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The most important piece of the scientific landscape is the scientist. As organizations look to build and execute a digital transformation strategy, a major focus is on how to improve the scientific experience. To maximize the output of the lab, scientists need to be free to do science, but the reality is they are often held back by inefficient processes and disconnected workflows. The lab of the future should therefore leverage digital and automation technology to optimize the scientific experience.
The first step in laboratory transformation is to connect all aspects of the laboratory. From devices and consumables to workflows and data, the main goal is to accelerate science and drive laboratory productivity. Smart instruments and consumables are enabling laboratories to improve instrument and consumable usage, reducing downtime, and optimizing the use of laboratory supplies and capacity. Data analytics solutions are connecting workflows and data across different methods and instruments to enable scientists to derive insight from their data and make informed business decisions.
In this webinar, Dr. Cheryl Moody Bartel, Director of Product Management at Thermo Fisher Scientific, will look at driving digital transformation through a human lens. Focusing on technological advancements, innovative solutions, and industry trends, she will highlight how Thermo Fisher Scientific is enabling an orchestrated laboratory, connecting the people to the technology, and driving industry evolution.
Key learning objectives:
Dr. Cheryl Moody Bartel joined Thermo Fisher Scientific in 2006. Since 2019, she has held the role of Senior Director of Product Management for the Digital Science division, where she works in a scaled environment with the latest technologies and employs best practices to create software solutions that can be deployed into academic, industrial and regulated environments across market verticals.
In her previous role, Cheryl led Research & Development Operations, as part of Thermo Fisher Scientific’s Chief Scientific Office, fostering the ecosystem and community for the organization’s 5,000+ scientists and engineers. Cheryl holds an M.S. in radiochemistry from Washington State University and a Ph.D. in analytical chemistry from Oregon State University. She completed a postdoctoral fellowship at the University of Toronto, under the direction of Professor Scott Mabury.