METALLURGY I MET 100A  3 UNITS ( 18 Weeks )
This course is an introduction to the study of metals and non-metals; structured of matter; chemical, physical and mechanical properties of metals and alloys; and non-metals including polymers, ceramics and composite materials. Principles of alloying, solid state include demonstrations and laboratory practice in the use of metallurgical testing equipment commonly used in industry.

SPECIALTY LAB MET 52L 0.5 UNITS ( 9 Weeks )
This is a lab course to complement other courses in the metallurgy curriculum. It is designed to give the student practical laboratory experience in working with ferrous and nonferrous metals.

NONDESTRUCTIVE TESTING (NDT)  MET 120 – 3 UNITS (18 Weeks)
This survey course is designed to familiarize the student with nondestructive testing theory and applications. The major emphasis is on the "basic five" nondestructive testing methods: liquid penetrant, magnetic particle, radiographic, ultrasonic, and eddy current. Students will learn to use these methods and to evaluate available NDT methods as they apply to quality control.

MET 43/44 - WORK EXPERIENCE
Units:  3-4                                     (18-Weeks)
Class hours:  1 hour per week
Prerequisite:  None

Work experience/career internship provides the opportunity for Metallurgy Technology students to apply skills and knowledge learned in the classroom to related experiences on the job/training site.  The aim of the course is to assist students in expanding specific job skills.  In the process of doing so, it creates greater communication with increased understanding between the student/workers, the college, and the employer/trainers.  Students also pursue a program of self-evaluation to determine individual job weaknesses and strengths.  Semester projects that relate to the major and job skills must be completed on the job/training site.  This course may be taken for a maximum of 16 units.  (Formerly MET 73/74)

MET 50 - NONFERROUS HEAT TREAT
Units:  2                                        (9-Weeks)
Class hours:  1 lecture/3 lab
Prerequisite:  None

This course will cover the effects of heat treating related to the mechanical and physical properties of nonferrous metals.  Techniques, processes and equipment used in the industrial heat treating facility; relationship of metallic phases and precipitation hardening will be emphasized.  In addition theory and application of thermocouples in pyrometry, photomicrography and photomacrography of the effects of heat treatment on microstructures are included.  (Formerly MET 42.2) (MET 42)

MET 50A - HEAT TREAT FERROUS MATERIALS
Units:  1.5                                     (9-Weeks)
Class hours:  3 lecture
Prerequisite:  None

This course will include select heat treat specifications for the processing of ferrous materials to meet ARP 1962 requirements for heat treating.  The course will cover the following:  MIL-Q9895, MIL-Std 1535, MIL-H-6875, AMS 2759, MIL-S-6090, and MIL-Std 12515.  (Formerly MET 42.3)

MET 51 - WELDING METALLURGY
Units:  2                                        (9-Weeks)
Class hours:  4 lecture
Prerequisite:  None

This course is an introduction to the study of metals with an emphasis on the effects of welding on metals.  The course is applicable for those students seeking a career in welding inspection.  The structure of matter, chemical, physical, and mechanical properties of metals, principles of alloying, solid state diffusion, plastic deformation, and heat treatment will be studied.  The course will include demonstrations and exercises in the use of metallurgical testing equipment and tools found in the industry.  (Formerly MET 48)

MET 52L - METALLURGY SPECIALTY LAB
Units:  .5                                       (9-Weeks)
Class hours:  3 Lab
Prerequisite:  MET 100A

This is a lab course to complement other courses in the metallurgy curriculum. It is designed to give the student practical laboratory experience in working with ferrous and nonferrous metals.  This course may be taken for a maximum of 2 units.  (Formerly MET 19)

MET 53 - FERROUS METALLURGY
Units:  3                                        (18-Weeks)
Class hours:  2.5 lecture/1.5 lab
Prerequisite:  MET 100A

