Our extensive experience across engineering domains, modeling approaches, tools, and advanced analysis methods enables us to deliver high quality technical solutions to challenging, multi-disciplinary problems.  By leveraging fundamental domain expertise, practical modeling experience, and a structured, requirements-driven modeling process, Emmeskay offers the perfect combination of skills to deliver high-value plant modeling solutions to customers in the mobility, defense, energy, medical, and environmental industries.

Emmeskay has expertise in developing customized, dynamic models to support component design and MBSD activities, such as trade-off analysis, control algorithm design, and closed-loop embedded software testing for real-time platforms. Using a structured model development process based on requirements, specifications, and validation data, high quality models can be developed which capture the behavior of the physical system. Customers benefit by having a re-usable platform from Emmeskay that captures the knowledge of the system.

Emmeskay works closely with customers to provide plant modeling solutions in a wide variety of tools. Emmeskay has vast experience in delivering models using the MathWorks® suite of tools including Simulink®, SimScape®, SimMechanics®, SimDriveline®, and SimHydraulics®.  Emmeskay is one of the leading providers of plant models using the Modelica® modeling language and has deployed solutions using Dymola® and other commercial libraries including the PowerTrain library, AirConditioning Library, HyLib, and PneuLib. Emmeskay also has expertise in modeling with AMESim®, VHDL-AMS®, ASCET-SD®, and GT-POWER®.  Beyond the behavioral models, Emmeskay offers customer-specific services to support model calibration and validation, controller code integration, model process development, and advanced analysis methods such as system optimization, robustness analysis, and dynamic programming.