Majdi Elfahem Email & Phone Number

Montreal, Quebec, Canada

Tunis Governorate, Tunisia

Application and technical support tasks: 3D and 2D CAD modeling and FEM simulation: electromagnetic analysis with multi-physics coupling (Thermal, thermal stress, structural deformation, motion, etc) Customers/ prospects studies and benchmarks: prepare CAD model and/ or simulations based on their applications requirements, write word and PowerPoint reports, do online demonstrations, etc. Deliver technical support to customers and prospectsProvide Training sessions to customers Interface with partners, resellers, customers and prospects to understand their requirements and to deliver assistance that they need to use our products Work on consulting projects Analyze and study the following applications: electric motors and generators, transformers, NDT applications, permanent magnets applications, magnets array, magnetic levitation, magnetic gearing and bearing, coils, sensors, resistors and capacitors, eddy current brakes, magnetic coupling, DC linear actuators, induction heating, wireless power transfer, MEMS, electric discharge, Corona effect , etc Prepare tutorials and lessons: written lessons and video tutorials with scriptsQA Software testing: report bugs and collaborate with the developers to identify and solve the software issues R&D Engineering: Work efficiently within an innovative and cooperative team to develop CAD and FE analyses programs Script simulation workflows with varying availability of documentationCreate and write application notes, technical white papers and blog postsSpecify, develop and evaluate new features and functionalities to ensure user-friendly toolsStreamline scripts for automatic motor design and simulation processes Marketing: Prepare with designers brochures for events and exhibitionsCreate innovative and attractive brochures of the company products and tools for technical and marketing purposes Work on promotional videos Prepare monthly e-newsletter and manage the YouTube channel of the company

Technopark Manouba

The project consists of dimensioning and designing a customized induction heating system using Finite Element-based elctro-thermo-mechanical simulation. The CAD capture and the physical simulations was carried out using SOLIDWORKS and EMWorks’ EMS package.

Master Of Applied Science, Electrical And Electronics Engineering

Thesis: Advanced Modeling of Litz Wire using Finite Element Method Litz wire integration in electric components significantly reduces.

Electrical And Electronics Engineering

Course of Numerical Methods in Electrical Engineering

Electrical Engineer, High Power, Electrical Machines, Electronics, Embedded Systems, Renewable Energy, Numerical Analysis

Activities and Societies: Aeromodelling Club

Maths Physics