MACH-098 Units: 0.5 - 9
Individual or small groups of students who would benefit from Independent Study under the direction of faculty members in specific or related disciplines may develop individualized learning contracts designed to enhance their individual instructional programs. The students and the faculty member in consultation with the Division Dean will determine appropriate learning objectives and activities as well as the number of units to be earned. Instructions and the Learning Contract forms are available in the Division office. Repeatable to a maximum of 9 units across all disciplines.
Lecture Hours: None Lab Hours: 1.5 - 27 Grading: O
Advisory Level: Read: 2 Write: 2 Math: None
CAN: None
- Directed Study in Machine Technology
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: 17
MACH-100 Units: 4
Problem solving techniques are emphasized through the combined application of shop mathematics, blueprint reading, and industrial reference materials in this course. Students are also oriented to the mechanical occupations.
Lecture Hours: 4 Lab Hours: None Grading: L Credit by Exam: Yes
Advisory Level: Read: None Write: None Math: None
Recommended: 3 units of MATH 310 with CR or placement based on math assessment.
CAN: None
- Shop Math and Blueprint Reading
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-101 Units: 3
The practical and theoretical aspects of machine tool processes. Student are instructed in the proper and safe use of tools and equipment, hand tools, measuring instruments, layout and inspection, metal identification, drill press work, band machining, and gauges. Students are introduced to simple lathe, milling machine setups and types and uses of abrasives.
Lecture Hours: 2 Lab Hours: 3 Grading: L Credit by Exam: Yes
Advisory Level: Read: 2 Write: 2 Math: 1
Recommended: 3 units of MATH 310 with CR or placement based on math assessment
CAN: None
- Introduction to Machine Technology
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-110 Units: 3
The methodology of practical measurements and instrument selection. Also covered are the procedures and rationale in measurement setup, reliability in the performance of measurement, and appraisal of results utilizing the decimal, inch and metric system.
Lecture Hours: 2 Lab Hours: 3 Grading: L Credit by Exam: Yes
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 100 and MACH 102, both with C or better
CAN: None
Corequisite: Or MACH 100 with C and concurrent enrollment in MACH 102
- Precision Measurement
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-111 Units: 2
This class will cover specialized math applications used in the machine
occupation. Students will learn machine tool setup and advanced math applications for compound angles, dovetails, bolt-hole patterns, thread pitch dimensions, dividinghead, spur and helical gears.
Lecture Hours: 2 Lab Hours: 0 Grading: L
Advisory Level: Read: 3 Write: 3 Math: 1
Recommended: MACH 100 or comparable experience is helpful. CAN: None
- Advanced Shop Math Applications
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-120 Units: 4.5
This course is an introduction to the fundamental and practical application of measurement tools, blueprint reading, shop math and practices of the machine trade. Students are instructed in the principles and safe practice of basic machine processes including; layout, saws, tool grinding, hole and threading operations, de- burring and inspection techniques. Instruction will include the set-up and operation of drill press, bandsaw and grinding machines.
Lecture Hours: 3 Lab Hours: 5 Grading: L
Advisory Level: Read: 2 Write: 2 Math: None
CAN: None
Corequisite: MACH 123 and MACH 126 and MACH 129
- Principles of Machine Tool Practices 1, Drill Press Emphasis
IGETC: None CSU GE: None District GE: None
Transfer Status: None Degree Applicable: AS Repeatable: No
MACH-121 Units: 4.5
This course is an introduction to the fundamental and practical application of measuring tools, blueprint reading, shop math and practices of the machine trade. Students are instructed in the principles and safe practice of basic machine processes including; layout, saws, tool grinding, hole and threading operations, de- burring and inspection techniques. Instruction will include the set-up and operation of drill press bandsaw and grinding machines. This class is equivalent to Machine Technology 120 in content, but in a non-accelerated format.
Lecture Hours: 3 Lab Hours: 5 Grading: L
Advisory Level: Read: None Write: None Math: None
Open Curriculum: No prerequisite, corequisite or levels CAN: None
- Machine Tool Fundamentals 1, Measurement Emphasis
IGETC: None CSU GE: None District GE: None
Transfer Status: None Degree Applicable: AS Repeatable: No
MACH-123 Units: 4.5
This course covers intermediate blueprint reading and mathematical problem solving. Students are instructed in the principles and safe operation of various types of lathes, including: speed and feed calculations, work holding devices, turning, thread cutting tapers, knurling and basic set-up procedures.
