Design and Manufacturing Technologies

Careers in Design and Manufacturing Technologies

Production engineers, computer numerical control (CNC) machinists, CNC programmers, mold makers and other skilled workers use those plans to configure and operate CNC machines, 3D printers and other equipment used to manufacture the products.

Employment Outlook: 2020-2030

• The number of jobs for industrial engineering technicians are expected to increase 10%
• There will be more than 16,000 openings for computer numerically controlled (CNC) operators during the 10-year period

These ten-year projections for California employment are calculated by the state Employment Development Department, which collects data about the state's workforce and economic trends.

Design and Manufacturing Technologies Programs at De Anza

Programs include Computer Aided Design (CAD), Computer Aided Manufacturing (CAM), Computer Numerical Controlled (CNC) Machining, Coordinate Measuring Machining (CMM), Geometric Dimensioning and Tolerance (GD&T) and 3D Printing and Additive Manufacturing.

Design and Manufacturing Technologies

• Additive Manufacturing Technology: 3D Design and Production - Certificate of AchievementDetails for Certificate of Achievement - Additive Manufacturing Technology: 3D Design and Production

  The Certificate of Achievement in Additive Manufacturing Technology: 3D Design and Production provides knowledge of the fundamentals of computer-aided design (CAD), design for additive manufacturing (DfAM), reverse engineering principles, rapid 3D printing prototyping, and the required knowledge, skills, and abilities for additive manufacturing lab technicians. Students learn industry-standard practices for the most commonly utilized 3D printing materials and technologies, including fused deposition modeling (FDM), stereolithography (SLA), material jetting, selective laser sintering (SLS), and direct metal laser sintering (DMLS). In addition, students in this program will master the fundamental of 3D printing systems operation, maintenance and service. The certificate curriculum focuses on considerations and rapid prototyping applications of Additive Manufacturing (AM) through a combination of lecture, demonstration and project-based learning. Students will explore the design and material considerations within AM, configure systems, build prototypes and create functional parts. The certificate prepares individuals for a range of existing and emerging occupations in the advanced manufacturing sector, including CAD designers, additive manufacturing technicians, and applications engineering technicians.

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• Advanced Manufacturing and Prototyping Technician - Associate in ScienceNEWDetails for Associate in Science - Advanced Manufacturing and Prototyping Technician

  This AS degree covers the fundamentals of advanced manufacturing prototype and product development. Students learn to render digital designs using CAD/CAM software and produce three-dimensional models and prototypes using 3D printing/additive manufacturing (AM), CNC machining/subtractive manufacturing, or a combination of these processes. Additional topics include the safe setup and operation of 3D printers and CNC equipment, determination of processes and materials to be used for prototype development and production, and the inspection and testing of finished items. Upon completion, students are prepared for a range of advanced manufacturing and product development occupations including industrial and mechanical engineering technicians and prototype and model makers across multiple industry sectors, including medical, technology, aerospace, transportation, and consumer products. Advanced Manufacturing and Prototyping Technician program completers will also develop strong cross-disciplinary skills in 3D printing/AM and CNC machining to pursue career opportunities as members of industrial design and new product introduction teams.

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• Advanced Manufacturing and Prototyping Technician - Certificate of Achievement-AdvancedNEWDetails for Certificate of Achievement-Advanced - Advanced Manufacturing and Prototyping Technician

  This Certificate of Achievement-Advanced covers the fundamentals of advanced manufacturing prototype and product development. Students learn to render digital designs using CAD/CAM software and produce three-dimensional models and prototypes using 3D printing/additive manufacturing (AM), CNC machining/subtractive manufacturing, or a combination of these processes. Additional topics include the safe setup and operation of 3D printers and CNC equipment, determination of processes and materials to be used for prototype development and production, and the inspection and testing of finished items. Upon completion, students are prepared for a range of advanced manufacturing and product development occupations including industrial and mechanical engineering technicians and prototype and model makers across multiple industry sectors, including medical, technology, aerospace, transportation, and consumer products. Advanced Manufacturing and Prototyping Technician program completers will also develop strong cross-disciplinary skills in 3D printing/AM and CNC machining to pursue career opportunities as members of industrial design and new product introduction teams.

