Apply and learn the operation of mills, lathes, drilling, grinding and general machining practices. This course is designed to give the learner the theory and hands-on training leading to the ability to work in a Machine Tool Lab. Individual part fabricating and precision measurement are covered.

Develop basic proficiency in reading and interpreting machine tool prints. Learners will learn the communication process between designer and machinist.

Applies shop safety guidelines and becomes familiar with common machine shop equipment. Focuses on drill press, power saw, elementary lathe and mill operations and pedestal grinding machines. Learners will gain knowledge in layout tools and procedures and the proper use of hand tools in the shop.

Introduces the learner to basic CNC Milling setup and operation. Learners begin the course understanding the control panel of a CNC Milling Machine, common tooling used in a CNC Milling Machine and program set-up sheets. From there, learners run existing programs and eventually make minor edits to produce parts to print specifications.

Analyzes the eight wastes of manufacturing. The learner will then explore concepts such as 5S, Total Productive Maintenance, Kanban, Value Stream Mapping. The learner will be given activities to implement concepts in their work setting.

Measure machined parts using basic theory and practice of mechanical inspection. Learners will experience quality control using dimensional metrology instruments.

Prepares learners for Machine Tool Lab classes. Safety, the use of basic hand tools, power tools, and an overview of Manual and CNC machines are covered to aid the prospective machinist to work safely and efficiently in a Machine Tool Lab.

Examines proven strategies designed to help learners achieve greater personal, academic, and professional success. Learners will apply personal responsibility thinking and behaviors; self- management, awareness, and motivation strategies; as well as interdependence skills to develop a proactive life plan.

Provides fundamental applications of basic arithmetic skills involving whole numbers, fractions and decimals, introducing basic algebra while solving problems using provided formulas unique and specific to the machining trade.

Provides fundamentals of computer-controlled machine tools to include conversational language and basic G & M code programming. Emphasis on increasing productivity, setup procedures, reliability, repeatability and flexibility. Basic G & M codes work coordinates machine axis information associated with CNC machining will be taught.

Introduces the learner to basic CNC Turning setup and operation. Learners begin the course understanding the control panel of a CNC Turning Machine, common tooling used in a CNC Turning Machine and program set-up sheets. From there, learners run existing programs and eventually make minor edits to produce parts to print specifications.

Compares equipment and techniques used in the major arc welding and thermal cutting processes. Learners perform introductory level welds in the SMAW, GMAW, FCAW and GTAW processes. Learners also perform material preparation skills including shearing, grinding and thermal cutting.

Emphasizes measurement of weld defects and assessment of weld quality conformance to common welding codes. Learners conduct etch tests, bend tests and break tests on welds. The process of procedure and welder qualification is explored through group activities.

Develop print interpretation skills needed in metal fabrication. Learners study orthographic projection, dimensioning, welding symbols and bill of materials. Learners apply concepts in hands-on activities, practicing basic layout skills and safe operation of saws, shears and drills.

Introduces the student to the fundamentals of manufacturing processes used in the manufacture and design of products. Metal casting, powder metallurgy, bulk forming (forging, extrusion), sheet metal forming (rolling, drawing, bending), and joining processes are introduced. The course focuses on the materials, properties, capabilities, equipment, and design considerations for each process.

Prepares learners for safe operation of work site equipment. Procedures regarding welding machines, band saws, shears, grinders, oxy fuel equipment and an array of hand tools are practiced. Crane and forklift operation are introduced.

Develops skill in thermal cutting and gouging processes. Learners practice manual and machine oxy-fuel cutting, plasma cutting and gouging and air carbon arc gouging.

Develop knowledge in science of metals and alloys. The crystalline structure and microstructure of metals and their effect on the properties of metals are studied. Prime consideration is given to heat treatment operations dealing with ferrous metals. Explore non-destructive testing of different metals along with destructive testing methods.

Develops skill in gas metal arc welding. Learners use short circuit transfer to make fillet and groove welds in the flat and horizontal positions on steel. Weld quality is assessed per AWS D1.1 Structural Steel Code.

Builds on print interpretation skills developed in Weld Print Reading 1. Learners study increasingly complicated prints and welding symbols. Learners will apply concepts in hands-on activities, practicing basic layout skills and safe operation of saws, shears and drills.

Develops skill in gas metal arc welding. Learners use spray transfer to make fillet and groove welds in the flat and horizontal positions on steel. Weld quality is assessed per AWS D1.1 Structural Steel Code.

Develops skill in gas metal arc welding. Learners use short circuit transfer to make fillet and groove welds in the vertical and overhead positions on steel. Weld quality is assessed per AWS D1.1 Structural Steel Code.

Develops skill in gas metal arc welding. Learners use pulsed spray transfer to make fillet and groove welds in the horizontal and vertical positions on steel. Weld quality is assessed per AWS D1.1 Structural Steel Code.

Develops skill in gas metal arc welding. Learners use pulsed spray transfer to make fillet and groove welds in the horizontal and vertical positions on stainless steel and aluminum.

Develops skill in gas metal arc welding. Learners use short circuit transfer and pulsed spray transfer to make fillet and groove welds in the horizontal and vertical positions on sheet metal.