Altair Software Collection

Altair Software MEGA Collection - Professional Engineering Simulation, CAE, Manufacturing and Product Design Software

Perpetual License is a One-time purchase not a subscription. A single payment for ongoing use of the software without annual or monthly payments (aka 'subscription' Permanent License)

Version 2023, 2024, 2025 & 2026

COMPLETE PROFESSIONAL ENGINEERING SOFTWARE COLLECTION

Altair provides advanced engineering simulation, computer-aided engineering (CAE), product design and manufacturing technologies for engineers, researchers and industrial professionals.

The Altair software portfolio combines structural analysis, computational fluid dynamics, electromagnetic simulation, mathematical modelling, industrial design and manufacturing process optimization within a comprehensive collection of specialized applications.

Designed for demanding engineering workflows, these technologies help professionals evaluate product performance, investigate complex physical systems and improve designs before manufacturing begins.

From automotive and aerospace engineering to electronics, construction, industrial machinery and product development, Altair provides powerful tools for simulation-driven innovation.

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ALTAIR SOFTWARE COLLECTION

The following application names are listed in the collection. Available applications and licensed features depend on the supplied package and license entitlements.

Altair Activate
Altair Twin Activate
Altair Compose
Altair HW FEKO
Altair EDEM
Altair EDEM Professional
Altair Embed
Altair Feko
Altair Flow Simulator
Altair Flux and FluxMotor
Altair HWDesktop + Solvers
Altair HWDesktop
Altair Mechanical Solvers
Altair Inspire
Altair Inspire Cast
Altair Inspire Extrude
Altair Inspire Form
Altair Inspire Mold
Altair Inspire PolyFoam
Altair Inspire Render
Altair Inspire Studio
Altair PollEx
Altair PSIM
Altair SimLab Additionals
Altair SimLab
Altair SimSolid
Altair CFD Solvers
Altair S-FRAME Software Suite

ADVANCED ENGINEERING SIMULATION AND STRUCTURAL ANALYSIS

Altair's computer-aided engineering technologies provide powerful tools for evaluating structural performance, mechanical behavior and engineering design.

HyperWorks technologies support finite element modelling, simulation preparation, engineering analysis and result visualization, helping engineers investigate stresses, deformation, vibration and material behavior.

Altair SimSolid provides structural analysis directly on complex CAD geometry without requiring conventional mesh preparation, allowing engineers to evaluate mechanical components and assemblies more efficiently.

The S-FRAME Software Suite offers additional structural engineering capabilities for analyzing buildings, frameworks and other load-bearing structures.

These applications support demanding projects across automotive, aerospace, manufacturing and civil engineering.

COMPUTATIONAL FLUID DYNAMICS AND THERMAL ENGINEERING

Altair's fluid simulation technologies help engineers analyze the movement of liquids and gases, temperature distribution and thermal performance.

Altair Flow Simulator provides a specialized environment for examining fluid and thermal networks, including complex systems involving pressure, flow and heat transfer.

Altair CFD technologies support simulation workflows involving aerodynamics, cooling systems, ventilation and industrial fluid processes.

By evaluating system behavior digitally, engineering teams can investigate performance and identify potential design improvements before building physical prototypes.

ELECTROMAGNETIC AND ELECTRICAL SYSTEM SIMULATION

Altair provides professional simulation tools for electromagnetic engineering, electric machines and electronic systems.

Altair Feko supports electromagnetic analysis for antennas, radio-frequency systems, wireless communications and electromagnetic compatibility applications.

Altair Flux and FluxMotor provide advanced tools for evaluating electric motors, generators and other electromagnetic devices.

Altair PSIM supports power electronics and motor drive simulation, while Altair PollEx provides specialized tools for printed circuit board analysis and electronic design workflows.

These applications are particularly useful in automotive electronics, telecommunications, renewable energy and industrial electrical engineering.

SYSTEM MODELLING AND DIGITAL TWIN TECHNOLOGY

Altair Activate provides an environment for modelling and simulating dynamic systems involving multiple engineering disciplines.

