Manufacturing Engineering Technology
22 courses · San Diego City College · 2026-2027 Catalog
Classes: Fall 2026 · Spring 2027
MFET 101 Introduction to Manufacturing Engineering Technology
- Units
- 3
- Hours
- 48 - 54 hours lecture
This course is designed for students who are interested in the field of Manufacturing Engineering Technology (MFET). The course introduces manufacturing principles, including manufacturing systems, design concepts, process and material selection, computer-integrated manufacturing, quality control and management, global competitiveness and manufacturing costs, safety and environmental concerns. It also provides an overview of the MFET program structure, job perspectives for graduates, salary ranges, and various career options in manufacturing.
MFET 105 Print Reading and Symbology
- Units
- 3
- Hours
- 48 - 54 hours lecture
This course is a study of the types of symbols and engineering notations used for mechanical, electrical, electronic, hydraulic and pneumatic diagrams, as well as precision sheet metal drawings and welding specifications. Other topics include scales, precision measurement instruments, geometric dimensioning and tolerancing (GD&T). Actual drawings are used to demonstrate concepts and practice in interpreting the symbols and notations. This course is designed for students who are currently working in a manufacturing plant or pursuing a career in an engineering or technology field.
MFET 107D STEM Drone Building
- Units
- 1.5
- Hours
- 8 - 9 hours lecture/48-54 hours lab
- Corequisite
- Completion of or concurrent enrollment in: MFET 101 with a Grade of "C" or better, or equivalent
This course provides students the opportunity to apply manufacturing engineering technology skills to build a multi-rotor Unmanned Aerial Vehicle (UAV), otherwise known as a drone. Students work together in teams to operate tooling in manufacturing processes. Topics include the fundamental principles of manufacturing a multi-rotor UAV, such as production, stages, quality, lean manufacturing, automation, and manufacturing prints. This course is designed for students interested in manufacturing a multi-rotor UAV and preparing to enter the manufacturing engineering technology field.
MFET 107G STEM Guitar Building
- Units
- 1.5
- Hours
- 8 - 9 hours lecture/48-54 hours lab
- Corequisite
- Completion of or concurrent enrollment in: MFET 101 with a Grade of "C" or better, or equivalent
This course provides students the opportunity to apply manufacturing engineering technology skills to build an electric guitar. Students work together in teams to operate tooling in manufacturing processes. Topics include the fundamental principles of manufacturing a guitar, such as production, stages, quality, lean manufacturing, automation, and manufacturing prints. This course is designed for students interested in guitar building and preparing to enter the manufacturing engineering technology field.
MFET 107H STEM High Tech Device Building
- Units
- 1.5
- Hours
- 8 - 9 hours lecture/48-54 hours lab
- Corequisite
- Completion of or concurrent enrollment in: MFET 101 with a Grade of "C" or better, or equivalent
This course provides students the opportunity to apply manufacturing engineering technology skills to build a “high-tech” electronic product. Students work together in teams to operate tooling in manufacturing processes. Topics include the fundamental principles of manufacturing an electronic product, such as production, stages, quality, lean manufacturing, automation, and manufacturing prints. This course is designed for students interested in manufacturing a “high-tech” electronic product and preparing to enter the manufacturing engineering technology field.
MFET 110 Industrial Safety
- Units
- 2
- Hours
- 32 - 36 hours lecture
This course is a study of safety fundamentals and accident prevention in industrial environments. Emphasis is placed on Occupational Safety and Health Administration (OSHA) policies, procedures and standards for industries. Topics include electrical safety, hazardous materials and conditions, fire protection, tools and machines, welding and cutting, personal protective equipment, hazard communication, construction, ergonomics, and industrial hygiene. This course is designed for students working in construction or general industries. Upon successful course completion, students may receive an OSHA 30-hour Construction or General Industry Outreach Training Completion Card.
MFET 114 Problem Solving and Corrective Action
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- Completion of or concurrent enrollment in: ENGL C1000 with a Grade of "C" or better, or equivalent and MFET 101 with a Grade of "C" or better, or equivalent
This course is designed for students who are interested in learning effective problem-solving methods used in manufacturing industries. Topics include planning for problem solving, developing a competent problem-solving team, defining and describing the problem, proposing interim containment plans, identifying and verifying root causes, identifying and verifying permanent corrections, implementing and validating corrective actions, applying preventive measures, and effectively communicating results. Emphasis is placed on the concept of proactive problem-solving including risk analysis, design for manufacturability, and error-proofing processes.
MFET 115 Properties of Materials
- Units
- 3
- Hours
- 40 - 45 hours lecture/24-27 hours lab
- Advisory
- CHEM 100 with a Grade of "C" or better, or equivalent
This lecture/lab course is a study of the chemical, physical and mechanical properties of industrial materials including metals, ceramics, polymers and composites. The course emphasizes the processes and tests used with different industrial materials during the manufacturing cycles. It also discusses function and structure as they relate to specific design considerations. This course is designed for students who are currently working in a manufacturing plant or pursuing a career in engineering and technology fields.
