uLektz Skills

Learning Path

Non-Linear: Random Order

About the Course

Course Objectives

Understanding Core Concepts: Grasp the fundamentals of CAD software and its applications.
Proficient Use of Software: Gain hands-on experience with leading CAD tools such as AutoCAD, SolidWorks, or CATIA.
Project Management: Learn how to manage CAD projects efficiently from conception to completion.
Integration with Other Technologies: Understand how CAD interacts with other technologies like 3D printing and CAM (Computer-Aided Manufacturing).

Learning Objectives

Technical Skills: Develop the ability to create detailed and accurate 2D and 3D models.
Problem-Solving: Enhance problem-solving skills by tackling real-world design challenges.
Design Analysis: Learn to analyze and optimize designs for better performance and efficiency.
Collaboration: Foster teamwork skills by working on group projects.

Skills Development

Technical Proficiency: Mastery of CAD software, including creating, editing, and analyzing designs.
Attention to Detail: Improve precision and accuracy in creating detailed technical drawings.
Communication: Learn to communicate design ideas effectively through visual and written means.
Creativity: Enhance creative thinking to design innovative solutions.

Career Path

CAD Technician/Designer: Work on creating detailed drawings and plans for engineering, construction, and manufacturing industries.
Product Designer: Design new products or improve existing ones using CAD software.
Architectural Drafter: Create detailed drawings of buildings and structures.
Mechanical Engineer: Use CAD tools to design mechanical components and systems.
Industrial Designer: Focus on the design and development of consumer products.
Project Manager: Oversee CAD projects, ensuring they are completed on time and within budget.
CAD Instructor: Teach CAD skills in educational institutions or through professional training programs

Course Study Materials

Introduction to CAD

Overview of Computer-Aided Design
History and Evolution of Computer-Aided Design
Applications of Computer-Aided Design (CAD) in Various Industries
Benefits and Limitations of Computer-Aided Design
CAD Software Overview

Basics of Engineering Drawing

Fundamentals of Technical Drawing
Types of Lines and Their Applications
Orthographic and Isometric Projections
Dimensioning and Annotations
Standards and Conventions in Engineering Drawings

2D CAD Design

Creating 2D Sketches
Editing and Modifying Sketches
Layers and Properties in 2D Design
Geometric and Dimensional Constraints
Use of Blocks and Libraries

3D Modeling Basics

Introduction to 3D Coordinate Systems
Creating Basic 3D Shapes
Boolean Operations
Understanding Wireframe and Solid Models
Introduction to Surfaces in CAD

Advanced 3D Modeling

Parametric Modeling and Constraints
Assembly Modeling and Mates
Creating Complex Shapes and Patterns
Feature-Based Design
Model Optimization and Simulation

Rendering and Visualization

Basics of Rendering in CAD
Applying Materials and Textures
Setting Up Lighting and Cameras
Creating Realistic Rendered Images
Animation and Walkthroughs in CAD

CAD in Design Analysis

Introduction to Finite Element Analysis
Stress and Strain Analysis of Designs
Thermal Analysis and Fluid Dynamics
Optimization Techniques for CAD Models
Case Studies in Design Analysis

Collaborative CAD and PLM

Collaborative Design Techniques
Data Management in CAD
Introduction to Product Lifecycle Management
Cloud-Based CAD Tools and Collaboration
Integrating CAD with Other Engineering Tools

CAD for Manufacturing

Basics of Computer-Aided Manufacturing
Generating Tool Paths for CNC Machines
Additive Manufacturing and 3D Printing Integration
Design for Manufacturability
Case Studies in CAD-to-CAM Workflow

CAD Standards and Documentation

Importance of Standardization in CAD
Creating Technical Documentation with CAD
Assembly Drawings and Exploded Views
Bill of Materials (BOM) Creation
Preparing CAD Files for Manufacturing

Emerging Trends in CAD

Generative Design and AI in CAD
Cloud-Based CAD Solutions
Virtual Reality and Augmented Reality in CAD
Sustainable Design with CAD
Future Directions in CAD Technology

Capstone and Case Studies

Reverse Engineering a Product Using CAD
Creating a Detailed CAD Model for a Real-World Application
Analyzing and Optimizing a Design for Performance and Cost
Peer Reviews and Feedback on Design Projects
Presentation of a Comprehensive CAD-Based Solution
Unit 12-Self Assessment 20 Questions

The certificate issued for the Course will have

Student's Name
Photograph
Course Title
Certificate Number
Date of Course Completion
Name(s) and Logo(s) of the Certifying Bodies

Only the e-certificate will be made available. No Hard copies. The certificates issued by The Academic Council of uLektz. can be e-verifiable at www.ulektzskills.com/verify.

Students will be assessed both at the end of each module and at the end of the Course.
Students scoring a minimum of 50% in the assessments are considered for Certifications