Microchips are the brains behind almost everything we use in our increasingly electronic world. As they become more essential to our lives, we rely on chip makers to respond to fluctuations in demand and keep pace with advances in chip design.
However, a major barrier to progress is the sheer complexity of chip production. A typical process can entail hundreds of steps, generating more manufacturing options than there are atoms in the universe. This hinders agility, stalls progress, and prevents fabs from fulfilling their potential.
So, what if there was a smarter way to run fabs? A radically new solution for innovative chip makers to conquer complexity and drive progress.
Our Autonomous Technology enhances decision making by doing the heavy lifting for you. It analyses and automatically selects the best manufacturing option from trillions of possibilities – making it easier and faster to meet your fab’s full potential.
Flexciton simplifies and streamlines chip making today to unlock tomorrow, opening up opportunities to drive progress efficiently, profitably, and sustainably.
Flexciton’s co-founders spent years in the industry, seeing first hand the problems that manufacturers face when planning and scheduling production. Companies recorded vast amounts of data about their operations, but they struggled to learn anything meaningful from it.
Through their combined technical experience in optimization, data science and computer programming, Jamie and Dennis started to uncover how insights could be learnt from this industrial data to drive significant efficiency improvements.
Serving as CEO, Jamie drives the company's vision of enabling autonomous factories. He led the commercialisation of Flexciton's cutting-edge technology within the industry and expanded its global customer base across the US, Europe, and Asia. Under his leadership, the product suite grew to a comprehensive Autonomous Technology offering and the company secured over £22.5 million in private and government funding.
Jamie is a founding member of the SEMI Smart Manufacturing Committee for Europe and has represented the UK deep tech sector in the UK government. An Oxford graduate (top of his year in Mathematics & Statistics), he was named to the Forbes 30 Under 30 list in 2018.
We are people from all walks of life with one unified belief: that our product can change manufacturing forever.
In this white paper, industrial engineers, production controllers, Fab managers, and all those involved in scheduling will learn some of the key benefits of Autonomous Scheduling Technology.
This technical publication from ASMC 2023 focuses on the practical aspects of deploying a novel solution in a critical production environment.
The first published case study of a successful fab-wide scheduling deployment in a large-scale semiconductor wafer fab.