{
  "college": "chaffey-college",
  "edition": "2026-2027",
  "code": "EGTECH",
  "name": "Engineering Technology",
  "sourceUrl": "https://chaffey.curriqunet.com/catalog/iq/19209/20264/18796/20090/18821",
  "courses": [
    {
      "code": "EGTECH 10",
      "subject": "EGTECH",
      "number": "10",
      "title": "Introduction to Engineering Design/Graphics",
      "units": "4",
      "hours": "48-54 Lecture, 48-54 Laboratory",
      "cid": [],
      "transfer": [
        "CSU",
        "UC"
      ],
      "description": "Survey of engineering graphics and the design process as applied to engineering and related fields. Emphasis is on use of 3D feature-based, parametric solid modeling as the foundation of that process. Coursework is done using SolidWorks software. Additional topics include: interpreting ANSI standard engineering drawings, visualization, sketching, geometric relations, assembly modeling, and creating ANSI standard part and assembly drawings. Special emphasis is placed on understanding and developing sound modeling strategies/plans based on 'best practices.' Students also are introduced to 3D printing technology and produce physical models from their own CAD models.",
      "notes": [
        "Grading: Letter Grade",
        "Credit for Prior Learning: Yes",
        "TOP Code: 092400"
      ],
      "offered": [
        {
          "term": "summer-2026",
          "name": "Summer 2026",
          "sections": 2,
          "open": 1,
          "url": "/c/chaffey-college/schedule/summer-2026/egtech/#egtech-10",
          "subject": "EGTECH",
          "listedAs": "EGTECH-10"
        },
        {
          "term": "fall-2026",
          "name": "Fall 2026",
          "sections": 3,
          "open": 3,
          "url": "/c/chaffey-college/schedule/fall-2026/egtech/#egtech-10",
          "subject": "EGTECH",
          "listedAs": "EGTECH-10"
        },
        {
          "term": "spring-2027",
          "name": "Spring 2027",
          "sections": 3,
          "open": 3,
          "url": "/c/chaffey-college/schedule/spring-2027/egtech/#egtech-10",
          "subject": "EGTECH",
          "listedAs": "EGTECH-10"
        }
      ]
    },
    {
      "code": "EGTECH 12",
      "subject": "EGTECH",
      "number": "12",
      "title": "Principles of Engineering",
      "units": "4",
      "hours": "48-54 Lecture, 48-54 Laboratory",
      "cid": [],
      "transfer": [
        "CSU",
        "UC"
      ],
      "description": "Exploration of technology systems and engineering processes that demonstrate the benefits of math, science, and technology. Topics include the design process, communication and documentation, engineering systems, statics, properties of materials, quality assurance, materials testing, and engineering for reliability.",
      "notes": [
        "Placement Level: Eligibility for MATH 25 as determined by the Chaffey College placement process.",
        "Grading: Letter Grade",
        "Credit for Prior Learning: Yes",
        "TOP Code: 092400"
      ],
      "offered": [
        {
          "term": "fall-2026",
          "name": "Fall 2026",
          "sections": 1,
          "open": 1,
          "url": "/c/chaffey-college/schedule/fall-2026/egtech/#egtech-12",
          "subject": "EGTECH",
          "listedAs": "EGTECH-12"
        }
      ]
    },
    {
      "code": "EGTECH 14",
      "subject": "EGTECH",
      "number": "14",
      "title": "Electronics for Engineering Technologists I",
      "units": "3",
      "hours": "32-36 Lecture, 48-54 Laboratory",
      "advisory": "EGTECH 12",
      "cid": [],
      "transfer": [
        "CSU"
      ],
      "description": "Introduction to the application of electronics in engineering technology. Course covers DC circuit theory, including system of units, resistive circuits, inductors, capacitors, impedance, and Ohm's Law. Emphasis is on the application of Kirchhoff's Laws and Thevenin's and Norton's Theorems to DC circuits, Mesh and Nodal analysis, RL and RC transients, and Maximum Power Transfer.",
      "notes": [
        "Placement Level: Eligibility for MATH 25 as determined by the Chaffey College placement process.",
        "Grading: Letter Grade",
        "Credit for Prior Learning: No",
        "TOP Code: 092400"
      ],
      "offered": []
    },
    {
      "code": "EGTECH 16",
      "subject": "EGTECH",
      "number": "16",
      "title": "Computer Integrated Manufacturing - CNC Material Removal",
      "units": "3",
      "hours": "32-36 Lecture, 48-54 Laboratory",
      "corequisite": "Concurrent or Previous Enrollment or completion with a C or better in: EGTECH 10",
      "cid": [],
      "transfer": [
        "CSU"
      ],
      "description": "An overview of automated manufacturing concepts using designs created with industry standard modeling software, material removal manufacturing processes, machine tool operations, industrial practices, tool motion, CNC programming, simulations, and prototyping. Physical examples of designs using computer-based numerically controlled (CNC) machine tools are produced.",
      "notes": [
        "Other: One year in high school CAD/Engineering course using feature based modeling software such as Autodesk Inventor or SolidWorks.",
        "Grading: Letter Grade",
        "Credit for Prior Learning: No",
        "TOP Code: 092400"
      ],
      "offered": []
    },
    {
      "code": "EGTECH 30",
      "subject": "EGTECH",
      "number": "30",
      "title": "Introduction to Additive Manufacturing - 3D Printing",
      "units": "4",
      "hours": "48-54 Lecture, 48-54 Laboratory",
      "corequisite": "Concurrent or Previous Enrollment or completion with a C or better in: EGTECH 10",
      "cid": [],
      "transfer": [
        "CSU"
      ],
      "description": "Introduction to Additive Manufacturing (AM) with an emphasis on 3D printing. Students learn about the evolution of rapid prototyping to desktop 3D printing to Additive Manufacturing and beyond. Current AM technologies, capabilities, materials and applications are investigated by completing a number of hands-on projects by applying Design for Additive Manufacturing (DFAM) principles, creating CAD models, selecting materials, determining optimum build parameters, running parts on 3D printers, and measuring and performing other necessary operations.",
      "notes": [
        "Grading: Letter Grade",
        "Credit for Prior Learning: No",
        "TOP Code: 092400"
      ],
      "offered": []
    }
  ]
}