2 of 2 Inversion of Control Jobs in the East of England

responsibilities for the UI as your familiarity grows. Colleagues are likewise C# developers, a small team working closely with mathematical software engineers. They in turn develop the simulation side of the software suite, which is also C#. You will have: Extensive commercial-grade software development experience in C# with .NET (whether .NET 6-9, Framework or Core). Held … or Qt, etc.), or equivalent UI development experience with web component UI such as React, Angular or similar will be considered. You'll likely be familiar with DI/IoC, MVC/MVP/MVVM, and similar patterns for separation of concerns and reduced dependencies. Developed applications which allow a skilled user to interact with and manipulate complex technical … and close-knit company which can offer a long term career opportunity. A competitive salary and hybrid working arrangements are available to the right candidate. Situated within cycling distance of north Cambridge, the company's offices also offer plenty of parking on site. Please note: even if you don't have exactly the background indicated, do contact us More ❯

valued for their unique perspectives. We are all accountable for sustaining a diverse and inclusive environment. What You Will Contribute To Altos The Altos Labs Institute of Computation (IoC) is seeking an independent and highly motivated Computational Biology Scientist to build, maintain, and support our hybrid AI initiative to model cellular processes. The position will work in a multi … deployment, and maintenance. The ideal candidate will be a good communicator and have a growth mindset with an enthusiasm for scientific discovery and strong interest in applying a combination of AI methods and mathematical models toward understanding mechanistic aspects of cellular processes with all experimental labs at Altos Labs. The ideal candidate is particularly interested in multi-scale … systems) biochemistry and molecular biology of reprogramming, a dynamic field that seeks to understand complex biological systems by integrating data about biochemical components and help design interventions that direct cellular states along desired trajectories. This includes working with quantitative "big data" and building predictive models to develop novel theories. Our ultimate goal is to contribute to improving human lives More ❯