Advanced Manufacturing
21 courses · Solano Community College · 2025-2026 Catalog
Classes: Spring 2026
ADVM 051 Vocational Mathematics
- Units
- 3
- Hours
- 3 hours lecture weekly, 54 contact hours total
- Transfers to
- CSU
An overview of basic arithmetic, algebra, and geometry with methods to solve problems often found in industrial technology and trades. Special emphasis will be given to the application of these methods to the solution of the unique mathematical problems encountered in the areas of automotive, drafting, fabrication, machine, maintenance, and welding. (Formerly IT 151)
ADVM 101 Introduction to Mechatronics
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Provides an understanding of how mechatronic technology in our lives works using only basic science and math concepts. This course explores basic mechatronic systems commonly found in industry and focuses on their principles of operation, histories, and relationships to one another. Topics will include an exploration of and science behind basic mechanics, fluid power, electrical power, and control systems. Students will learn about these mechatronic technologies through lecture, classroom discussion, and laboratory experiments and projects. (Formerly IT 101)
ADVM 110 Industrial Materials
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
A broad overview of the characteristics and comparative qualities of materials used in industry. Emphasis is placed on metals, but polymers, ceramics, and composites are studied. Major topics of discussion include material properties and applications. Laboratory experiments will be conducted to investigate and compare the mechanical properties of various materials. (Formerly IT 140)
ADVM 121 Electronics
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Introduces the topics of analog and digital electronics. Studies include an introduction to DC and AC circuitry as well as specific analog and digital electronic components, circuits, and instruments used in the operation, installation, and troubleshooting of electronic systems. (Formerly MT 121)
ADVM 130 Principles of Mechanical Power Systems
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Introduces the topic of mechanical power systems and mechanical power transmission as it applies to mechatronics. Studies include mechanical theory, mechanical power, thermal systems, hand tools, precision measuring instruments, and mathematics applied to mechanical power systems. Includes studies in manufacturing technology using modern manufacturing equipment and software simulators. (Formerly MT 130)
ADVM 132 Principles of Fluid Power Systems
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Introduces the topic of hydraulic and pneumatic systems as they apply to mechatronics. Studies include fluid power systems theory, pumps, actuators, accumulators, filters, meters, valves, control devices, and mathematics applied to fluid power systems. Includes studies in manufacturing technology using modern manufacturing equipment and software simulators. (Formerly MT 132)
ADVM 140 Principles of Industrial Electrical Systems
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Introduces the topic of DC, single-phase and three-phase AC circuits as they apply to mechatronics. Introduces commercial/industrial electrical installations that meet National Electrical Code requirements. Students will complete labs and wiring projects. Lab, electrical and worksite safety is emphasized. (Formerly MT 140)
ADVM 142 Principles of Electrical Machinery
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
- Prerequisite
- ADVM 140 (Principles of Industrial Electrical Systems)
Introduces the topic of electrical machinery as it applies to mechatronics. Studies include direct-current and alternating-current generators, alternators, transmission equipment, and motors. Students will complete labs and electrical machinery projects. Lab, electrical and worksite safety is emphasized. (Formerly MT 142)
ADVM 162 Robotic Manufacturing Systems
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Presentation of physical principles applied to automated manufacturing systems. Students will develop solutions to manufacturing problems using robots, programmable logic controllers (PLC) and computer numerical control (CNC) manufacturing machines. Students will also apply safety-oriented work habits to the completion of laboratory projects while working individually and in groups. (Formerly MT 162)
ADVM 163 Advanced Robotics Manufacturing Systems
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
- Prerequisite
- ADVM 162 (Robotic Manufacturing Systems)
Advanced programming, vision recognition systems, PLC and HMI integration, and hardware concepts associated with industrial robots. Students in this course will program several robots to work together and with other common automation systems to increase the efficiency and throughput of industrial automation processes. Robot safety procedures including Dual Check Safety (DCS) and other industry standards will be emphasized throughout the course. (Formerly MT 163)
ADVM 164 Programmable Logic Controllers
