 Hours	Electrical Distribution 60 Hours		Basic Electrical Theory 60 Hours		Basic Electrical Theory 60 Hours
	Digital Electronics for Manufacturing Maintenance 120 Hours	Electromechanical Devices and Applications 90 Hours	Industrial Wiring Methods 120 Hours		Maintenance Tools and Equipment in Manufacturing 30 Hours		Introduction to Manufacturing Technology - Pre-Engineering Technology 75 Hours
	Motor Theory & Operation 30 Hours	Mechanical Power Transmission Theory & Principles 75 Hours	Electrical Schematic and Blueprint Reading 60 Hours		Principles of Welding and Machining for Manufacturing Maintenance 45 Hours		Introduction to Manufacturing Technology - Computer Aided Drafting 75 Hours
	Industrial Electronics 120 Hours	Industrial Wiring Methods 120 Hours	Industrial Electricity 60 Hours		Safety in Manufacturing 30 Hours		Introduction to Manufacturing Technology - CNC 75 Hours
	Electrical Schematic and Blueprint Reading 60 Hours	Motor Control Wiring 90 Hours	Basic Electrical Theory 60 Hours		Lean Manufacturing Concepts 30 Hours		Introduction to Manufacturing Technology - Machine Tool 75 Hours
	Industrial Electricity 60 Hours	Industrial Electronics 120 Hours	Maintenance Tools and Equipment in Manufacturing 30 Hours		Fundamentals of Manufacturing 45 Hours		Introduction to Manufacturing Technology Welding 75 Hours
	Basic Electrical Theory 60 Hours	Direct Current Circuits 60 Hours	Principles of Welding and Machining for Manufacturing Maintenance 45 Hours				Introduction to Manufacturing Technology Precision Metal Fabrication 75 Hours
	Maintenance Tools and Equipment in Manufacturing 30 Hours	Alternating Current Circuits 60 Hours	Safety in Manufacturing 30 Hours				Introduction to Manufacturing Technology 75 Hours
	Safety in Manufacturing 30 Hours	Motor Theory & Operation 30 Hours	Lean Manufacturing Processes 60 Hours
	Lean Manufacturing Processes 60 Hours	Electrical Distribution 60 Hours	Lean Manufacturing Concepts 30 Hours
	Lean Manufacturing Concepts 30 Hours	Safety in Manufacturing 30 Hours	Fundamentals of Manufacturing 45 Hours
	Fundamentals of Manufacturing 45 Hours	Industrial Electricity 60 Hours
		Basic Electrical Theory 60 Hours
		Maintenance Tools and Equipment in Manufacturing 30 Hours
		Principles of Welding and Machining for Manufacturing Maintenance 45 Hours
		Electrical Schematic and Blueprint Reading 60 Hours
		Lean Manufacturing Processes 60 Hours
		Lean Manufacturing Concepts 30 Hours
		Fundamentals of Manufacturing 45 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Welding and Metal Fabrication
Career Majors
	Plate Roller Operator 780 Hours	Manufacturing Specialist - Robotic Welding Operational Technician 1065 Hours	Manufacturing Specialist - GTAW Pipe Welder 1170 Hours	Cutting Processes Technician 180 Hours	GMAW Structural Welder 330 Hours	GMAW Pipe Welder 450 Hours	GTAW Structural Welder 390 Hours	GTAW Pipe Welder 645 Hours	SMAW Structural Welder 555 Hours	SMAW Pipe Welder 750 Hours

