Training

In the past, members of 4MULTIPHYSICS have organized Summer Schools focused on the mechanical design and numerical simulation of electric motors. These initiatives demonstrated our ability to deliver practice-oriented training and to effectively transfer advanced engineering know-how to students, supporting the development of future engineering professionals.

Today, we offer three in-depth training curricula designed to rapidly upskill engineers working in electrical machine design. Our courses combine solid theoretical foundations with practical applications, addressing real-world industrial challenges.

Whether your goal is to strengthen specific technical competencies within your teams or to develop in-house experts in electric motor design and simulation, we invite you to contact us to define a tailored training courses aligned with your objectives.

Mechanical engineering training
Structured in 4 modules

Materials: moduli, engineering stress-strain curve, true stress-strain curve.
Machine elements: shafts, bolts, bearings, gears, keys and keyways, springs and preload washers, splines, pins, welded connections.
Engineering mechanics: fundamental terms, mechanical static loading (axial centric loading, shear force, bending/beam deflection, torsion), combined static loading, stress state on inclined plane, Mohr’s circle for plane stress, failure theories, force and moment.
Introduction to GD&T: geometric tolerances, dimensional tolerances.

Complete GD&T training
Structured in 2 modules 

Geometric tolerances: basics, symbols and definitions, datums and the datum reference frame, form characteristics (flatness, circularity, cylindricity, straightness), orientation characteristics (parallelism, perpendicularity, angularity), location characteristics (concentricity, symmetry, position), runout characteristics (circular, total), profile characteristics, symbols and others (maximum materials condition MMC, least material condition LMC, envelope requirement).
Dimensional tolerances: terms, limits, deviations and tolerances, fits (clearance fit, interference fit, transition fit), systems of fits (hole based, shaft based, fit choosing, recommended fits), chains of dimensions, functional dimensioning – best practices, roughness.

Basic FEA training
Structured in 4 modules

Materials
Geometry
Static structural analysis (materials setup, geometry setup, contacts, mesh, loads, boundary conditions, analysis settings, convergence, results post-processing).
Modal analysis (materials setup, geometry setup, contacts, mesh, loads, boundary conditions, analysis settings, convergence, results post-processing, influence of the input data on the modal behaviour of the structure), thermal analysis (simple conduction and convection solved in Ansys mechanical).

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