Lecture Hours: 3 Lab Hours: 5 Grading: L
Advisory Level: Read: 2 Write: 2 Math: 1
Prerequisite: MACH 121 with C or better
CAN: None
Corequisite: or concurrent enrollment in MACH 120 and MACH 126 and MACH 129
- Principles of Machine Tool Practices 2, Lathe Emphasis
IGETC: None CSU GE: None District GE: None
Transfer Status: None Degree Applicable: AS Repeatable: No
SJCC Course Catalog
Machine Technology
MACH-126 Units: 4.5
This course covers advanced blueprint and mathematical problem solving. Students are instructed in the principles and safe operation of the milling machine, including: location and work hold devices, indexing and rotary devices, various machine operations, speed and feed calculations, and basic set-up procedures. Lecture Hours: 3 Lab Hours: 5 Grading: L
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 123 with C or better
CAN: None
Corequisite: or concurrent enrollment in MACH 120 and MACH 123 and MACH 129
- Principles of Machine Tool Practices 3, Milling Machine Emphasis
IGETC: None CSU GE: None District GE: None
Transfer Status: None Degree Applicable: AS Repeatable: No
MACH-129 Units: 4.5
This course is an introduction to Computer Numerically Controlled machines. Students are instructed in the principles and safe operation of the CNC milling machine including: machine construction, controller functions, tooling, set-up and dry-run procedures, program input and editing.
Lecture Hours: 3 Lab Hours: 5 Grading: L
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 123 with C or better
CAN: None
Corequisite: or concurrent enrollment in MACH 120 and MACH 123 and MACH 126
- CNC Operator Fundamentals
IGETC: None CSU GE: None District GE: None
Transfer Status: None Degree Applicable: AS Repeatable: No
MACH-136 Units: 1 - 4
Occupational Work Experience is designed for students who work or volunteer in a field related to their vocational major. Students are required to provide evidence that they are enrolled in a vocational program (e.g., educational plan or coursework in a vocational subject area). The Parallel Plan is designed for students who wish to take classes and work during the same semester. A maximum of 4 units of Occupational Work Experience credit may be earned during any one semester, to a maximum of 16 units total. Students must be enrolled in at least 7 units including Work Experience units. Enrollment in an accredited secondary program Internship/job placement is not guranteed.
Lecture Hours: None Lab Hours: 3 - 12 Grading: O
Advisory Level: Read: 3 Write: 3 Math: None
CAN: None
Corequisite: 1) Be enrolled during the regular semester in a minimum of 7 units at any accredited college, including Work Experience units or; 2) During a summer session, be enrolled in at least one other class in addition to Work Experience; and 3) Be employed or a volunteer at an approved work-site for the minimum number of hours per unit as stipulated for paid and unpaid status. Each unit requires 75 paid or 60 unpaid hours of work.
- Machine Technology
Occupational Work Experience- Parallel Plan
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: 15
MACH-138 Units: 1 - 8
Occupational Work Experience is designed for students who work or volunteer in a field related to their vocational major. Students are required to provide evidence that they are enrolled in a vocational program (e.g., educational plan or coursework in a vocational subject area). The Alternate Plan is designed to allow students attend school one semester and work the next. A maximum of 8 units of
Occupational Work Experience credit may be earned during any one semester, to a maxiumum of 16 units total. Students may only take one (if any) class in addition to work experience. Internship/job placement is not guaranteed.
Lecture Hours: None Lab Hours: 3 - 24 Grading: O
Advisory Level: Read: 3 Write: 3 Math: None
CAN: None
Corequisite: 1. Need not be enrolled in any other class during the semester besides Work Experience. 2. May be enrolled in at most one other class in addition to Work Experience. 3. Must be employed or a volunteer at an approved work-site for the minimum number of hours per unit as stipulated for paid and unpaid status. Each unit requires 75 paid or 60 unpaid hours of work.
- Machine Technology
Occupational Work Experience- Alternate Plan
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: 15
MACH-151A Units: 4
Students are instructed in the complete operation of the lathe, including work holding devices, calculations, and standard operations. Operations include single point threading, taper turning, knurling, and radius cutting.
Lecture Hours: 3 Lab Hours: 3 Grading: L
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 101 with C or better CAN: None
- Advanced Lathe Practices
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-151B Units: 4
This course introduces students to the theory and application of advanced machine tools processes, with focus on all milling machine operations. Students are instructed in the proper and safe operation of equipment and tools, advanced machine set-ups, indexing heads, rotary tables, and vertical shaping attachments. Special emphasis is placed on use of charts and reference data for calculations. Lecture Hours: 3 Lab Hours: 3 Grading: L
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 101 with C or better CAN: None
- Advanced Milling Machine Practices
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-151C Units: 4
Advanced machine processes related to heat treatment of metals, tool and cutter grinding, job boring, non-traditional machining processes such as Electro- Discharge Machining (EDM), Electro-Chemical Milling (ECM), Ultrasonic Machining. Students are introduced to the basic principles and applications of Laser, Plasma Beam and Numerical Control (CNC) machining concepts. Special emphasis on job training skills, current industry needs.