Recommended Course Sequence	Workforce Connection 120 Hours	Workforce Connection 120 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours
	Workforce Staging 30 Hours	Workforce Staging 30 Hours	GTAW Low Alloy & Stainless Steel Pipe 90 Hours	Oxyfuel Cutting 30 Hours	GMAW Plate 60 Hours	GMAW Aluminum Pipe and Plate 45 Hours	GTAW Aluminum Plate 45 Hours	GTAW Low Alloy & Stainless Steel Pipe 90 Hours	SMAW Open V Groove Welds 120 Hours	SMAW Stainless Steel Groove and Pipe Welds 75 Hours
	Bending Methods 5 30 Hours	Robotic Welder Programming 60 Hours	Plasma Arc Cutting 15 Hours	Air Carbon Arc Cutting and Gouging 15 Hours	GMAW/FCAW Equipment and Setup 15 Hours	Plasma Arc Cutting 15 Hours	Plasma Arc Cutting 15 Hours	Plasma Arc Cutting 15 Hours	SMAW Groove Welds with Backing 30 Hours	Plasma Arc Cutting 15 Hours
	Bending Methods 4 30 Hours	Robotic Welding Operations 45 Hours	GTAW Plate 60 Hours	Plasma Arc Cutting 15 Hours	Welding Joint Fit Up and Adjustment 15 Hours	GMAW Pipe 60 Hours	GTAW Equipment & Filler Materials 15 Hours	GTAW Plate 60 Hours	SMAW Beads & Fillet Welds 120 Hours	SMAW Open V Groove Welds 120 Hours
	Bending Methods 3 30 Hours	Weld Quality 15 Hours	GTAW Carbon Steel Pipe 90 Hours	Metal Preparation and Heat Treatments 30 Hours	Weld Quality 15 Hours	GMAW Plate 60 Hours	Weld Quality 15 Hours	GTAW Carbon Steel Pipe 90 Hours	Weld Quality 15 Hours	SMAW Groove Welds with Backing 30 Hours
	Bending Methods 2 30 Hours	Welding Blueprints 15 Hours	GTAW Aluminum Pipe 75 Hours	Welding Detail Drawings 30 Hours	Welding Blueprints 15 Hours	Weld Quality 15 Hours	Metal Characteristics and Properties 30 Hours	GTAW Aluminum Pipe 75 Hours	Welding Blueprints 15 Hours	SMAW Open Root Pipe Welds 105 Hours
	Bending Methods 1 30 Hours	Robotic Welding Equipment Set-Up 15 Hours	GTAW Aluminum Plate 45 Hours	Fundamentals of Cutting Processes 30 Hours	Metal Characteristics and Properties 30 Hours	GMAW/FCAW Equipment and Setup 15 Hours	Welding Blueprints 15 Hours	GTAW Aluminum Plate 45 Hours	SMAW Electrodes 15 Hours	Welding Blueprints 15 Hours
	Bending Fundamentals 30 Hours	Fundamentals of Cutting Processes 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours		Fundamentals of Cutting Processes 30 Hours	Welding Blueprints 15 Hours	GTAW Plate 60 Hours	Welding Joint Fit Up and Adjustment 15 Hours	SMAW Equipment & Setup 15 Hours	Weld Quality 15 Hours
	Cone Bending 30 Hours	Metal Characteristics and Properties 30 Hours	GTAW Equipment & Filler Materials 15 Hours		Oxyfuel Cutting 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours	Oxyfuel Cutting 30 Hours	GTAW Equipment & Filler Materials 15 Hours	Welding Joint Fit Up and Adjustment 15 Hours	SMAW Beads & Fillet Welds 120 Hours
	Bar and Angle Bending 60 Hours	Welding Detail Drawings 30 Hours	Weld Quality 15 Hours		Metal Preparation and Heat Treatments 30 Hours	Oxyfuel Cutting 30 Hours	Fundamentals of Cutting Processes 30 Hours	Weld Quality 15 Hours	Oxyfuel Cutting 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours
	Operating Plate Roller 45 Hours	Robotic Welder Specifications 30 Hours	Welding Blueprints 15 Hours		Welding Detail Drawings 30 Hours	Fundamentals of Cutting Processes 30 Hours	Metal Preparation and Heat Treatments 30 Hours	Welding Blueprints 15 Hours	Fundamentals of Cutting Processes 30 Hours	SMAW Electrodes 15 Hours
