REAL-WORLD PREPARATION FOR

THE DIGITAL DESIGN AND MANUFACTURING INDUSTRY

DAY COURSES: Graduate in 6 Months

The Digital Design and Manufacturing program provides hands-on training in CAD, machining, and sheet metal fabrication. Through real-world projects and advanced techniques, students build computer-aided design and technical drawing skills for the manufacturing industry. Whether aiming to become a CAD drafter or pursue roles in product design, construction companies, or custom fabrication, this program supports your career goals.

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IN-DEPTH LEARNING OF THE PROCESS AND WORKFLOW OF DESIGN AND MANUFACTURING

DAY COURSES: Graduate in 6 Months

The Digital Design and Manufacturing program objective is to provide students with occupational training in the fields of part design, machining, tooling, and laser cutting / forming. Experience will be gained utilizing the latest equipment and technology in a real-world environment.

Group of 5 men working together at a table, measuring and cutting

Hands-On Approach

At The Fab School, learning means doing. Our Digital Design and Manufacturing program focuses on developing essential technical skills through immersive, hands-on training with modern tools and software, including SolidWorks software, 3D printers, CNC machines, and laser cutters. From drafting certificate-level drawings to parametric modeling and interior design projects, you’ll apply your CAD skills and engineering drawing knowledge in every lab.

What Sets The Fab School Apart

Unlike traditional programs that rely heavily on lectures, The Fab School offers project-based learning led by expert instructors with real fabrication experience. Our CAD program includes training in computer-aided drafting, parametric design, and mechanical design using industry-standard software like AutoCAD and SolidWorks. Graduates leave with a certificate and real-world experience that employers in the manufacturing industry and construction companies are looking for.

AREAS OF INSTRUCTION

Don’t Compare Us to a General CAD School. Our Program is Specialized to Include:

CAD/CAM

Intro to CAD

Precision Measuring

2D Drawing

3D Modeling

Drafts and Blueprints

Assemblies

Scan Based Design

Reverse Engineering

Finite Element Analysis

3D Printing

MACHINING

Manual Machining

CNC Lathe

CNC Mill

SHEET METAL FABRICATION

Flat & Formed Metal

CNC Laser

CNC Press Brake

COURSE PROJECTS

Students will participate in a series of projects that reinforce the curriculum and build confidence in applied science and manufacturing processes. From 3D models to complex sheet metal builds, you’ll gain experience in the entire design process using both computer-aided design and physical tools. Sample projects have included:

SURVIVOR TOOL
3D PRINTED SCALE AUTOMOTIVE WHEEL
BELT SANDER ASSEMBLY
BATTERY BOX
TAPPING GUIDE
BILLET DEAD BLOW HAMMER / STAND
OVERLAND TRAIL TOOL
FORMED 3-TIER SHELF

SURVIVAL TOOL
3D PRINTED SCALE AUTOMOTIVE WHEEL
BELT SANDER ASSEMBLY
BATTERY BOX

TAPPING GUIDE
BILLET DEAD BLOW HAMMER / STAND
OVERLAND TRAIL TOOL
FORMED 3-TIER SHELF

Sense of Community

At The Fab School, you’re not just learning technical skills—you’re joining a supportive, close-knit community of future skilled technicians. Students collaborate on real-world projects, share ideas in design and manufacturing, and support each other both in and out of the classroom. These relationships often lead to lasting connections and job referrals throughout your career.

Integrated Industry Training

This is more than just a CAD course; it’s an immersive training experience tailored to meet the demands of today’s advanced manufacturing landscape. The design program aligns with the American Design Drafting Association guidelines and prepares students for high-demand roles as computer-aided designers or skilled technicians. Whether your goal is to earn an AAS degree, drafting certificate, or simply build a portfolio, you’ll graduate with a CAD certificate and the applied science degree–level knowledge that employers expect.

CURRICULUM

The training for this program includes 728 clock hours required for graduation. Below is a breakdown of each subject and the combined lecture and lab hours.

PROGRAM BREAKDOWN

MODULE	APPROXIMATE HOURS
Introduction to CAD	21
Precision Measuring	14
2D Drawing	30
3D Modeling	120
Assemblies	158
Drafts / Blueprints	30
3D Printing	30
Scan Based Design / Reverse Engineering	35
Manual Machining	45
CNC Lathe	49
CNC Mill	56
Sheet Metal	42
CNC Plasma	7
CNC Laser	35
CNC Press Brake	28
Finite Element Analysis	28
Overall Total Hours	728

CURRICULUM

The training for this program includes 728 clock hours required for graduation. Below is a breakdown of each subject and the combined lecture and lab hours.

PROGRAM BREAKDOWN

MODULE	APPROXIMATE HOURS
Introduction to CAD	21
Precision Measuring	14
2D Drawing	30
3D Modeling	120
Assemblies	158
Drafts / Blueprints	30
3D Printing	30
Scan Based Design / Reverse Engineering	35
Manual Machining	45
CNC Lathe	49
CNC Mill	56
Sheet Metal	42
CNC Plasma	7
CNC Laser	35
CNC Press Brake	28
Finite Element Analysis	28
Overall Total Hours	728

FINANCIAL AID AVAILABLE*

Most students use a combination of financial aid to fund their education, which may include grants, scholarships, and student loans. Our team will guide you through available options and help you understand what you qualify for.

*For those who qualify.

MORE INFORMATION

Frequently Asked Questions

How long does the Digital Design and Manufacturing program take to complete?

The Digital Design and Manufacturing certificate program is a day course that takes approximately six months to complete, totaling 728 clock hours. It includes both lecture and hands-on lab time focused on CAD, parametric modeling, and manufacturing processes.

What types of jobs can I pursue with these CAD skills?

Students gain the skills to pursue roles such as CAD drafter, computer-aided designer, graphic design technician, or skilled technician in industries like construction companies, product design, interior design, and architectural design. The curriculum is aligned with industry standards and supports a wide range of career opportunities in design and manufacturing.

Is this program suitable for veterans or career changers?

Yes. Whether you’re a veteran or making a career transition, this applied science degree alternative provides hands-on experience with design principles, parametric design, and the design process. It’s ideal for those looking to quickly gain technical skills and start a new career in applied science and manufacturing.

Is The Fab School located in California?

Yes! The Fab School is located in Rancho Cucamonga, California. And, with a high demand for skilled workers, our graduates are well-positioned for employment in industries such as aerospace, automotive, and construction.