Lecture Hours: 3 Lab Hours: 3 Grading: L
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 151B with C or better CAN: None
- Applied Problems in Shop Practices
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
SJCC Course Catalog
Machine Technology
MACH-153A Units: 5
This is an introduction to Computerized Numerical Control (CNC) milling machines and machining techniques with emphasis on terminology, pre-planing skills, and basic program writing for Manual Data Input applications. Laboratory exercises will focus on CNC controls.
Lecture Hours: 3 Lab Hours: 6 Grading: L Credit by Exam: Yes
Advisory Level: Read: 3 Write: 3 Math: None
Prerequisite: MATH 011 or MATH 011R or MATH 011S and MACH 101, all with C or better
CAN: None
- Operator/Programmer I
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: 1
MACH-153B Units: 5
This course is designed to develop the skills required of a CNC
Programmer/Operator. Pre-planning, program generation, machine set-up, machine operation, and editing requirements are covered with emphasis placed on milling. The laboratory applications primarily focus on the use of HAAS and Fadal EIA controls.
Lecture Hours: 3 Lab Hours: 6 Grading: L Credit by Exam: Yes
Advisory Level: Read: 3 Write: 3 Math: None
Prerequisite: MACH 153A with C or better CAN: None
- Operator/Programmer II
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-154 Units: 2
Using PCs with various operating systems, students will utilize SurfCAM, MasterCAM, and other ‘CAMs to prepare CNC Milling program files from supplied drawings and models. There will be an emphasis on terminology, planning techniques, and job documentation.
Lecture Hours: 1 Lab Hours: 3 Grading: O
Advisory Level: Read: 2 Write: 2 Math: None
Prerequisite: MACH 153B with C or better CAN: None
- Introductory CAD/CAM Operations for Machinists and Operators
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AS Repeatable: No
MACH-155 Units: 2
This course is designed to develop the skills necessary for a CNC machinist to utilize a rotary 4th Axis attachment on a VMC. Pre-planning, program generation, 4th Axis set-up and operation, documentation, and MDI editing requirements are performed by the student on a Haas VMC with a 4th Axis attachment to develop these skills. The laboratory applications will emphasize the 4th Axis as a programmed indexer and 3d surface machining.
Lecture Hours: 2 Lab Hours: 2 Grading: O
Advisory Level: Read: 3 Write: 3 Math: None
Prerequisite: MACH 153B with C or better CAN: None
- Introduction to CNC 4th Axis
IGETC: None CSU GE: Z District GE: None
Transfer Status: CSU Degree Applicable: AS Repeatable: No
MACH-156 Units: 5
This is an introduction to Computerized Numerical Control (CNC) turning machines and lathe machining techniques with emphasis on terminology, pre-planning skills, and basic program writing for Manual Data Input applications. Laboratory exercises will focus on the Fanuc 21i-T (on Daewoo Lynx CNC Lathe) and Mazatrol CNC controls (using computer simulators).
Lecture Hours: 3 Lab Hours: 6 Grading: L Credit by Exam: Yes
Advisory Level: Read: 3 Write: 3 Math: None
Prerequisite: MACH 151A or MACH 151B, both with C or better CAN: None
- CNC Lathe I
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-157 Units: 5
This course is designed to develop the skills required of a CNC Lathe Programmer/Operator. Pre-planning, program generation, machine set-up, machine operation, and editing requirements are covered with emphasis placed on turning. The laboratory applications primarily focused on the use of Fanuc control systems.
Lecture Hours: 3 Lab Hours: 6 Grading: L Credit by Exam: Yes
Advisory Level: Read: 3 Write: 3 Math: None
Prerequisite: MACH 156 with C or better CAN: None
- CNC Lathe II
IGETC: None CSU GE: None District GE: None
Transfer Status: CSU Degree Applicable: AA/AS Repeatable: No
MACH-359 Units: 0.5
This course focuses on the practical aspects of machine tool processes. Students are introduced to the proper and safe application of measuring instruments and various hand tools. Students will learn basic set-up and operation of the lathe, milling machine, drill press and saws, with emphasis on saftey.
Lecture Hours: 0.5 Lab Hours: 0.5 Grading: K
Advisory Level: Read: None Write: None Math: None
Open Curriculum: No prerequisite, corequisite or levels CAN: None
- Beginning Fundamentals of Machine Technology
IGETC: None CSU GE: None District GE: None
Transfer Status: None Degree Applicable: NAA Repeatable: No