	Plate Roller Specifications 30 Hours	Metal Preparation and Heat Treatments 30 Hours	Oxyfuel Cutting 30 Hours		Fundamentals of Welding 30 Hours	Metal Characteristics and Properties 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours	Oxyfuel Cutting 30 Hours	Metal Characteristics and Properties 30 Hours	SMAW Equipment & Setup 15 Hours
	Plate Roller Setup 15 Hours	Fundamentals of Robotic Welder Programming 30 Hours	Fundamentals of Cutting Processes 30 Hours			Metal Preparation and Heat Treatments 30 Hours	Welding Detail Drawings 30 Hours	Fundamentals of Cutting Processes 30 Hours	Metal Preparation and Heat Treatments 30 Hours	Oxyfuel Cutting 30 Hours
	Metal Characteristics and Properties 30 Hours	Fundamentals of Robotic Welding 60 Hours	Metal Preparation and Heat Treatments 30 Hours			Welding Detail Drawings 30 Hours	Fundamentals of Welding 30 Hours	Metal Preparation and Heat Treatments 30 Hours	Welding Detail Drawings 30 Hours	Metal Preparation and Heat Treatments 30 Hours
	Welding Detail Drawings 30 Hours	Introduction to Manufacturing Technology - Pre-Engineering Technology 75 Hours	Metal Characteristics and Properties 30 Hours			Fundamentals of Welding 30 Hours		Metal Characteristics and Properties 30 Hours	Fundamentals of Welding 30 Hours	Fundamentals of Cutting Processes 30 Hours
	Plate Roller Operations 30 Hours	Introduction to Manufacturing Technology - Computer Aided Drafting 75 Hours	Welding Detail Drawings 30 Hours					Welding Detail Drawings 30 Hours		Metal Characteristics and Properties 30 Hours
	Fundamentals of Metal Fabrication 60 Hours	Introduction to Manufacturing Technology - CNC 75 Hours	Fundamentals of Welding 30 Hours					Fundamentals of Welding 30 Hours		Welding Detail Drawings 30 Hours
	Metal Preparation and Heat Treatments 30 Hours	Introduction to Manufacturing Technology - Machine Tool 75 Hours	Introduction to Manufacturing Technology - Pre-Engineering Technology 75 Hours							Fundamentals of Welding 30 Hours
	Plate Roller Components 30 Hours	Introduction to Manufacturing Technology Welding 75 Hours	Introduction to Manufacturing Technology - Computer Aided Drafting 75 Hours
	Fundamentals of Plate Roller Operations 60 Hours	Introduction to Manufacturing Technology Precision Metal Fabrication 75 Hours	Introduction to Manufacturing Technology - CNC 75 Hours
		Introduction to Manufacturing Technology 75 Hours	Introduction to Manufacturing Technology - Machine Tool 75 Hours
			Introduction to Manufacturing Technology Welding 75 Hours
			Introduction to Manufacturing Technology Precision Metal Fabrication 75 Hours
			Introduction to Manufacturing Technology 75 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Welding and Metal Fabrication
Career Majors
	FCAW Structural Welder 330 Hours	FCAW Pipe Welder 375 Hours	Structural Welder 840 Hours	Pipe Welder 915 Hours	Structural and Pipe Welder 1425 Hours	Service Careers - Metal Fabricator Assistant 285 Hours	Welding and Metal Fabrication Workforce Transition 390 Hours	Metal Fabricator 1215 Hours	Press Brake Operator 720 Hours	Robotic Welding Operational Technician 600 Hours

