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Meet Gamma Technologies at the Future Propulsion Conference (FPC) 2025!

As the transportation industry evolves, the future of propulsion is being shaped by innovations in efficiency, emissions reduction, and sustainable powertrain solutions. Gamma Technologies is excited to join the conversation at FPC2025, taking place on March 12-13 at the National Motorcycle Museum in Solihull, UK.

Meet our GT experts, Alex Bean and Hanna Sara, to discuss how GT-SUITE enables cutting-edge propulsion system development through advanced systems simulation. Whether tackling efficiency, emissions reduction, or next-generation powertrain solutions, our systems simulation software supports engineers in designing, optimizing, and validating propulsion systems for the future.

Find out more about the event: FPC 2025

Pre-schedule your 1:1 meeting with the GT Team today by filling out the form below!

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 Alex Bean, Senior Account Executive

Hanna Sara, Simulation Solutions Consultant 

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Solutions with which GT can help you

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Electric Powertrain Solutions 

The increasing demand for next-generation mobility makes electric powertrain development increasingly important. GT-SUITE offers a comprehensive workflow for developing electric powertrains for your application, providing not only accuracy but also quick turnaround times. We enable the parallel development of an e-motor, battery pack, and inverters, as well as their integration and optimization to evaluate the overall system performance.
 

H2 Mobility

Hydrogen is a promising clean technology poised to play a vital role in the future of sustainable mobility engineering. GT-SUITE enables virtual simulation for the essential infrastructure, storage, and propulsion solutions that this emerging H₂ market demands, including:

  • Fuel Cell
  • Hydrogen Combustion
  • Hydrogen formation
  • Fueling and de-fueling scenarios
  • Hot and cold spots
  • Ice formation
  • Purging strategies
  • Leakage sensitives and NVH analysis

AI-Driven Insights & Data-Driven Design

GT-SUITE leverages AI-driven insights and data-driven design tools to streamline model reduction, enable automated fault detection, and optimize system performance. With built-in Design of Experiments (DoE) and parametric simulations, it facilitates design exploration, identifies optimal configurations, and ensures robustness through worst-case scenario analysis, deployable on hardware or in the cloud.

More GT resources

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Watch Video

Hydrogen Mobility Systems using GT-SUITE

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Watch Presentation

Hydrogen Recirculation System Optimization for PEMFC

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Read Case Study

Hydrogen Retrofit of a High-Performance Internal Combustion Engine

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Watch Webinar

Machine Learning for Multi-Physics Automotive Simulation