Transfers ToCSUDescriptionA study of crime victims and their interaction with various components of the criminal justice system focusing on the victim's experience within the system. Students will examine data research, various methodologies and victim precipitation theories. The tangible and intangible costs of victimization will also be examined as well as victim services and current trends in the field of victimology. Advanced Manufacturing Department DEGREES: Automation (AS) Mechatronics (AS) CERTIFICATES OF ACHIEVEMENT: Automation Maintenance Technician Mechatronics COURSES: ADVM (Advanced Manufacturing) ARE YOU THE KIND OF PERSON WHO... � ...desires to work hands-on with objects, machines, tools, plants, or animals? � ...enjoys work and play outside, insluding use your physical or athletic abilities? � ...likes to follow directions to organize, plan and complete a project or task? � ...is interested in attaining employment as soon as possible? CONTACT INFORMATION: School of Career Technology Education Building: 500 Room 509 Phone Number: (707) 864-7229 Fax Number: (707) 864-7190 Dean: Jose Cortes GPS provides possible course pathways to reach the destination of program completion Advanced Manufacturing Automation Certificate of Achievement and Associate in Science Program Description The Automation degree program provides an introduction to industrial automation including digital electronic, process control and programming of PLCs, robotics and data acquisition systems (SCADA). The program examines applications and examples of automated manufacturing systems including both the theory and function of digital and industrial electronics, hydraulics and pneumatics, robotics systems, digital programming languages and alarm management. Students completing this degree will be able to describe and apply current safety rules and regulations while working on various manufacturing and automation systems. Students will also be able to configure and program manufacturing systems and modules including Programmable Logic Controllers (PLCs), Human Machine Interfaces (HMIs), and industrial robots. Finally, students will demonstrate an understanding of electrical systems and devices related to manufacturing and automation systems. Career opportunities for those obtaining this degree include maintenance technician, automation technician, industrial machinery mechanic, electronics technician, electro-mechanical technician, or as a robotics technician. The Associate in Science can be obtained by completing the 27-unit major, General Education, and electives as needed to complete a minimum of 60 units. The Certificate of Achievement can be obtained by completing the 27-unit major. All courses within the major must be completed with a minimum grade of C or P if taken on a Pass/No Pass basis. Program Outcomes Students who complete the Automation Technology Certificate of Achievement/Associate in Science will be able to: 1. Describe and apply current safety rules and regulations while working on various manufacturing and automation systems. 2. Configure and program manufacturing systems and modules including Programmable Logic Controllers (PLCs), Human Machine Interfaces (HMIs), and industrial robots. 3. Demonstrate an understanding of electrical systems and devices related to manufacturing and automation systems. REQUIRED COURSES...............................................Units CIS 001 Introduction to Computer Science . .................... 3 ADVM 101 Introduction to Mechatronics ...................... 3 ADVM 051 Vocational Mathematics ............................... 3 ADVM 121 Electronics .................................................... 3 ADVM 162 Robotic Manufacturing Systems ................... 3 ADVM 164 Programmable Logic Controllers .................. 3 ADVM 165 Advanced Programmable Logic Controllers . 3 Three units from Elective List ......................................... 6 Required Major Total Units. ....................................27 Elective List (select six units) ................................. Units ADVM 132 Principles of Fluid Power Systems ................ 3 ADVM 142 Principles of Electrical Machinery ................ 3 ADVM 163 Advanced Robotics Manufacturing Systems. 3 ADVM 166 CNC Programming ........................................ 3 ADVM 167 Advanced CNC Programming........................ 3 DRFT 151 3D Modeling with Fusion 360 ..................... 1.5 ADVM 174 Making Things 4 � Basic Electronics ............. 1 OCED 070 Occupational Soft Skills .............................. 1.5 OCED 090 Occupational Work Experience ..................... 