Panel Discussion
Monday, December 08
05:50 PM - 06:15 PM
Live in Dearborn, Michigan
Less Details
I lead and plan usability research through a variety of methodologies such as clinics, focus groups, surveys and more. I specialize in ADAS and CORE UX research but have a background doing customer experience, usability, and ergonomics research as well. I’ve worked in everything from the medical device industry to consulting across the globe before landing in the automotive field.
The Pop in Your Job:
I’m passionate about making things easy to use and getting people to use them as they are intended! My goal is to make our vehicles easy to use while being safe and fun to drive. I also love to dessert and following a recipe to get the intended results…a delicious treat!!
Sana Jafri is a technology enthusiast with experience in ideating, designing, and developing innovative and challenging user experience projects. Sana is the Lead UX Architect at Mitsubishi Electric, working on projects that focus on enhancing the in-cabin user experience of next-gen ICE, Battery Electric and Autonomous Vehicles. She has a Master’s Degree in Human-Computer Interaction from the University of Michigan, Ann Arbor.
Pallavi Gautam is an Advanced Mobility Experience Designer at General Motors and alumni from ArtCenter College of Design, where she studied Transportation systems and design graduate program. Her more than 10 years of design experience encompasses UX design, Industrial design and CMF design, spread across India and USA. She works majorly on the future of autonomy and mobility, understanding human systems, human relationship with technology, and envisioning a future with deeper connection and meaning.
Rohitaswa is a seasoned professional with over two decades of experience in the semiconductor industry, including 12+ years specializing in Automotive Functional Safety (FuSa). His expertise spans semiconductor circuits, covering product architecture, design, strategy, and management for SoCs and MSICs. He is also expanding his knowledge in Industrial Functional Safety, deepening his understanding of safety-critical applications across broader domains.