Engineering software for electric motor design
Industry: Mining, water, petrochemical, energy
A comprehensive software solution for the electromagnetic simulation and design of asynchronous electric motors used in demanding industrial applications — turning complex motor engineering into a digital workflow.
Solution
The platform helps engineering professionals design and optimise motors for a wide range of applications, including both wet- and dry-winding configurations. Instead of relying on disconnected engineering calculations and manual documentation, the solution brings the design process into a single digital workflow. akwit developed the software solution that brings the motor simulation, design, documentation and data export workflows together into a single engineering platform — a project that demonstrates our ability to work on specialised engineering software where deep domain knowledge, complex calculations and practical industrial workflows have to come together in one reliable digital product.
From engineering calculation to manufacturing
The challenge goes beyond performing complex electromagnetic calculations. Engineering teams also need to turn their designs into information that can be reviewed, documented and used by downstream manufacturing processes — creating a bridge between engineering expertise, software-based simulation and industrial production. The solution is designed for a global industrial environment where motor designs may need to support very different operating conditions and industries — from mining and water infrastructure to petrochemical and energy applications. The result is a specialised engineering tool that makes complex technical processes more accessible, repeatable and connected to the rest of the organisation's workflow.
Key features
Technologies
Node
Angular
Docker
Fortran
Client:
Global industrial pump manufacturer (Germany)
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