Manufacturing Career Cluster
MAJORS OFFERED
Machine Technology
Required Courses (4 units required)
- Machine Tool Technology 1 (1 unit)
- Machine Tool Technology 2 (1 unit)
- Machine Tool Technology 3 (1 unit)
- Machine Tool Technology 4 (1 unit)
Mechatronics Integrated Technologies
Required Courses (4 units required)
- Mechatronics 1: Electrical Components/Industry Safety (1 unit)
- Mechatronics 2: Mechanical Components, Electric Drives/Hand and Power Op (1 unit)
- Mechatronics 3: Electro Pneumatics and Hydraulics (1 unit)
- Mechatronics 4: Digital Fundamentals & Programmable Controllers (1 unit)
Welding Technology
Required Courses (4 units required)
- Welding Technology 1 (1 unit)
- Welding Technology 2 (1 unit)
- Welding Technology 3 (1 unit)
- Welding Technology 4 (1 unit)
COURSE DESCRIPTIONS
MACHINE TOOL TECHNOLOGY 1 1 unit
Prerequisites:
• Algebra 1 and English 1 with grade D or higher in each
• Recommended for grades 10-11
Course Code – 623020CW Maximum Class Size - 16
Machine Tool Technology 1 is designed to familiarize students with basic skills required by a machinist in the modern machine shop. Basics of shop safety, machine operation, print reading, precision measurement, layout work, and bench work will be mastered by the student. A good understanding of fractions, decimal fractions, and metric measurement is necessary. There is a fee for this course.
MACHINE TOOL TECHNOLOGY 2 1 unit
Prerequisites:
• Machine Tool Technology 1
• Recommended for grades 11-12
Course Code – 623120CW Maximum Class Size - 16
Machine Tool Technology 2 is designed to train students to have employable skills in local machine shops or to enter a post-secondary program at an advanced level. While it takes years to become a skilled machinist, the level 2 completer will be able to enter the workforce on an apprentice level with a good knowledge and skill development of all required SC machine technology competencies. Instruction will be offered in the basics of Computer Numerical Control machining as well as MIG, ARC, and gas welding. Technical Advanced Placement may be available through some SC technical colleges. There is a fee for this course.
MACHINE TOOL TECHNOLOGY 3 1 unit
Prerequisites:
• Machine Tool Technology 2 with grade C or higher
• Recommended for grades 11-12
Course Code – 623220CW Maximum Class Size - 16
Machine Technology 3 is designed to prepare students for postsecondary Computer Numerical Control machining and entry level skills as a CNC operator/programmer. HAAS trainers as well as HAAS and Bridgeport CNC milling machines will be used to train students in real world machining and programming situations. There is a fee for this course.
MACHINE TOOL TECHNOLOGY 4 1 unit
Prerequisites:
• Machine Tool Technology 3
• Recommended for grades 11-12
Course Code – 623320CW Maximum Class Size - 16
Machine Tool Technology 4 is designed to provide students the ability to have introductory CAD/CAM experience with MasterCAM software working in parallel with CNC Machines. The students will work on and complete a CAPSTONE project to align with the 4 levels of Machine Tool Technology. There is a fee for this course.
MECHATRONICS 1: ELECTRICAL COMPONENTS/INDUSTRIAL SAFETY 1unit
Prerequisites:
• Algebra 1 and English 1 with grade D or higher in each
• Recommended for grades 10-12
Course Code – 621008CW Maximum Class Size - 24
Mechatronics 1 prepares students who like to work with their hands as well as their minds through mechanical, instrumentation, electronics, robotics/automation, computer components, and control systems. Mechatronics is a dynamic field that changes daily with the rapid improvements in technology and computer systems. Systems are networked to meet the demands of automated manufacturing processes, and technicians are trained to meet necessary entry level industrial skills and entry into a postsecondary program at a technical college. Mechatronics 1 will focus on direct and alternating circuit theory. The course is designed for students to gain a comprehensive knowledge of direct current (DC) circuit theory and progress to the study of alternating current (AC) circuit theory. DC will include electron theory, Ohm’s Law, electrical quantities, and series, parallel, and combination circuits. AC will include electromagnetism, resistive, inductive, and capacitive circuits, transformers, and single and three phase powers. DC/AC circuits will involve design, analysis, construction, and troubleshooting of both types of circuits, as well as, electrical safety, and testing instruments. Technical Advanced Placement or Dual credit may be available through some SC technical colleges. There is a fee for this course.