MFET 120 Manufacturing Processes
- Units
- 4
- Hours
- 48 - 54 hours lecture/48-54 hours lab
- Corequisite
- Completion of or concurrent enrollment in: MFET 115 with a Grade of "C" or better, or equivalent
- Advisory
- Completion of or concurrent enrollment in: ENGE 151 with a Grade of "C" or better, or equivalent or ENGE 111 with a Grade of "C" or better, or equivalent
This lecture/lab course provides basic understanding of how raw materials, including metals, polymers, ceramics and composites, are converted to finished products. In this course, students study commonly used and advanced manufacturing processes, understand the pros & cons of different industrial techniques. Students also learn key terms in manufacturing, and identify various types of equipment in common manufacturing processes. This course is designed for students who are pursuing a career in engineering or engineering technology fields, or working in a manufacturing industry.
MFET 150 Manufacturing Automation
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Prerequisite
- MFET 120 with a Grade of "C" or better, or equivalent
This lecture/lab course introduces students to the principles of manufacturing automation, process and machine control, programmable logic controllers, robotics, part handling and assembly. Students also learn concepts of group technology, flexible manufacturing systems and their applications in manufacturing industries. Through lectures, hands-on learning experience and demonstrations, students gain knowledge and skills in modern manufacturing that are necessary for seeking rewarding employment opportunities. This course uses a project-based learning approach. It is intended for students, technicians, technologists and engineers who are interested in manufacturing automation.
MFET 205 Introduction to Electronic Manufacturing Services
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- Completion of or concurrent enrollment in: MFET 150 with a Grade of "C" or better, or equivalent
This course assists students in developing and building fundamental knowledge of the programming, setup, operation, and maintenance of electronic manufacturing systems. Topics include different surface mount components, solder paste and its application, component placement, flux and cleaning, and quality control. Students also acquire hands-on experience on entering equipment programs, operating an entire surface mount technology line, and maintaining the equipment during and after production. The course is designed for students, technicians, technologists, and engineers from industry who are interested in the manufacture of printed circuit board assemblies.
MFET 210 Statistical Process Control
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- STAT C1000 with a Grade of "C" or better, or equivalent or Successful completion of Intermediate Algebra with a grade of C or better or appropriate placement based on California Title 5 regulations
This lecture/lab course familiarizes students with the applications of statistics in process and quality control function. Students acquire, analyze, and interpret data collected from a manufacturing process to determine whether or not the process meets the statistical parameters of a customer's requirements. Statistical techniques include basic graphs and diagrams, control charts, process mean and variability, process capability, sampling, and normal distribution. Topics also include Six Sigma methodology and design of experiments as part of quality control and improvement. This course is designed for students who are interested in process control, quality improvement and industrial management.
MFET 215 Automated PCBA Inspection and Testing
- Units
- 3
- Hours
- 48 - 54 hours lecture
- Advisory
- Completion of or concurrent enrollment in: MFET 114 with a Grade of "C" or better, or equivalent or MFET 150 with a Grade of "C" or better, or equivalent
This course a study of testing and inspection of printed circuit board assembly automated electronics. Emphasis is placed on implementing the inspection and testing of printed circuit board assemblies (PCBAs) and box builds using an in-house automated quality assurance execution system to continually improve product quality and process efficiency. This course is intended for manufacturing technology students who have selected the Electronics Option and students interested in automated electronic inspection and testing, and automated quality assurance. Topics include the history of automated quality assurance and how it affects the world, computer integrated manufacturing, machine vision and other sensors used in industrial applications, and the role of robotics and software used for automated electronic inspection and testing.
MFET 215L Automated PCBA Inspection and Testing Laboratory
- Units
- 2
- Hours
- 96-108 hours lab
- Advisory
- MFET 114 with a Grade of "C" or better, or equivalent and MFET 205 with a Grade of "C" or better, or equivalent; Completion of or concurrent enrollment in: MFET 215 with a Grade of "C" or better, or equivalent
This course focuses on the study of electronic assembly rework, modification, and repair. Topics include terminology and definitions associated with the rework, modification, and repair, the levels of conformance and compliance with the IPC-7711/7721 standards, setting-up rework and repair stations, and utilizing tools and materials to effectively follow the rework and repair processes. Emphasis is placed on reworking and repairing or modifying printed circuit board assemblies (PCBA) identified through automated inspection and testing as well as inputting and analyzing data to optimize the automated electronic manufacturing processes. This course is intended for electronic manufacturing technology students and those interested in electronic assembly rework, modification, and repair.
MFET 220 Programmable Logic Controllers
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
This course assists students in developing and building fundamental knowledge of the operation, construction, interfacing and programming of programmable logic controllers (PLCs). Students learn different hardware components, input and output devices associating with PLCs, and PLC applications in various manufacturing systems. Students also acquire hands-on experience on constructing, operating, configuring and programming PLCs. The course is designed for students, technicians, technologists and engineers from industry who are interested in automation and the integration of PLCs in manufacturing.
