DFT-CAD7100 - AutoCAD Certificate

Course Description

The AutoCAD Certificate course delivers essential, job-ready training for careers in design, drafting, and technical drawing using AutoCAD software. This practical course integrates blueprint reading with both basic and advanced 2D CAD drafting skills, preparing students to confidently create and edit technical drawings used in manufacturing, construction, and engineering. 

Students will progress from foundational drafting tools to advanced AutoCAD techniques that boost productivity and efficiency. The course concludes with an introduction to 3D modeling to provide awareness of spatial design tools and visualization features. All instruction aligns with skills measured in the Autodesk Certified User (ACU) certification exam, which this course prepares you to pursue. 

Course Outline

This hands-on course is designed to build progressive skills and confidence with CAD software tools. Topics include: 

Blueprint Reading and CAD Drawing Standards 

• Introduction to industrial blueprints and technical drawings 
• Drafting terminology, line types, views, dimensions, and symbols 
• ANSI/ASME and ISO Metric drawing conventions 

AutoCAD Fundamentals 

• Navigating the AutoCAD workspace and interface 
• Drawing and editing 2D objects using core tools 
• Working with layers, object properties, and line types 
• Inserting and editing reusable symbols (blocks) 
• Using text, hatching, and dimensioning for annotation 
• Managing layout tabs, viewports, and plotting for print-ready drawings 

Advanced AutoCAD Techniques 

• Creating and managing dynamic blocks with attributes 
• Setting up drawing templates and standards for reuse 
• Working with external references (Xrefs) and sheet sets 
• Managing layers and drawing organization at scale 
• Using parametric constraints for precision and repeatability 
• Customizing the AutoCAD interface with tool palettes and macros 
• Publishing, batch plotting, and file export for team review 

Introduction to 3D Modeling 

• Understanding 3D workspace navigation and simple solid creation 
• Editing objects in 3D space 
• Generating 2D drawings from basic 3D models 
• Overview of rendering, lighting, and materials (non-evaluated) 

Learner Outcomes

Upon successful completion, learners will be able to: 

1. Read and interpret blueprints and technical drawings used in CAD environments 
2. Create and organize professional 2D CAD drawings using industry-standard tools and layers 
3. Automate drafting workflows with blocks, templates, constraints, and macros 
4. Apply advanced AutoCAD features to manage complex drafting projects efficiently 
5. Demonstrate readiness to pursue the Autodesk Certified User (ACU) credential 
6. Understand the basic principles of 3D modeling and visualization in AutoCAD 

Notes

Target Audience

• Students: Individuals pursuing a career in architecture, engineering, or related fields who want to gain essential AutoCAD skills to enhance their employability. 
• Professionals: Architects, engineers, drafters, and designers seeking to upgrade their skills or transition to a career in CAD design. 
• Career Changers: Individuals from diverse backgrounds interested in entering the CAD industry and starting a new career path in design and drafting.

Occupational Outlook:

Earning an AutoCAD certification prepares individuals for careers in drafting and design across fields like construction, manufacturing, and engineering. While overall job growth is slightly declining, about 16,900 positions open each year due to turnover. Median salaries range from $64,000 to $73,000 depending on specialization. Certified AutoCAD users with advanced skills remain in demand for their ability to produce precise technical drawings and manage complex CAD projects.

Information Technology Continuing Education Certificate: 

A certificate is awarded upon successful completion of all course components and a final project. 

Industry Certification: 

This course prepares students for the Autodesk Certified User (ACU) exam, a globally recognized industry credential administered through Certiport. 

Method of Instruction:

In-person, instructor-led training with demonstrations, guided hands-on practice, and real-world project assignments. Independent work may be assigned between sessions. 

Evaluation:

Students are evaluated on participation, completion of skill exercises, and applied use of CAD tools. Attendance is required for successful completion.