MECHATRONICS 2: MECHANICAL COMPONENTS ELECTRIC DRIVES/HAND & POWER TOOL OP 1 unit
Prerequisites:
• Mechatronics 1
• Recommended for grades 10-12
Course Code – 621108CW Maximum Class Size - 24
Mechatronics 2 involves the principles of electrical and fluid power control and output devices. Beginning with electrical control devices, students will study AC and DC motors, motor control, and general machine operations in a complex mechatronic system. Students will learn the functions and properties of machine control elements along with output devices and the roles they play within an industrial system. Topics covered will include general machine operations and motor control techniques; mechanical components and electric drives; motor sensors, braking and loads; motor efficiency and power; preventive measures and troubleshooting techniques. The second part of Mechatronics 2 will involve pneumatic and hydraulic devices and controls related to fluid power. Topics will include directional control valves, actuators and cylinders, flow control, pressure control, pumps and regulators, electro-pneumatic control applications and devices. Students will develop, construct, analyze, and troubleshoot both electrical control and fluid power control circuits as related to industrial systems. Programmable Logic Control devices will also be an integral part of these systems related to the automation control of industrial applications. Technical documentation such as data sheets, circuit diagrams, schematics, displacement step diagrams and function charts will be used for students to perform measurements on motors, motor control circuits, and fluid power systems, allowing them to apply troubleshooting strategies to identify, localize and correct malfunctions. Safety issues within these systems will also be discussed. Technical Advanced Placement or Dual credit may be available through some SC technical colleges. There is a fee for this course.
MECHATRONICS 3: ELECTRO PNEUMATICS AND HYDRAULICS 1 unit
Prerequisites:
• Mechatronics 2 with grade C or higher
• Recommended for grades 10-12
Course Code- 621208 CW Maximum Class Size- 24
Mechatronics 3 will provide a survey of the theory, terminology, equipment, and practical experience in the skills needed for careers in this area. This course offers students the opportunity to develop advanced skills in project-based or internship-based experiences. As students progress, their projects become more complex and expansive. Students will demonstrate hydraulic system safety and explain the principles of hydraulics and hydraulic fluids. Students will identify hydraulic components (supply elements, control valves, and actuators), and explain hydraulic systems (forces, speed, friction, flow, and pressure). Hydraulic pumps, hydraulic motors, and pneumatic safety will be explained. Students will calculate the physical characteristics and compressibility of gases (Pascal’s law January, 2017 and Boyle’s law). A career exploration component may be offered. There is a fee for this course.
MECHATRONICS 4: DIGITAL FUNDAMENTALS AND PROGRAMMABLE CONTROLLERS 1 unit
Prerequisites:
• Mechatronics 3
• Recommended for grades 10-12
Course Code – 621308CW Maximum Class Size - 24
Mechatronics 4 students demonstrate appropriate usage of electro pneumatics and hydraulics as needed in their role. Students will calculate the peak and effective voltage or current values for an AC waveform, the phase relationship between two AC waveforms, and measure the voltage and current phase relationship in a resistive AC circuit. Students will describe the voltage and current transients that occur in an inductive circuit and define inductive reactance. Students will explain the voltage and current transients that occur in a capacitive circuit and define capacitive reactance. Students will construct circuits showing the relationship between voltage and current in the following types of AC circuits: a. RL circuit b. LC circuit. There is a fee for this course.
