Driving Perfomance

Design Technology

Courses

1. CATIA V5

Course Overview

CATIA V5 is an industry-standard 3D design and engineering software used extensively in automotive, aerospace, and manufacturing companies. This course develops proficiency in part design, surface modeling, assembly design, drafting, and product visualization.

Course Syllabus

Module 1: Introduction to CATIA V5 Interface
Module 2: Sketcher Workbench – 2D Geometry
Module 3: Part Design – Solid Modeling
Module 4: Assembly Design – Constraints & Joints
Module 5: Surface Design – Wireframe & Generative Shape Design
Module 6: Drafting – 2D Drawings, GD&T Basics
Module 7: Sheet Metal Design
Module 8: Real-time Rendering & Visualization
Module 9: Project: End-to-End Component Modeling

Outcomes
  • Ability to create professional 3D models and assemblies
  • Ability to generate manufacturing-ready drawings
  • Job-ready skills for CAD design roles
  • Capability to handle real-world projects independently

2. CATIA V6 (3DEXPERIENCE)

Course Overview

CATIA V6 integrates design with the 3DEXPERIENCE platform, enabling collaborative engineering, PLM management, cloud integration, and advanced surfacing.

Course Syllabus

Module 1: Introduction to 3DEXPERIENCE Platform
Module 2: Part & Product Structure Design
Module 3: Surface Modeling & Complex Geometry
Module 4: PLM Collaboration Tools (Data Management)
Module 5: Assembly Modeling & Configurations
Module 6: Drafting & Documentation
Module 7: Digital Mock-Up & Validation
Module 8: Project: Collaborative Product Development

Outcomes
  • Hands-on expertise in cloud-based product development
  • Ability to work with PLM workflows
  • Competitive advantage for high-end design roles

3. NX CAD

Course Overview

Siemens NX CAD is widely used in product design, die/mold design, aerospace structures, and precision engineering. It is known for parametric and synchronous modeling capabilities.

Course Syllabus

Module 1: Intro to Siemens NX Environment
Module 2: Sketching & Constraints
Module 3: Part Modeling
Module 4: Assembly & Motion Simulation
Module 5: Drafting & Dimensioning
Module 6: Sheet Metal Design
Module 7: Freeform & Surface Modeling
Module 8: Reverse Engineering Tools
Module 9: Project

Outcomes
  • Mastery of NX parametric modeling
  • Employability in aerospace, tooling, and precision engineering domains
  • Ability to produce production-ready models and documentation

4. SolidWorks

Course Overview

SolidWorks is a user-friendly CAD tool widely adopted by startups, manufacturing firms, R&D labs, and product design companies. Ideal for beginners and intermediate designers.

Course Syllabus

Module 1: User Interface & Sketch Tools
Module 2: 3D Part Modeling
Module 3: Assembly Modeling
Module 4: Sheet Metal & Weldments
Module 5: Surface Modeling
Module 6: Motion Simulation
Module 7: Drafting & BOM Preparation
Module 8: Rendering using SolidWorks Visualize
Module 9: Capstone Mini-Project

Outcomes
  • Capability to design, simulate, and document mechanical components
  • Confidence with assemblies and fabrication-ready drawings
  • Strong portfolio for entry-level design roles

5. MATLAB

Course Overview

MATLAB is a technical computing environment used for simulation, data analysis, mathematical modeling, control systems, and algorithm development.

Course Syllabus

Module 1: MATLAB Environment & Basic Operations
Module 2: Programming Basics (Scripts, Functions)
Module 3: Data Visualization & Plotting
Module 4: Matrix Operations
Module 5: Signal Processing & Control Systems
Module 6: Simulink Modeling
Module 7: Filters, Algorithms, and Mathematical Models
Module 8: Real-Time Simulation
Module 9: Industry Project with Simulink

Outcomes
  • Strong command in modeling, simulation, and algorithm design
  • Ability to build Simulink models
  • Prepared for roles in embedded, controls, and data analysis