PITTSBURGH, Sept. 9, 2019 -- Engineering simulation leader, ANSYS (NASDAQ: ANSS) and design and manufacturing software provider Autodesk, Inc. today announced a collaboration to help automotive companies combine visual design review and regulatory compliance validation in a connected workflow. The alliance will connect Autodesk’s automotive 3D visualization and virtual prototyping software with ANSYS’ physics-based lighting simulation solutions, enabling automakers to complement hyper-realistic visualizations of vehicle interiors and exteriors with highly accurate lighting simulation.
Automotive companies around the world are facing unprecedented challenges as they develop next-generation vehicles. Automakers are tackling customer demand for more personalized solutions; grappling with disruptive technologies and new manufacturing methods; and must keep pace with a fast-changing regulatory environment — all of which requires the industry to innovate more rapidly and cost-effectively and with less environmental impact. As automakers adapt their design and manufacturing processes to keep pace, ecosystem partners must seamlessly connect to support related business solutions.
The ANSYS-Autodesk workflow uses ANSYS lighting simulation together with Autodesk VRED to bring physically accurate interior and exterior lighting simulation to the design studio, empowering designers to preserve original design intent while enhancing design, visualization and simulation workflows.
“We are excited to collaborate with Autodesk to bring automakers our gold-standard lighting simulation,” said Eric Bantegnie, vice president and general manager, systems business unit at ANSYS. “This collaboration represents a win-win scenario for both companies — but more importantly, for our joint customers who are looking to rapidly take advantage of industry megatrends like next-generation autonomous driving and electrification.”
“VRED is the leading-edge, industry-standard 3D visualization and digital decision-making tool in the automotive design studio,” said Thomas Heermann, senior director for automotive products at Autodesk. “With the ANSYS collaboration, we can offer an integrated workflow — merging physics-based simulated optical ray files with complex and dynamic lighting scenarios directly into VRED. The collaboration allows designers to make decisions digitally and earlier in the design process, enabling greater agility as new products are developed.”
Automotive companies around the world are facing unprecedented challenges as they develop next-generation vehicles. Automakers are tackling customer demand for more personalized solutions; grappling with disruptive technologies and new manufacturing methods; and must keep pace with a fast-changing regulatory environment — all of which requires the industry to innovate more rapidly and cost-effectively and with less environmental impact. As automakers adapt their design and manufacturing processes to keep pace, ecosystem partners must seamlessly connect to support related business solutions.
The ANSYS-Autodesk workflow uses ANSYS lighting simulation together with Autodesk VRED to bring physically accurate interior and exterior lighting simulation to the design studio, empowering designers to preserve original design intent while enhancing design, visualization and simulation workflows.
“We are excited to collaborate with Autodesk to bring automakers our gold-standard lighting simulation,” said Eric Bantegnie, vice president and general manager, systems business unit at ANSYS. “This collaboration represents a win-win scenario for both companies — but more importantly, for our joint customers who are looking to rapidly take advantage of industry megatrends like next-generation autonomous driving and electrification.”
“VRED is the leading-edge, industry-standard 3D visualization and digital decision-making tool in the automotive design studio,” said Thomas Heermann, senior director for automotive products at Autodesk. “With the ANSYS collaboration, we can offer an integrated workflow — merging physics-based simulated optical ray files with complex and dynamic lighting scenarios directly into VRED. The collaboration allows designers to make decisions digitally and earlier in the design process, enabling greater agility as new products are developed.”