Transportation & Mobility

Optimizing vehicle ergonomics is a key challenge for automotive OEMs as they aim to design comfortable, safe, and accessible vehicles for diverse global markets. RAMSIS, a sophisticated simulation software, helps address this by providing virtual human models to simulate and analyze various body types, postures, and interactions with vehicle interiors. It enables OEMs to optimize seat designs, control placements, and overall comfort, while ensuring compliance with safety standards

Demographic-driven ergonomics is a crucial consideration for global automotive OEMs entering the Indian market, where diverse body types, cultural preferences, and regional variations shape customer expectations. RAMSIS, an advanced simulation software, allows global OEMs to tailor vehicle designs to suit the specific ergonomic needs of Indian consumers

Night-driving poses unique challenges for vehicle safety and driver comfort, with headlamp performance being a critical factor. For Automotive OEMs, ensuring optimal headlamp design for various driving conditions, especially at night, is essential to improve visibility and reduce glare

For Automotive OEMs, optimizing supply chains and conducting effective market analysis are crucial for maintaining efficiency and staying competitive. ArcGIS, a powerful geographic information system (GIS) platform, plays a key role in transforming these areas by enabling data-driven decision-making.

For automotive suppliers, efficient logistics and aftermarket distribution are critical to ensuring timely deliveries and maintaining customer satisfaction. ArcGIS, a powerful geographic information system (GIS) platform, helps suppliers optimize these processes by providing advanced tools for mapping, analyzing, and managing distribution networks

Automotive suppliers face the challenges of shorter product life cycles and increased customization demands, requiring faster time-to-market, complex data management, and seamless coordination across teams. ENOVIA, a powerful product lifecycle management (PLM) solution, addresses these challenges by streamlining design, manufacturing, and collaboration processes.

Automotive suppliers face challenges with long design iteration times and the complexity of product designs, making it difficult to meet performance and safety standards while maintaining cost efficiency.

Automotive suppliers face the challenge of maintaining high-quality standards while meeting tight production deadlines and increasing customer demands. Total Quality Management helps address these challenges by focusing on continuous improvement, process optimization, and defect reduction.

Designing the electrical system of an electric vehicle (EV) involves integrating complex components like the battery management system, power electronics, inverters, motors, and charging systems, all while ensuring optimal energy efficiency, performance, and safety. This process also requires managing thermal concerns, energy distribution, and fault tolerance.

In the fast-paced electric vehicle (EV) industry, accelerating the design process while ensuring efficiency and collaboration is critical. ENOVIA, an integrated product lifecycle management (PLM) solution, addresses these challenges by connecting all stages of the EV development process, from concept to production.

In the electric vehicle (EV) industry, achieving high performance, energy efficiency, and safety requires intricate simulations of various vehicle systems, including the powertrain, battery management, aerodynamics, and thermal dynamics. Traditional testing methods can be costly, time-consuming, and limited in scope. SIMULIA, Dassault Systèmes' advanced simulation solution, transforms EV mobility by enabling highly detailed and accurate simulations of the entire vehicle lifecycle. From optimizing battery performance to simulating crash safety and energy efficiency, SIMULIA helps manufacturers accelerate innovation, reduce physical testing, and enhance the performance and sustainability of electric vehicles. By leveraging SIMULIA’s capabilities, EV makers can test a range of scenarios in a virtual environment, ensuring better designs, faster time-to-market, and improved overall vehicle performance.

In the electric vehicle (EV) industry, developing high-performance, reliable, and energy-efficient systems requires rigorous testing and optimization, especially for complex components like powertrains, battery management systems (BMS), and electronic control units (ECUs).

Simpack's derailment analysis empowers railway engineers to understand, assess, and mitigate derailment risks effectively

Critical speed calculation ensures the stability and safety of rotating train systems, preventing resonance damage and optimizing performance

Enhance passenger satisfaction and operational efficiency in modern railways by simulating and optimizing real-world conditions, focusing on vibrations, accelerations, noise, and other comfort factors.

Enhancing pantograph performance ensures reliable power transmission, minimizes wear, and contributes to the longevity and efficiency of train electrification systems.

Utilize simulation-driven maintenance to predict wear and RCF, optimize asset management, and enhance rail system reliability, safety, and cost efficiency

Optimizes rail vehicle design for improved energy efficiency, increased payload capacity, enhanced performance, and reduced track wear, ensuring safety and comfort while promoting sustainability and cost-effectiveness.