MFET 225 Introduction to Photovoltaic Manufacturing and Applications
- Units
- 4
- Hours
- 48 - 54 hours lecture/48-54 hours lab
- Advisory
- ELCT 111 with a Grade of "C" or better, or equivalent or ELDT 124 with a Grade of "C" or better, or equivalent
This lecture/lab course is a study of solar photovoltaic (PV) cell manufacturing, the types of cells and the advantages and applications of solar PV cells. Emphasis is placed on the underlying physical and chemical characteristics of solar cells, the types of manufactured cells and modules, their fabrication processes and applications. This course is designed for students pursuing a career in engineering and technology fields and anyone interested in understanding solar photovoltaics and their applications.
MFET 230 Lean Manufacturing
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- MFET 101 with a Grade of "C" or better, or equivalent
This overview course focuses on the terminology, tools, techniques, concepts and principles of Lean Manufacturing. Students are introduced to different Lean tools including value stream mapping, 5-S process, seven deadly wastes, standardized workflow, error proofing, setup reduction, integrated reliability, and production and inventory control. This course uses a project-based approach; provides students with theories, guided discussions, hands-on exercises and industrial case-studies. The course is open to all students who are planning to join industry or currently working in a company instituting Lean Manufacturing.
MFET 240 Six Sigma and Lean Implementation
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- MFET 210 with a Grade of "C" or better, or equivalent and MFET 230 with a Grade of "C" or better, or equivalent
This lecture/lab course concentrates on six sigma concepts and implementation of lean in a business organization. Students learn the principles of six sigma and the utilization of six sigma tools in project application. The course also covers DMAIC (Define, Measure, Analyze, Improve, Control) problem solving methodology, team building and project management skills. This course is designed for those who are interested in participating in and/or implementing lean/six sigma at their organization.
MFET 242 Industrial Maintenance & Mechatronics
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- Completion of or concurrent enrollment in: MFET 150 with a Grade of "C" or better, or equivalent
This course explores the study of classic industrial maintenance and mechatronics. Topics include hydraulics, pneumatics, mechanical drives, and machining with current electronics and electrical systems used in manufacturing today. Emphasis is placed on maintenance analysis and diagnosis; troubleshooting electrical and electronic applications; installing and servicing hydraulics and pneumatics systems; assembly equipment; Heating, Ventilating, and Air Conditioning (HVAC); and building systems. This course is intended for manufacturing technology students who aim to develop competencies in maintenance and/or advanced lean methodologies, and students interested in learning more about improving manufacturing operations.
MFET 250 Manufacturing Capstone Course
- Units
- 4
- Hours
- 16 - 18 hours lecture/144-162 hours lab
- Prerequisite
- MFET 101 with a Grade of "C" or better, or equivalent and MFET 105 with a Grade of "C" or better, or equivalent and MFET 115 with a Grade of "C" or better, or equivalent
- Corequisite
- Completion of or concurrent enrollment in: MFET 110 with a Grade of "C" or better, or equivalent and MFET 230 with a Grade of "C" or better, or equivalent
This is a capstone course for the Manufacturing Engineering Technology program. It provides students the opportunity to apply a combination of skills and knowledge to solve an industrial manufacturing problem. Students work together in groups to tackle an integrated, technical problem selected by industry and approved by program faculty. Topics include, but are not limited to, manufacturing materials and processes, design, quality, lean manufacturing and automation. This course is intended solely for students enrolled in the last semester of the Manufacturing Engineering Technology program, and is a major requirement.
MFET 252 Total Productive Maintenance
- Units
- 3
- Hours
- 32 - 36 hours lecture/48-54 hours lab
- Advisory
- Completion of or concurrent enrollment in: MFET 150 with a Grade of "C" or better, or equivalent and MFET 242 with a Grade of "C" or better, or equivalent
This course explores the study of total productive maintenance (TPM), a lean manufacturing methodology. Topics include the development of maintenance systems, the pillars of TPM, Autonomous Maintenance (AM), analyzing and categorizing failure data, and deciding on a maintenance strategy. Emphasis is placed on proactive and preventative maintenance to maximize the lifespan and productivity of equipment. The aims of TPM are high: no breakdowns, no small stops or slow running, no defects, and no accidents. This course is intended for manufacturing technology students who aim to develop competencies in maintenance and/or advanced lean methodologies, and students interested in learning more about improving manufacturing operations.
MFET 270 Work Experience
- Units
- 1-4
- Hours
- 54 - 216 hours other
A program of on-the-job learning experiences for students employed in a job related to their major. One unit of credit may be earned for every 54 hours of work experience. A maximum of fourteen credit hours for all work experience subject areas may be earned during one enrollment period.