1 Consult with your counselor for guidance on custom course pathway Advanced Manufacturing Maintenance Technician Certificate of Achievement Program Description The Maintenance Technician program introduces the student to basic electrical and mechanical components used in basic manufacturing systems. Topics covered include functional descriptions, physical properties and operation of electrical and mechanical components and devices. Industrial components and preventative maintenance requirements are also investigated. Students receive hands-on practical experience in the use and application of basic electrical instruments and mechanical measuring devices. An emphasis is placed on safe work habits and procedures, systematic preventive maintenance, localization and correction of malfunctions, and troubleshooting techniques. This Certificate of Achievement can be obtained by completing the 18-unit major. All courses within the major must be completed with a minimum grade of C or P if taken on a Pass/No Pass basis. Program Outcomes Students who complete the Maintenance Technician Certificate of Achievement will be able to: 1. Describe and apply current safety rules and regulations while working on various industrial equipment and machinery. 2. Demonstrate the physical operation of electro-mechanical components such as AC and DC motors, solenoids, relays and various sensors used in basic manufacturing systems 3. Describe and perform troubleshooting, preventative maintenance and documentation methods associated with basic manufacturing system standing of electrical systems and devices related to manufacturing and automation systems. REQUIRED COURSES...............................................Units ADVM 101 Introduction to Mechatronics ...................... 3 ADVM 051 Vocational Mathematics ............................... 3 ADVM 130 Principles of Mechanical Power Systems ..... 3 ADVM 132 Principles of Fluid Power Systems ................ 3 ADVM 140 Principles of Industrial Electrical Systems .... 3 ADVM 142 Principles of Electrical Machinery ................ 3 Required Major Total Units ....................................18 Consult with your counselor for guidance on custom course pathway Advanced Manufacturing Mechatronics Certificate of Achievement and Associate in Science Program Description Mechatronics is the study of electronics, mechanics, electrical, and control systems to produce a well-rounded technician capable of handling the complex maintenance and operations tasks demanded by modern manufacturing, packaging, processing, transportation, and communication industries. Individuals with well-rounded knowledge of how electromechanical and automated systems work together are in high demand and qualify to enter occupations such as a technician or specialist in industrial maintenance, automation, engineering, or in testing/research. The Associate in Science Degree can be obtained by completing the 37-unit major, the general education requirements, and electives as needed to complete a minimum of 60 units. The Certificate of Achievement can be obtained by completing the 37-unit major. All courses in the major must be completed with a minimum grade of C or P if taken on a Pass/No Pass basis. Program Outcomes Students who complete the Mechatronics Certificate of Achievement/Associate in Science will be able to: 1. Troubleshoot and solve basic problems involving electrical wiring, connections, and distribution at both the component level. 2. Troubleshoot and solve basic problems involving mechanical and fluid power systems. 3. Demonstrate proficiency in integrating computer use with industrial machinery and control systems. 4. Demonstrate safe work habits around mechanical and electrical industrial equipment. 5. Demonstrate proficiency in relating and integrating math and science concepts with basic systems found in industry. REQUIRED COURSES...............................................Units CIS 001 Introduction to Computer Science..................... 3 ADVM 101 Introduction to Mechatronics....................... 3 ADVM 151 Vocational Mathematics. ............................... 3 ADVM 121 Electronics .................................................... 3 ADVM 130 Principles of Mechanical Power Systems...... 3 ADVM 132 Principles of Fluid Power Systems................. 3 ADVM 140 Principles of Industrial Electrical Systems..... 3 ADVM 142 Principles of Electrical Machinery................. 3 ADVM 162 Robotic Manufacturing Systems. ................... 3 ADVM 164 Programmable Logic Controllers................... 3 6 units from List A........................................................... 6 Required Major Total Units. ....................................37 List A: (select 6 units) ...............................................Units DRFT 079 Blueprint Reading............................................ 3 DRFT 151 3D Modeling with Fusion 360...................... 1.5 ADVM 110 Industrial Materials....................................... 3 ADVM 174 Making Things 4 � Basic Electronics.............. 1 ADVM 163 Advanced Robotics Manufacturing Systems .3 ADVM 165 Advanced Programmable Logic Controllers .3 ADVM 166 CNC Programming ........................................ 3 OCED 070 Occupational Soft Skills............................... 1.5 OCED 090 Occupational Work Experience...................... 1 Consult with your counselor for guidance on custom course pathway ADVM - Advanced Manufacturing 