Analog Devices, a global leader in semiconductor manufacturing, has announced the appointment of Rashmi Misra as its Chief AI Officer. In her new role, Misra will leverage her extensive experience in developing AI ecosystems to drive innovation and productivity within the company.
Unlocking Innovation with AI
Misra expressed her excitement about joining Analog Devices, stating, “I am delighted to have joined Analog Devices as Chief AI Officer. In this new role, I’ll be bringing my experience in developing AI ecosystems to the company as we further invest in AI to unlock more innovation, increase productivity in engineering and manufacturing, and develop products, platforms, and solutions for the #IntelligentEdge.”
A Wealth of Experience
Prior to joining Analog Devices, Misra held key positions at Microsoft, where she served as the GM of AI, Data, and Emerging Technologies. With over 6 years of experience at Microsoft, she played a pivotal role in driving partnerships and advancing AI initiatives across various domains including Mixed Reality, AR, VR, Silicon, Web 3.0, Autonomous Systems, Autonomous Transportation, and the Metaverse.
Before her tenure at Microsoft, Misra held leadership positions at Hewlett Packard Enterprise, where she spearheaded AI solutions and business development efforts. With a career spanning over two decades, Misra brings a wealth of experience in AI, machine learning, and business development to her new role at Analog Devices.
Educational Background
Misra holds a PhD in Artificial Intelligence from the University of Exeter, where her research focused on higher-order probabilistic reasoning. She also holds an MBA from the University of Warwick and a BSc Hons in Computer Science from Durham University.
Looking Ahead
Misra expressed her enthusiasm about working with the team at Analog Devices, stating, “I am looking forward to working with this amazing team!” Her appointment signifies Analog Devices’ commitment to driving innovation and harnessing the power of AI to deliver cutting-edge solutions in semiconductor manufacturing and beyond.
