Generative AI For Industry: Operational Excellence In The Age Of Language Models

  • Webinar
  • Operational Excellence

Generative AI For Industry: Operational Excellence In The Age Of Language Models

This webinar will delve into the transformative potential of large language models and other cutting-edge generative AI technologies, specifically tailored to address the needs of leading decision-makers in asset-intensive sectors. In this session, Verdantix analysts will provide an accessible exploration of complex concepts such as vision transformers, generative adversarial neural networks, and retrieval-augmented generation. By connecting these technologies, we will unveil their potential to redefine current best practices in operational excellence, simplify intricate industrial data management, and propel efficiency and resilience to unparalleled levels.

Enhanced by a comprehensive analysis of the latest academic research, commercial innovations, and trends within the vibrant open-source AI community, this webinar stands as an essential guide, arming you with the insights and tools to master and leverage the thrilling new era of artificial intelligence.

On this webinar

Joe Lamming

Industry Analyst

Joe is an Industry Analyst in the Verdantix Operational Excellence practice. His current research agenda covers AI-assisted industrial optimisation and automation, worker augmentation and process visualisation. Prior to joining Verdantix, Joe worked in the consumer electronics industry where he gained experience in overseas manufacturing, product design and data science. Joe holds a MEng in Mechanical Engineering and Sustainable Energy Systems from the University of Southampton.

Henry Kirkman

Analyst

Henry is an Analyst in the Verdantix Operational Excellence practice. His current research agenda focusses on connected worker solutions and technologies for industrial asset maintenance. Prior to joining Verdantix, Henry was completing his Masters degree in Civil Engineering from the University of Exeter. Here, he designed an innovative internal structure for a unmanned aerial vehicle used for offshore wind turbine inspections.