Altair Twin Activate extends these capabilities into digital twin development, helping engineers investigate the behavior of physical systems through mathematical and simulation-based models.

Altair Compose offers numerical computing, mathematical analysis, scripting and engineering calculations.

Altair Embed supports model-based development of embedded control systems, including control algorithm design and code generation.

Together, these technologies support complex engineering projects that combine mechanical components, electrical systems and software-controlled processes.

PARTICLE SIMULATION AND INDUSTRIAL MATERIAL HANDLING

Altair EDEM specializes in discrete element method (DEM) simulation, allowing engineers to study the movement and interaction of particles and bulk materials.

The software can be used to investigate conveying systems, industrial mixers, agricultural equipment, material handling machinery and manufacturing processes.

EDEM helps engineers understand particle behavior, equipment interactions and material flow under different operating conditions.

These capabilities are particularly relevant to mining, agriculture, pharmaceuticals, construction materials and industrial processing.

SIMULATION-DRIVEN DESIGN WITH ALTAIR INSPIRE

Altair Inspire combines three-dimensional design, structural simulation and optimization technologies to support the development of efficient engineering products.

Engineers can explore different design alternatives, evaluate structural behavior and investigate opportunities for reducing material usage while maintaining performance requirements.

Its simulation-driven approach helps introduce engineering considerations early in the product development process.

The Inspire family also includes specialized applications for manufacturing simulation.

Inspire Cast supports casting process analysis, while Inspire Extrude focuses on extrusion manufacturing.

Inspire Form provides tools for sheet metal forming, Inspire Mold supports injection moulding analysis, and Inspire PolyFoam enables simulation of polyurethane foam manufacturing processes.

These applications help manufacturers evaluate production methods and identify potential problems before physical manufacturing begins.

ALTAIR INSPIRE STUDIO – PROFESSIONAL INDUSTRIAL DESIGN

Altair Inspire Studio provides an advanced 3D modelling environment for industrial designers, product developers, architects and digital artists.

The software combines polygonal modelling, freeform surfaces, solid modelling and PolyNURBS technologies within a flexible design workspace.

Its construction history system allows designers to revisit earlier modelling operations, refine geometry and explore alternative design concepts without rebuilding entire projects.

This combination of modelling techniques supports everything from early product sketches to detailed three-dimensional designs.

PHOTOREALISTIC RENDERING AND PRODUCT VISUALIZATION

Altair Inspire Studio and Inspire Render provide visualization tools for creating realistic product presentations.

Designers can experiment with materials, surface finishes, lighting conditions and presentation environments to communicate their concepts.

Photorealistic rendering capabilities help transform digital models into detailed visual representations suitable for product reviews, marketing presentations and design evaluation.

These tools provide a connection between creative modelling and professional product visualization.

ALTAIR SIMLAB – INTEGRATED ENGINEERING ANALYSIS

Altair SimLab provides a simulation environment for preparing models, managing geometry and performing multidisciplinary engineering analyses.

Its automated tools help simplify repetitive simulation preparation tasks while supporting structural, thermal and other engineering workflows.

Engineers can work with complex CAD assemblies, prepare computational models and analyze results using compatible simulation technologies.

SimLab is especially useful for teams managing demanding simulation projects and repeated engineering studies.

PROFESSIONAL INDUSTRIES AND APPLICATIONS

Altair technologies support a wide range of professional engineering disciplines.

Automotive and aerospace engineers use simulation tools to analyze mechanical components, improve structural performance and investigate lightweight designs.

Manufacturing professionals can evaluate production processes, material behavior and equipment performance before physical production.

Electrical engineers use electromagnetic and electronic simulation to develop motors, power systems, antennas and electronic devices.

Industrial designers can combine advanced 3D modelling with simulation and realistic visualization to develop new products.

Researchers, civil engineers and technical specialists can also use Altair applications for structural calculations, numerical modelling and complex engineering investigations.

Your purchase will be available for download immediately after payment is received. Updates will always be accessible in your account.

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