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Transforming Sustainability Through Altair HyperWorks Solutions

Sustainable Design Solutions

Altair HyperWorks offers a range of sustainable design solutions to meet the evolving demands for safer, more efficient, and innovative products and processes. Through the application of simulation, machine learning, and optimization throughout product lifecycles, Altair aims to transform design and decision-making. This approach enables customers to reduce the environmental impact of goods and services across various industries.

Circular Product Lifecycle Management

Altair HyperWorks promotes circular product lifecycle management by encouraging the use of products at their highest value for as long as possible while minimizing waste generation. This approach emphasizes sustainable practices and reduces the overall environmental footprint of products and processes.

Shared Infrastructure for Sustainable Design

Altair HyperWorks provides cloud-based applications that offer shared infrastructure to multiple organizations. By efficiently scaling and sharing infrastructure, Altair eliminates the need for countless independent compute server installations. This shared infrastructure approach not only enhances efficiency but also provides access to a variety of applications that promote sustainable design practices.

Lightweight Design Optimization

Altair HyperWorks enables organizations to optimize structural designs, leading to lightweight solutions that maximize performance while minimizing material usage. Through simulation-driven innovation, Altair empowers organizations to develop products, processes, and experiences rapidly in a virtual environment. This approach significantly reduces the carbon footprint and waste stream impact associated with physical prototypes.

Operational Efficiency with High-Performance Computing

Altair HyperWorks optimizes operational efficiency by providing high-performance computing (HPC) workload management. This optimizes energy usage and run time, while also supporting additive manufacturing and advanced manufacturing techniques. By leveraging simulation methodologies, organizations can create innovative designs at a lower cost and with a reduced environmental impact.

Material Efficiency through Advanced Solutions

Altair HyperWorks offers engineered plastics and laminate composites that provide design freedom to meet lightweighting and cost requirements for complex parts. By tailoring materials to individual product requirements through holistic simulation, Altair empowers organizations to produce innovative parts quickly and reliably. Additionally, Altair provides a robust simulation toolchain to support additive manufacturing as a viable production solution.

Driving Sustainability in Automotive Industry

Altair HyperWorks showcases its commitment to sustainability within the automotive industry through initiatives like the Altair Enlighten Award. This award recognizes advancements in vehicle lightweighting and sustainability efforts that aim to reduce carbon footprint, mitigate resource consumption, and promote material reuse and recycling. By driving innovation in sustainability and lightweighting technology, Altair plays a significant role in shaping the future of sustainable mobility.

Altair's Holistic Approach to Sustainability

Altair not only provides cutting-edge software technology and consulting services for sustainable design but also upholds environmental responsibility across its operations. By adhering to local environmental regulations, maintaining environmentally sound operations, and promoting environmental best practices in its supply chain, Altair demonstrates a holistic approach to sustainability that goes beyond product offerings.

Accelerating E-Mobility with Simulation Technology

Altair HyperWorks accelerates the adoption of electric mobility through comprehensive simulation technology solutions. By assisting OEMs, suppliers, and emerging vehicle manufacturers in developing electric vehicles and optimizing production processes, Altair enables the mainstream realization of e-mobility goals. Through sustainable design processes and scalable manufacturing operations, Altair supports the transition to electric vehicles while driving innovation in the automotive industry.

Leading the Future of Materials Innovation

Altair empowers materials designers and developers to accelerate product development and innovate in the cloud. By enabling leading materials manufacturers to create new materials and improve existing ones, Altair supports advancements in materials innovation that enable new possibilities in various industries. This commitment to fostering materials innovation underscores Altair's role in driving technological progress and sustainability.

Pioneering Sustainable Transportation with Hyperloop Technology

Altair HyperWorks collaborates with Hyperloop Transportation Technologies to pioneer sustainable transportation solutions. Through lean collaboration, open innovation, and integrated partnerships, HyperloopTT is developing a high-speed transportation system that moves people and goods safely, efficiently, and sustainably. Altair's support for this innovative approach to transportation highlights its commitment to mobilizing humanity in a new, environmentally friendly way.

Optimizing Talent Acquisition with Altair's Staffing Services

Intelligent Staffing Solutions Tailored for Your Needs

Altair HyperWorks Staffing Services offer a comprehensive approach to talent acquisition, focusing on delivering the best candidates for contract or direct hire roles. Leveraging a vast talent pool curated by internal engineers and data scientists, Altair ensures that you receive top-notch professionals seamlessly integrated into your team. With expertise in design, engineering, data analytics, high-performance computing (HPC), and the Internet of Things (IoT), Altair excels at identifying and placing exceptional talent to meet your staffing requirements.

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Revolutionizing Engineering with Altair HyperWorks Platform

Altair HyperWorks Platform Overview

Altair HyperWorks is a cutting-edge design and simulation platform that provides a comprehensive suite of Computer-Aided Engineering (CAE) applications. These applications cover a wide range of areas including Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), electronic system design, and more. The platform is designed to empower every user, from engineers to designers, with the tools they need to innovate and optimize their products.

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Revolutionizing Design and Simulation with Altair HyperWorks 2023

Enhancing User Experience

Altair HyperWorks 2023 introduces a new era of computational science, high-performance computing (HPC), and artificial intelligence (AI) to drive productivity and innovation. The platform offers a brand new user experience across the platform with an AI-augmented interface designed for intuitive use and streamlined workflows. Users can now enjoy a more user-centric design that enhances usability and efficiency.

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Altair HyperWorks: Revolutionizing Manufacturing with Smart Solutions

Smart Manufacturing Transformation

Altair HyperWorks offers cutting-edge software and cloud-based solutions that seamlessly integrate Industry 4.0 technologies, such as the Industrial Internet of Things (IIoT), to empower smart manufacturing processes. By leveraging these technologies, Altair facilitates the transition towards fully connected, automated, and efficient manufacturing operations. The platform addresses critical challenges in modern manufacturing, such as managing real-time data streams, enhancing production flexibility, and reducing downtime.

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Altair HyperWorks: Revolutionizing Manufacturing with Simulation Solutions

Simulation Design for Manufacturing

Altair's suite of simulation tools offers a comprehensive solution to evaluate product feasibility, optimize the manufacturing process, and conduct virtual try-outs for various manufacturing methods. Users can leverage this software to validate designs early in the manufacturing process, utilizing advanced optimization technology tailored for manufacturing constraints to create more efficient products.

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