b'EXCELLENCE IN MODEL-BASEDENGINEERING AWARDThis award recognises projects, at any stage of development, where modelling and simulation have been used in the design, implementation and test of products, especially innovative embedded systems.BAE Systems MaritimeSubmarinesRe-designing a test component; the ice pigging of a submarineThe design process was driven by literature and discussion with the ice pigging developer Suez to ensure the design can withstand ice slurry flow without blockage. The design was then verified by model-based engineering for assurance that the restriction had been alleviated. In collaboration with BAE Aerospace, MATLAB and Simulink simulations were carried out to predict the experimental and in-situ water-based flushing responses of the original and redesigned probes.BTMobius - Simulation of Malware for Connected and Autonomous VehiclesMobius began in January 2020 as a combination of traffic simulation and web-based geospatial analytics. It was developed with the aim of enabling anomaly detection in a population of mixed manual, semi-autonomous and autonomous vehicles. The aim is to assist in identifying vehicles that may have become compromised as well as supporting planning and decision-making processes and enables complex modelling of cyber physical traffic incidents using urban traffic data and vehicle information.Emblation FEA Advanced FEA Computational Modelling: Identifying the Interaction between Microwave Energyand the Human AnatomyThe innovation relates to the development of a standardised non-ablative (finite element analysis) FEA model used for treating surface-based conditions using Emblation devices. With this model, Emblation is able to select the lesion and surrounding tissue types, the precise tissue characteristics and then optimise the treatment protocol (power, time, etc) to produce accurate thermal responses.Nanyang Technological University, Western Sydney UniversityThe emergence of AI as an alternative to the traditional modelling of wind farmsNew analytical wake models are derived from the soft computing technique, called Genetic Programming (GP) to predict wake velocities and turbulence intensity. The design of the wind farms appropriate layout is essential for minimizing cost and maximizing the wind farm power generation. This needs a precise wake velocity model to simulate the wake effect of the wind farm within a limited time duration. Ocado TechnologyDASH Simulations - Where Physical and Digital Worlds Collide: From Simulated Robot Control System To True Digital TwinDASH (Distributed Automated Storage Handling) used hundreds of AI algorithms and millions of lines of software, developed in-house using Java, to orchestrate this bot swarm, deciding bot travel routes and optimising storage bin access. We generated simulations from a database of specifications so as our warehouses evolve, we simply update the specifications and regenerate the simulation on demand. We automated simulation result analysis making it possible for even non simulation experts to derive valuable insight.eandt.theiet.org/innovation#eandtawards 27'