Recommended Course Sequence	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Induction 240 Hours	Workforce Connection 120 Hours	Workforce Connection 120 Hours	Workforce Connection 120 Hours
	FCAW Plate 60 Hours	FCAW Plate 60 Hours	Plasma Arc Cutting 15 Hours	Plasma Arc Cutting 15 Hours	Plasma Arc Cutting 15 Hours	GMAW/FCAW Equipment and Setup 15 Hours	Workforce Connection 120 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours	Workforce Staging 30 Hours
	Weld Quality 15 Hours	Welding Blueprints 15 Hours	Air Carbon Arc Cutting and Gouging 15 Hours	Air Carbon Arc Cutting and Gouging 15 Hours	Air Carbon Arc Cutting and Gouging 15 Hours	SMAW Electrodes 15 Hours	Workforce Staging 30 Hours	Production Metal Work 75 Hours	Operating Press Brake 45 Hours	Robotic Welding Operations 45 Hours
	Welding Joint Fit Up and Adjustment 15 Hours	FCAW Pipe 45 Hours	SMAW Open V Groove Welds 120 Hours	SMAW Stainless Steel Groove and Pipe Welds 75 Hours	SMAW Stainless Steel Groove and Pipe Welds 75 Hours	SMAW Beads & Fillet Welds 120 Hours		Plasma Arc Cutting 15 Hours	Press Brake Specifications 30 Hours	Robotic Welder Programming 60 Hours
	GMAW/FCAW Equipment and Setup 15 Hours	Weld Quality 15 Hours	SMAW Groove Welds with Backing 30 Hours	SMAW Open Root Pipe Welds 105 Hours	SMAW Open Root Pipe Welds 105 Hours	Plasma Arc Cutting 15 Hours		Weld Quality 15 Hours	Fundamentals of Computer Aided Drafting and Design 120 Hours	Weld Quality 15 Hours
	Welding Blueprints 15 Hours	Oxyfuel Cutting 30 Hours	SMAW Beads & Fillet Welds 120 Hours	FCAW Pipe 45 Hours	SMAW Open V Groove Welds 120 Hours	Oxyfuel Cutting 30 Hours		GTAW Aluminum Plate 45 Hours	Weld Quality 15 Hours	Welding Blueprints 15 Hours
	Oxyfuel Cutting 30 Hours	GMAW/FCAW Equipment and Setup 15 Hours	FCAW Plate 60 Hours	GTAW Aluminum Pipe 75 Hours	SMAW Groove Welds with Backing 30 Hours	Fundamentals of Welding 30 Hours		GTAW Plate 60 Hours	Welding Blueprints 15 Hours	Robotic Welding Equipment Set-Up 15 Hours
	Fundamentals of Cutting Processes 30 Hours	Fundamentals of Cutting Processes 30 Hours	GTAW Aluminum Plate 45 Hours	GTAW Low Alloy & Stainless Steel Pipe 90 Hours	SMAW Beads & Fillet Welds 120 Hours	Service Careers Life Skills 30 Hours		GTAW Equipment & Filler Materials 15 Hours	Press Brake Equipment Set-Up 15 Hours	Fundamentals of Cutting Processes 30 Hours
	Metal Preparation and Heat Treatments 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours	GTAW Plate 60 Hours	GTAW Carbon Steel Pipe 90 Hours	FCAW Pipe 45 Hours			SMAW Stainless Steel Groove and Pipe Welds 75 Hours	Oxyfuel Cutting 30 Hours	Metal Characteristics and Properties 30 Hours
	Metal Characteristics and Properties 30 Hours	Metal Preparation and Heat Treatments 30 Hours	GMAW Plate 60 Hours	Weld Quality 15 Hours	FCAW Plate 60 Hours			SMAW Groove Welds with Backing 30 Hours	Fundamentals of Cutting Processes 30 Hours	Welding Detail Drawings 30 Hours