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Introduces the student to process control via Programmable Logic Controllers (PLC's). Content includes the popular Allen-Bradley PLC systems and the most common command instructions for the RSLogix 5, RSLogix 500, RSLogix 5000, Micrologix 1000, SLC5 and SLC 500 as well as ControlLogix processors. Troubleshooting and electrical safety are emphasized. (Formerly MT 164)
ADVM 165 Advanced Programmable Logic Controllers
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
- Prerequisite
- ADVM 164 (Programmable Logic Controllers)
For PLC (Programmable Logic Controllers) programmers, electricians, maintenance and instrumentation technicians, automation students and professionals that have some experience with basic PLC programming. Topics include Tag-Based programming with ControlLogix PLCs along with the RSLogix 5000 programming suite, process control methods, variable frequency drives, SCADA (Supervisory Control and Data Aquisition), and HMI's (Human Machine Interface). (Formerly MT 165)
ADVM 166 CNC Programming
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
Operational and theory of Computer Numerical Control (CNC) machinery, with a focus on skill building, safety practices and maintenance to work as an operator. Includes integration of Computer-Aided Design and Computer-Aided Manufacturing (CAM) as well as manual programming techniques. (Formerly MT 166)
ADVM 167 Advanced CNC Programming
- Units
- 3
- Hours
- 2 hours lecture weekly, 3 hours lab weekly, 90 contact hours total
- Prerequisite
- ADVM 166 (CNC Programming) and DRFT 151 (3D Modeling with Fusion 360)
Exposes the beginning CNC Machinist to advanced programming techniques for creating basic macro programs, tool and work probing methods, sub programs, sub-routines, 2-axis lathes, 3 + 2 axis mill programming, and 5 axis mill simultaneous programming. Includes preparatory skill and knowledge development in preparation for Haas CNC Operator and/or National Institute for Metalworking Skills (NIMS) certification exams. (Formerly MT 167)
ADVM 171 Making Things 1 - 3D Technology
- Units
- 1
- Hours
- 1 hours lecture weekly, 0.5 hours lab weekly, 27 contact hours total
A hands-on course using 3-Dimensional Computer Aided Drafting (CAD) tools to create objects with a 3D printer and Computer Numeric Controlled (CNC) machine. Students will gain a basic understanding of design to product workflow as well as the basics of 3D printing and CNC machines, including applications and use in industry. (Formerly IT 171)
ADVM 172 Making Things 2 - 2D Technology
- Units
- 1
- Hours
- 1 hours lecture weekly, 0.5 hours lab weekly, 27 contact hours total
A hands-on course using 2-Dimensional Computer Aided Drafting (CAD) tools to create objects with a laser cutter and vinyl cutter. Students will gain a basic understanding of safety, design, and project workflow as well as the basics of each machine's uses in industry. (Formerly IT 172)
ADVM 173 Making Things 3 - Tool Use and Safety
- Units
- 1
- Hours
- 1 hours lecture weekly, 0.5 hours lab weekly, 27 contact hours total
Introduction to Maker Space terminology and safety standards for hand and power tools in a laboratory setting. Students learn proper usage and applications of common hand and power tools pertinent to Maker Space laboratory and some industrial settings. (Formerly IT 173)
ADVM 174 Making Things 4 - Basic Electronics
- Units
- 1
- Hours
- 1 hours lecture weekly, 0.5 hours lab weekly, 27 contact hours total
A hands-on introduction to basic electronics and microcontrollers used in a Maker Space environment. Students will learn basic soldering techniques, electronic terminology and circuitry, and simple programming of devices such as Arduino and Raspberry Pi. (Formerly IT 174)
ADVM 175 Maker Space Technology Lab I
- Units
- 1.5
- Hours
- 4.5 hours lab weekly, 81 contact hours total
- Prerequisite
- ADVM 174 (Making Things 4 - Basic Electronics) and ADVM 173 (Making Things 3 - Tool Use and Safety) and ADVM 172 (Making Things 2 - 2D Technology) and ADVM 171 (Making Things 1 - 3D Technology)
Utilize the full range of Maker Space equipment to create and design projects in the Maker Space laboratory. Students will create designs using instructor-given parameters in order to gain more skill on machines used in ADVM 171,172, 173, and 174. (Formerly IT 175)
ADVM 176 Maker Space Technology Lab II
- Units
- 1.5
- Hours
- 4.5 hours lab weekly, 81 contact hours total
- Prerequisite
- ADVM 175 (Maker Space Technology Lab I) and ADVM 179 (Making Things 5 - Sewing Fundamentals)
Utilize the full range of Maker Space equipment to create and design projects in the Maker Space laboratory. An emphasis will be given to multiple tooled projects (3D printing and electronics or laser cutting and woodworking, for example). Students will create designs using instructor-given parameters, plan projects and analyze results. (Formerly IT 176)
ADVM 179 Making Things 5 - Sewing Fundamentals
- Units
- 1
- Hours
- 1 hours lecture weekly, 0.5 hours lab weekly, 27 contact hours total
Introduces students to industry sewing techniques with an emphasis on safe and appropriate operation of consumer and industrial sewing machines and tools. Students produce projects by applying the techniques taught in the course as a foundation to the understanding of pattern construction, manufacturing, and production. Designed for students with little to no sewing experience. (Formerly IT 179)