WELDING TECHNOLOGY 1 1 unit
Prerequisites:
• Algebra 1 and English 1 with grade D or higher in each
• Recommended for grades 11-12
Course Code – 634000CW Maximum Class Size - 16
Welding Technology 1 focuses on the physical properties of metals as well as the testing of welded joints. Students will identify safety hazards associated with cutting, grinding, and welding. Students will develop skills needed in order to flame cut, set up and operate shielded metal arc equipment, produce fillet welds in all positions and groove welds in 2, 3, and 4F positions using the stick weld process. As the student progresses during the semester, he or she will be able to produce welds in the flat, horizontal, vertical, and overhead positions using the Stick welding process. At the completion of this course, successful students will be eligible to test for the AWS D1.1 certification. There is a fee for this course.
WELDING TECHNOLOGY 2 1 unit
Prerequisites:
• Welding 1
• Recommended for grades 11-12
Course Code – 634100CW Maximum Class Size - 16
Welding Technology 2 concentrates on the study of advanced cutting and welding techniques. Students fabricate projects from blueprints and design projects. Students will learn gas metal arc (GMAW) and inert gas (GTAW) welding techniques to include set up and operation of equipment, preparation and fit-up of metals, and the execution of welds. With the completion of Welding 2, Technical Advanced Placement may be available through some SC technical colleges. There is a fee for this course.
WELDING TECHNOLOGY 3 1 unit
Prerequisites:
• Welding 2 with grade C or higher
• Recommended for grades 11-12
Course Code – 634200CW Maximum Class Size - 16
Welding Technology 3 will provide a survey of the theory, terminology, equipment, and practical experience in the skills needed for careers in this area. This course offers students the opportunity to develop advanced welding skills in project-based or internship-based experiences. As students’ progress, their projects become more complex and expansive. A career exploration component may be offered. There is a fee for this course. NOTE: Art students will have the opportunity to design and develop sculpture in Welding courses.
WELDING TECHNOLOGY 4 1 unit
Prerequisites:
• Welding 3
• Recommended for grades 11-12
Course Code – 634300CW Maximum Class Size - 16
Welding Technology 4 will provide hands on experience, problem solving, and critical thinking in the skills needed for careers in this area. Students will explain gas tungsten arc welding (GTAW) safety and equipment. Students will explain filler metals and the use of GTAW shielding gases and equipment. A career exploration component may be offered. There is a fee for this course.
Manufacturing Internship, Work-Based Credit 1 unit
Prerequisites:
• Mechatronics 4 OR Machine Tool 4 OR Welding Technology 4
Course Code: 649000CW
Manufacturing Internship is a structured work-based credit bearing course that is taken as a fifth unit in a CATE completer program.
Anderson School District Five Nondiscrimination Statement
Anderson School District Five is committed to a policy of nondiscrimination and equal opportunity for all students, staff, parents/legal guardians, visitors, and community members, who participate or seek to participate in its programs or activities. Accordingly, the District does not discriminate against any individual on the basis of race, religion, sex (including pregnancy, childbirth, or any related medical conditions), color, disability, age, genetic information, national origin, or any other applicable status protected by local, state, or federal law.
The District will use the grievance procedures set forth in policy to process complaints based on alleged violations of Title VI of the Civil Rights Act of 1964; Title VII of the Civil Rights Act of 1964; Title IX of the Education Amendments Act of 1972; Section 504 of the Rehabilitation Act of 1973; the Age Discrimination Act of 1975; the Age Discrimination in Employment Act of 1967; the Equal Pay Act of 1963; the Genetic Information Nondiscrimination Act of 2008; and Titles I and II of the Americans with Disabilities Act of 1990.
Honors Framework:
Click this text for information on pursuing coursework at the honors level.
Potential Careers:
Manual Machinist
CNC Programmer
Mechanical Technician
CNC Operator
Available Certifications:
NIMS Certification
Student Organizations:
Skills USA
National Technical Honor Society