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• CNC Machinist - Certificate of AchievementDetails for Certificate of Achievement - CNC Machinist

  The Computer Numerical Control (CNC) Machinist Certificate of Achievement teaches students the fundamentals of conventional and CNC machine tools. Students learn how to set up safely and operate manual mills and lathes and construct word address programs for the setup and operation of CNC mills. Upon completion, students are prepared for employment in manufacturing facilities as setup persons, machine operators and production workers. This certificate is part of a career ladder. Students may also choose to complete a Certificate of Achievement-Advanced or A.S. degree.

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• CNC Machinist - Certificate of Achievement-AdvancedDetails for Certificate of Achievement-Advanced - CNC Machinist

  The CNC Machinist Certificate of Achievement-Advanced teaches students the fundamentals of CNC machine tools. Students learn safe setup, editing and operation of CNC equipment, including vertical and horizontal mills, lathes and rotary multi-axis components. Students are taught to dimension and inspect parts using various inspection methods and to analyze materials and processes used in manufacturing. Upon completion, students are prepared for employment in manufacturing facilities as CNC setup persons and machine operators.

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• CNC Machinist - Associate in ScienceDetails for Associate in Science - CNC Machinist

  The CNC Machinist A.S. degree teaches students the fundamentals of CNC machine tools. Students learn safe setup, editing and operation of CNC equipment, including vertical and horizontal mills, lathes and rotary multi-axis components. Students are taught to dimension and inspect parts using various inspection methods and to analyze materials and processes used in manufacturing. Upon completion, students are prepared for employment in manufacturing facilities as CNC setup persons and machine operators.

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• CNC Programming - CAD/CAM - Certificate of AchievementDetails for Certificate of Achievement - CNC Programming - CAD/CAM

  The CNC Programming - CAD/CAM Certificate of Achievement teaches students 2D, 3D, lathe and multi-axis machine tool programming. Students learn to construct geometry, select tools and produce and verify tool paths. Upon completion, students are prepared for employment as entry-level programmers in prototype and production manufacturing facilities. This certificate is part of a career ladder. Students may also choose to complete a Certificate of Achievement-Advanced or A.S. degree in CNC Machinist.

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• CNC Research and Development Machinist - Certificate of Achievement-AdvancedDetails for Certificate of Achievement-Advanced - CNC Research and Development Machinist

  The Certificate of Achievement-Advanced teaches students the fundamentals of conventional and CNC machine tools. Students learn to set up safely and operate manual mills, lathes, surface grinders and CNC equipment, including vertical and horizontal mills, lathes and rotary multi-axis components. They also learn to produce word address programs with CAD/CAM software. Students are taught to dimension and inspect parts using various inspection methods and to analyze materials and processes used in manufacturing. Upon completion, students are prepared for employment working closely with engineers in a research and development environment.

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• CNC Research and Development Machinist - Associate in ScienceDetails for Associate in Science - CNC Research and Development Machinist

  The A.S. degree teaches students the fundamentals of conventional and CNC machine tools. Students learn to set up safely and operate manual mills, lathes, surface grinders and CNC equipment, including vertical and horizontal mills, lathes and rotary multi-axis components. They also learn to produce word address programs with CAD/CAM software. Students are taught to dimension and inspect parts using various inspection methods and to analyze materials and processes used in manufacturing. Upon completion, students are prepared for employment working closely with engineers in a research and development environment.

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• Computer Aided Design - Mechanical - Certificate of AchievementDetails for Certificate of Achievement - Computer Aided Design - Mechanical

  Students pursuing De Anza Collegeâ??s Computer Aided Design - Mechanical Certificate of Achievement will receive an education in the fundamentals of CAD that combines the use of two types of design graphic software packages. Students will learn substantive job skills in Creo and SolidWorks CAD systems that will make them employable in industrial and mechanical engineering and design.

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• Quality Control Technician - Certificate of AchievementDetails for Certificate of Achievement - Quality Control Technician

  The Quality Control Technician Certificate of Achievement prepares students in the fundamentals of machining techniques, dimensional metrology, interpretation of multi-view engineering prints and applied geometric inspection dimensioning and tolerancing (ASME Y14.5m). Students also learn the correct operation of coordinate measuring machines (CMM) and the principles of manufacturing quality control and associated standards. Students in the Quality Control Technician program are instructed on how to inspect parts using various inspection methods; interpret drawings used in manufacturing; and record, analyze and document findings using various quality assurance procedures. Program students also learn the safe setup and operation of CMM and related measuring instruments. Upon completion of the certificate requirements, students are prepared for employment in manufacturing facilities as quality control inspectors and technicians.

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In addition to the programs listed above, you may be able to apply courses in this department toward General Education requirements.

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