No.1 Placement Experts

 Helps predict product behavior and prevent failures before physical prototyping.

 Enhances engineering design, reliability, and efficiency.

 High demand in industries such as aerospace, automotive, mechanical, and electronics.

 Provides hands-on experience in simulation-driven product development.

 Structural Analysis – Stress, strain, deformation, and fatigue analysis for mechanical components.

 Thermal Analysis – Steady-state and transient heat transfer simulation.

 Fluid Dynamics (CFD) – Simulate fluid flow, pressure, and heat transfer for liquids and gases

 Electromagnetic Analysis – Analyze electric, magnetic, and electromagnetic fields.

 Multiphysics Simulation – Combine multiple physical phenomena in a single model.

 Parametric and Optimization Tools – Explore design variations and optimize performance.

 Industry-Proven – Used by leading companies for product development and performance validation.

Mechanical & Structural Engineering

 Stress, strain, fatigue, and deformation analysis of mechanical components.

 Design validation for machinery, bridges, and structural frameworks.

Automotive & Transportation

 Crash analysis, vibration analysis, and durability testing of vehicles.

 Thermal and fluid flow simulations for engines, cooling systems, and aerodynamics.

Aerospace & Defense

 Structural, thermal, and fluid analysis of aircraft components.

 Optimization of lightweight materials and complex geometries.

Thermal & Energy Systems

 Simulation of heat exchangers, HVAC systems, and energy equipment.

 Thermal stress and fluid-structure interaction studies.

Electronics & Electrical Engineering

 Electromagnetic field simulations, thermal management, and electronic cooling.

 Analysis of electric motors, circuits, and high-frequency devices.

Multiphysics & Optimization

 Coupled simulations combining structural, thermal, fluid, and electromagnetic effects.

 Design optimization to enhance performance and reduce material usage.

By the end of this course, learners will be able to:

 Perform structural analysis including stress, strain, deformation, and fatigue of components.

 Conduct thermal analysis for steady-state and transient heat transfer problems.

 Simulate fluid dynamics (CFD) to analyze flow, pressure, and heat transfer in liquids and gases.

 Perform electromagnetic simulations for electrical and electronic systems.

 Carry out coupled multiphysics simulations integrating structural, thermal, and fluid effects.

 Optimize designs by exploring parametric variations and improving product performance.

 Interpret simulation results for engineering decision-making and design improvements.

 Validate and troubleshoot models to ensure accuracy and reliability of simulations.

 Apply industry-standard simulation workflows for aerospace, automotive, mechanical, and electronics applications.

 Develop engineering solutions using ANSYS Workbench that reduce prototyping costs and improve product performance.