Product Design Lab

About Us

The Product Design Lab at IIT Tirupati's Centre of Excellence focuses on digital design, simulation, and manufacturing. This lab supports the complete product development lifecycle — from conceptualization to final design. It empowers students and professionals to work on innovative product designs and simulate advanced manufacturing techniques.

Product Design Lab

Product Design Lab

  • 3D Modeling & Product Development: Virtual prototyping with NX CAD.
  • Simulation & Analysis: Structural and dynamic validation using NX CAE.
  • Advanced Manufacturing: Automated workflows with NX CAM.
  • Composites Design: Lightweight structures with NX Fibersim.
  • 3D Printing: Rapid prototyping via NX Additive Manufacturing.
  • NX CAD: 3D modeling and engineering drawing generation.
  • NX CAM: CNC automation and machining optimization.
  • NX CAE: Multidisciplinary simulation and system-level modeling.
  • NX Fibersim: Composite structure design for advanced industries.
  • NX Additive Manufacturing: Seamless design-to-print process for metal and plastic parts.
  • For Students: 3D modeling, simulation, validation, and design workflows.
  • For Industry: Training on CAD/CAE/CAM tools and additive manufacturing.
  • For Educators: FDP and design-thinking-based product training.
  • Industries in automotive, biomedical, aerospace sectors.
  • Startups focusing on innovation and design automation.
  • Researchers tackling complex product development challenges.
Mobirise

Lab Workspace

Product Design Lab

High End Computing Systems with Advanced Software and Central AC

Mobirise

About the Lab

Key Focus Areas and Software

List of highly advanced software

Supporting Facility - Additive Manufacturing Lab

Metal 3D Printer – EOS M290
3D Scanner
Polymer FDM 3D Printer

Key Equipment

Mobirise

Function- High-precision metal 3D printing by selectively fusing fine metal powder using a laser.
Technology- Direct Metal Laser Sintering (DMLS) / Powder Bed Fusion

Metal 3D Printer – EOS M290

Mobirise

Function- Prints robust polymer parts by extruding thermoplastic filament layer-by-layer. Technology- Fused Deposition Modeling (FDM)

Polymer FDM 3D Printer

Mobirise

Function- Captures the precise geometry of objects to create accurate digital 3D models.
Technology- Triangulation-based scanning to generate dense point clouds.

3D Scanner

Mobirise

CoE SMEVT

© 2025 CoE IIT Tirupati. 
Made with love for IIT Tirupati.

Social