Brief Summary:
As product designs become increasingly complex, engineers need faster and more efficient ways to validate structural performance during the design stage. Traditional simulation tools often require time-consuming geometry preparation and meshing, which can delay analysis and slow down product development cycles.
This session explores how Altair SimSolid transforms the simulation process by eliminating geometry preparation and meshing. Engineers can perform structural analysis directly on full CAD assemblies within minutes, enabling faster design iterations, early validation, and more confident engineering decisions. With its powerful and accurate simulation capabilities, SimSolid helps teams accelerate product development while improving design quality and performance.
Challenges
Engineering teams must validate product performance quickly while managing complex designs and tight development timelines, including:
Time-consuming geometry preparation and meshing in traditional FEA tools
Difficulty evaluating large and complex CAD assemblies
Delays in design validation and iteration cycles
Limited ability to explore multiple design scenarios quickly
Increased risk of errors during manual model preparation
Tools Covered
Altair SimSolid
A next-generation structural simulation tool that performs analysis directly on complete CAD assemblies without geometry simplification or meshing. SimSolid enables rapid structural evaluation, faster design iterations, and accurate results, allowing engineers to validate designs earlier in the development cycle.
Who Should Attend?
Design Engineers
Simulation Engineers
Project Managers
Design & Concept Verification Teams
Presenter – Sudhakara B
Sudhakara B is a Lead Application Engineer, Simulation specializing in supporting engineering teams with advanced simulation and analysis solutions for product development. With strong expertise in structural analysis, design validation, and simulation-driven engineering workflows, he helps organizations evaluate performance, optimize designs, and make faster engineering decisions. By translating complex engineering challenges into practical simulation strategies, he enables teams to improve product reliability, accelerate development cycles, and deliver high-quality designs with confidence.
