Centered on technologies and materials enhancing vehicle comfort as well as enhancing occupant safety (e.g. airbags)
A vehicle’s interior is a combination of style, comfort, safety, and usability. The types and quality of material, the functionality, and the aesthetic all play a part in the desirability and consumer satisfaction of the vehicle.
Furthermore, emission compliance is driving the use of lighter materials to reduce mass, and a focus on sustainability is driving the use of more natural materials.
The IHS Markit Interior Comfort and Passive Safety Service provides insight, context, data, and analytics for the key systems that make up a vehicle’s interior and for how materials and functionality are changing to meet consumer demand and emission compliance.
Users can quickly access key insights from market developments, put context around events and technological trends, dive into deep data and forecasts, and seamlessly drive analytics to support their most challenging decisions.
Planners and strategists use the service to:
The Interior Comfort & Passive Safety Service is part of a suite of vehicle contenting services. Delivered through AutoTechInsight, an IHS Markit automotive strategy and planning solution, the service provides a view into current automotive trends and future demand through:
David Trippany is Associate Director, Automotive Supply Chain and Technology at IHS Markit. In this role, he is responsible for managing a growing team of analysts contributing to component forecasts across a wide range of automotive domains. Additionally, David has global accountability for research and product development efforts for all topics related to automotive UI/UX and HMI (Human Machine Interface).
David has more than 14 years of User-Focused product development experience, primarily in advanced research, User Interface/Experience and product innovation roles. Prior to joining IHS Markit, he held product research positions at Steelcase, Faurecia Automotive Seating and Fiat Chrysler Automobiles. He has a Bachelor’s degree in Biology and Pre-Medicine from the University of Findlay (Ohio) and a Master’s degree in Human Factors Engineering from The Ohio State University.
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