	Welding Detail Drawings 30 Hours	Metal Characteristics and Properties 30 Hours	Weld Quality 15 Hours	Welding Joint Fit Up and Adjustment 15 Hours	GTAW Aluminum Pipe 75 Hours			SMAW Open V Groove Welds 120 Hours	Metal Characteristics and Properties 30 Hours	Metal Preparation and Heat Treatments 30 Hours
	Fundamentals of Welding 30 Hours	Welding Detail Drawings 30 Hours	Welding Blueprints 15 Hours	Welding Blueprints 15 Hours	GTAW Low Alloy & Stainless Steel Pipe 90 Hours			SMAW Beads & Fillet Welds 120 Hours	Welding Detail Drawings 30 Hours	Robotic Welder Components 30 Hours
		Fundamentals of Welding 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours	SMAW Electrodes 15 Hours	GTAW Carbon Steel Pipe 90 Hours			SMAW Electrodes 15 Hours	Die Bending Operations 30 Hours	Robotic Welder Specifications 30 Hours
			SMAW Electrodes 15 Hours	SMAW Equipment & Setup 15 Hours	GTAW Aluminum Plate 45 Hours			SMAW Equipment & Setup 15 Hours	Bending Fundamentals 30 Hours	Fundamentals of Robotic Welding 60 Hours
			SMAW Equipment & Setup 15 Hours	GMAW/FCAW Equipment and Setup 15 Hours	GTAW Plate 60 Hours			GMAW Aluminum Pipe and Plate 45 Hours	Press Brake Components 30 Hours	Fundamentals of Metal Fabrication 60 Hours
			GTAW Equipment & Filler Materials 15 Hours	GMAW Aluminum Pipe and Plate 45 Hours	GMAW Aluminum Pipe and Plate 45 Hours			GMAW Pipe 60 Hours	Metal Preparation and Heat Treatments 30 Hours
			GMAW/FCAW Equipment and Setup 15 Hours	GMAW Pipe 60 Hours	GMAW Pipe 60 Hours			GMAW Plate 60 Hours	Fundamentals of Press Brake Operations 30 Hours
			Oxyfuel Cutting 30 Hours	Oxyfuel Cutting 30 Hours	GMAW Plate 60 Hours			GMAW/FCAW Equipment and Setup 15 Hours	Fundamentals of Metal Fabrication 60 Hours
			Fundamentals of Cutting Processes 30 Hours	Fundamentals of Cutting Processes 30 Hours	Weld Quality 15 Hours			Press Brake Equipment Set-Up 15 Hours
			Metal Preparation and Heat Treatments 30 Hours	Metal Preparation and Heat Treatments 30 Hours	Welding Blueprints 15 Hours			Welding Joint Fit Up and Adjustment 15 Hours
			Metal Characteristics and Properties 30 Hours	Metal Characteristics and Properties 30 Hours	Welding Joint Fit Up and Adjustment 15 Hours			Welding Blueprints 15 Hours
			Welding Detail Drawings 30 Hours	Welding Detail Drawings 30 Hours	SMAW Electrodes 15 Hours			Oxyfuel Cutting 30 Hours
			Fundamentals of Welding 30 Hours	Fundamentals of Welding 30 Hours	SMAW Equipment & Setup 15 Hours			Fundamentals of Cutting Processes 30 Hours
					GTAW Equipment & Filler Materials 15 Hours			Metal Preparation and Heat Treatments 30 Hours
					GMAW/FCAW Equipment and Setup 15 Hours			Metal Characteristics and Properties 30 Hours
					Oxyfuel Cutting 30 Hours			Welding Detail Drawings 30 Hours
					Fundamentals of Cutting Processes 30 Hours			Fundamentals of Press Brake Operations 30 Hours
					Metal Preparation and Heat Treatments 30 Hours			Fundamentals of Metal Fabrication 60 Hours
					Metal Characteristics and Properties 30 Hours
					Welding Detail Drawings 30 Hours
					Fundamentals of Welding 30 Hours