This is the study of the entire spectrum of steel and alloy steels. Theory and application in the fields of automotive, construction, aircraft metals, manufacturing and their processes will be covered.  In addition, high temperature, heat resistant, corrosion resisting, stainless steel, specialty steels and tool steel will be discussed.  The course will also cover testing methods suchas metallurgical processing affecting microstructure, physical and mechanical properties including selection of steel types for specific applications, toughness, hardness, strength and heat treatment.  (Formerly MET 21)

MET 54 - NONFERROUS METALLURGY
Units:  3                                        (18-Weeks)
Class hours:  2.5 lecture/1.5 lab
Prerequisite:  MET 100A

This course is the study of nonferrous metals and alloys.  Theory and applications in the field of automotive, corrosion, manufacturing and aircraft metals and their processes will be covered.  Materials covered will include titanium, aluminum, brass, bronze, copper,

zinc, tin, lead, magnesium, tantalum, tungsten, niobium, molybdenum, platinum, gold and silver.  Emphasis will be placed on the study of properties, fabrication, testing, castings, forgings, powder metals and the unique applications of each material.  The metallurgical characteristics and selection of nonferrous types for specific applications will be emphasized.  (Formerly MET 22)

MET 55  - LABORATORY PROCEDURES
Units:  1                                        (9-Weeks)
Class hours:  2 lecture/2 lab
Prerequisite:  MET 100A

This course will provide instruction in the elements of laboratory procedures of metals.  Instruction will include the laboratory procedures used to determine the interpretive concepts of the quality and properties of metals and their alloys, with emphasis placed on the proper use and care of laboratory equipment, hardness testers, abrasive cut-off wheels, mounting presses, tensile testers and polishing equipment used in industry.  (Formerly MET 31)

MET 56 - SURVEY OF NONFERROUS HEAT TREAT
Units:  1.5                                     (9-Weeks)
Class hours:  3 lecture/1 lab
Prerequisite:  None

This course introduces the student to the effects of heat treating as related to the mechanical and physical properties of nonferrous metals.  Laboratory testing, including the techniques, processes and equipment used in the industrial heat treating facility, relationship of metallic phases, and precipitation hardening will be emphasized.  Theory and application of photomicrography, photomacrography, and the effects of heat treatment on microstructures are included.  (Formerly MET 41)

MET 61 - RADIOGRAPHY LEVEL 1 TESTING
Units:  3                                        (18-Weeks)
Class hours:  3 lecture
Prerequisite:  None

This course provides students with background knowledge in the theory and demonstration of basic radiography testing equipment.  Skill development required in understanding and operating basic radiography testing equipment for the inspection of composite and metallic components is emphasized.

MET 100A - METALLURGY I
Units:  3                                        (18-Weeks)
Class hours:  3 lecture/1 lab
Prerequisite:  None

This course is an introduction to the study of metals and non-metals; structure of matter; chemical, physical and mechanical properties of metals and alloys; and non-metals including polymers, ceramics and composite materials. Principles of alloying, solid state allotropy, plastic deformation and heat treatment will also be studied.  The course will also include demonstrations and laboratory practice in the use of metallurgical testing equipment commonly used in industry.  (Formerly MET 10)

MET 100B - METALLURGY II
Units:  2.5                                     (18-Weeks)
Class hours:  2 lecture/2 lab
Prerequisite:  MET 100A

This course is designed to further student’s skills in the study of the select spectrum of ferrous and nonferrous alloys, such as steel, steel alloys, copper alloys, nickel alloys, titanium and aluminum.  Emphasis will be placed on the application of metallurgy principles, properties and laboratory practices.

MET 120 - NONDESTRUCTIVE TESTING
Units:  3                                        (18-Weeks)
Class hours:  3 lecture/1 lab
Prerequisite:  None

This is a survey course designed to familiarize the student with nondestructive testing theory and applications.  The major emphasis is on the ‘basic five’ nondestructive testing methods:  liquid penetrant, magnetic particle, radiographic, ultrasonic, and eddy current.  Students will learn to use these methods and to evaluate available NDT methods as they apply to Quality Control (QC).  (Formerly MET 38)