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UID:88dd2d09410a5b190c2d5e5f02a77cc5
CATEGORIES:Public Events - Lectures
CREATED:20231216T205801
SUMMARY:Machine learning for optimisation of flavours and fragrances
LOCATION:Zoom
DESCRIPTION:<div style="text-align: center;"><div style="text-align: center;"><i></i></
 div><!-- Noscript content for added SEO --><noscript><a href="https://www.e
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 <br /><i></i></div><h3 style="text-align: left;"><i>Machine learning for op
 timisation of flavours and fragrances</i></h3><p style="text-align: left;">
 <i></i>The design space that flavourists need to explore in optimising thei
 r chemicals, blends, and formulations can be vast. The complexity comes fro
 m a variety of sources: the huge range of potential ingredients and process
 ing options; the need to scale-up processes; and from dozens of commercial,
  regulatory, and consumer constraints. The result can be a daunting amount 
 of time-consuming experimentation. Using existing data from prior experimen
 ts and the literature can help. And many researchers are now turning to mac
 hine learning technologies, seeking to gain insights from this data that ca
 n provide an edge. But this brings its own challenges.  The available data,
  collated from multiple sources, can often be sparse. It can also be noisy,
  particularly where biological processes or human sensory perceptions are i
 n play, making exact control and reproducibility of experimental conditions
  difficult. And machine learning methodologies are typically very difficult
  to apply with sparse, noisy data. </p><p style="text-align: left;">In this
  webinar, we'll explore the potential of machine learning for flavourists. 
 We'll discuss these challenges, and how they can be overcome. We'll introdu
 ce one machine learning method, Alchemite™, that is able to build machine l
 earning models from sparse, noisy, experimental data. We'll show, with case
  studies, how this can be applied to guide experimental programmes, with ty
 pical reductions of 50-80% in time and cost, and to identify ingredient and
  process changes that lead to improved products. We'll discuss how machine 
 learning increases the agility of R&amp;D teams, enabling a faster response
  when design parameters change, for example, due to supply chain issues or 
 regulations.  The webinar will include a live demonstration of the Alchemit
 e™ software and Q&amp;A.<br /><br /></p><h3 style="text-align: left;"><i>Sp
 eakers: </i></h3><p style="text-align: left;">Dr Tom Whitehead</p><p style=
 "text-align: left;">Tom is Head of Machine Learning at Intellegens. He has 
 a PhD in theoretical physics from the University of Cambridge, and is now l
 eading the Science Team that supports Intellegens customers in applying nov
 el machine learning approaches to a wide variety of industrial applications
 . Through engagement in dozens of research projects, he has developed exten
 sive experience in the practical application of machine learning to design 
 experimental programmes, new materials and chemicals, formulated products, 
 and manufacturing processes. Tom also leads the development of leading-edge
  machine learning and data analysis tools now used across multiple industri
 al R&amp;D organisations.</p><p style="text-align: left;">William Silkstone
 </p><p style="text-align: left;">Will is a sales &amp; business development
  manager at Intellegens. He is supporting the adoption of Alchemite machine
  learning, with a particular focus on applying his experience in the food, 
 flavour, and fragrance industries. He works closely with research teams to 
 understand their specific requirements ensuring they gain maximum value fro
 m the technology.<br /><br /></p><h3 style="text-align: left;"><i>About Int
 ellegens</i></h3><p style="text-align: left;"><a href="https://intellegens.
 com/">Intellegens</a> aims to be the leading machine learning solution for 
 real-world, sparse and noisy data problems in industrial R&amp;D and manufa
 cturing processes. Its focus is on making it easy to apply machine learning
  to accelerate innovation. The Alchemite™ method originated at the Universi
 ty of Cambridge and development is on-going at Intellegens, in close collab
 oration with our growing community of Alchemite™ customer organisations. Th
 ese represent sectors including alloys, additive manufacturing, aerospace, 
 batteries, ceramics, chemical processes, composites, consumer products, cos
 metics, drug discovery, energy, food and beverage, formulated products, pai
 nts, plastics, and printing technology.</p></div>
CONTACT:This email address is being protected from spambots. You need JavaScript enabled to view it.
DTSTAMP:20260820T034320
DTSTART;TZID=Europe/London:20240125T190000
DTEND;TZID=Europe/London:20240125T210000
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