October 1, 2008

Manufacturing

Planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing/process engineering.

Pathways	Welding and Metal Fabrication		Quality Assurance
Career Majors
	Robotic Welding Operator 540 Hours	Plasma/Flame Burn Table Operator 735 Hours	Product Inspector 405 Hours	Lab Technician 1035 Hours	Quality Assurance Workforce Transition 390 Hours

Recommended Course Sequence	Fundamentals of Metal Fabrication 60 Hours	Workforce Connection 120 Hours	Workforce Staging 30 Hours	Professional Support Skills 60 Hours	Workforce Induction 240 Hours
	Workforce Connection 120 Hours	Workforce Staging 30 Hours	Metallurgy 30 Hours	Lab Management and Quality Issues 75 Hours	Workforce Connection 120 Hours
	Workforce Staging 30 Hours	Operating Plasma/Flame Burn Table 45 Hours	Advanced Quality Control 60 Hours	Organic Analysis (GC/MS and IR) 75 Hours	Workforce Staging 30 Hours
	Robotic Welding Operations 45 Hours	Production Metal Work 75 Hours	Geometric Dimensioning and Tolerancing 60 Hours	Laboratory Techniques II 75 Hours
	Weld Quality 15 Hours	Plasma/Flame Burn Table Specifications 30 Hours	Precision Measurement 45 Hours	Lab Sciences Orientation II 75 Hours
	Welding Blueprints 15 Hours	Fundamentals of Computer Aided Drafting and Design 120 Hours	Print Reading for Machining 45 Hours	Titration and Standardization 75 Hours
	Robotic Welding Equipment Set-Up 15 Hours	Welding Blueprints 15 Hours	Drawing and Document Management 45 Hours	Organic Chemistry 45 Hours
	Fundamentals of Cutting Processes 30 Hours	Plasma/Flame Burn Table Equipment Set-Up 15 Hours	Introduction to Quality Control 60 Hours	Medical Safety and Analysis 60 Hours
	Metal Characteristics and Properties 30 Hours	Oxyfuel Cutting 30 Hours	Orientation to Machining 30 Hours	Industrial Safety and Analysis 60 Hours
	Welding Detail Drawings 30 Hours	Fundamentals of Cutting Processes 30 Hours		Environmental Safety and Analysis 60 Hours
	Robotic Welder Specifications 30 Hours	Metal Characteristics and Properties 30 Hours		General and Organic Chemistry 60 Hours
	Metal Preparation and Heat Treatments 30 Hours	Welding Detail Drawings 30 Hours		Scientific Mathematics 60 Hours
	Robotic Welder Components 30 Hours	Metal Preparation and Heat Treatments 30 Hours		Laboratory Techniques I 60 Hours
	Fundamentals of Robotic Welding 60 Hours	Plasma/Flame Burn Table Components 30 Hours		General Lab Safety 60 Hours
		Fundamentals of Plasma/Flame Burn Table Operations 45 Hours		Introduction to Quality Control 60 Hours
		Fundamentals of Metal Fabrication 60 Hours		Lab Glassware and Equipment 45 Hours
				Introduction to Laboratory Careers 30 Hours

Sequence of Courses

October 1, 2008

Manufacturing

TechConnect Plus-Welding

Manufacturing Academy

TechConnect Plus Welding II

TechConnect Plus Welding I

Academy of Manufacturing Science

Sequence of Courses

October 1, 2008

Manufacturing

Manufacturing Production Process Development

Manufacturing Specialist - Design Engineer Technician

Design Engineer Technician

CAD Technician Mechanical

CAD Design Mechanical Specialist

CAD Technician Electronics

CAD Design Electronics Specialist

Manufacturing Production Process Development Workforce Transition

CAD Drafter

Sequence of Courses

October 1, 2008

Manufacturing

Production

Advanced CNC Machinist

Advanced Manual Machinist

Engine Lathe Operational Technician

Milling Machine Operational Technician

Automation Technician Assistant

Manufacturing Specialist - Engine Lathe Operator

TechConnect Manufacturing Experience

Manufacturing Specialist - CNC Machinist Assistant

Grinder Operational Technician

Drill Press Operator

Sequence of Courses

October 1, 2008

Manufacturing

Production

CADD/CAM Mechanical Specialist

CNC/CAM Technician

CNC Machinist Assistant

CNC Manufacturing Technician

CNC Machinist

Engine Lathe Operator

Electronics Assembler

Grinder Operator

Manual Machinist

Milling Machine Operator

Sequence of Courses

October 1, 2008

Manufacturing

Production

Production Workforce Transition

Sequence of Courses

October 1, 2008

Manufacturing

Maintenance, Installation & Repair

Instrumentation Technician Assistant

Automated Systems Technician

Electrical/Electronics Technician

Supervisory Control and Data Acquistion Technician (SCADA)

Flight Simulator Technician

Mechanical Maintenance Technician

Automated Manufacturing Technician

Electrical/Electronics Maintenance Technician

Electrical Maintenance Technician Assistant

Fluid Power/Mechanical Power Transmission Technician

Sequence of Courses

October 1, 2008

Manufacturing

Maintenance, Installation & Repair

Instrumentation Technician

Industrial Facilities Manager

Industrial Maintenance Technician

Maintenance, Installation & Repair Workforce Transition

Mechanical Maintenance Technician Assistant

Flight Simulator Operations Assistant

Manufacturing Specialist - Mechanical Maintenance Technician Assistant

Sequence of Courses

October 1, 2008