Majdi E.Private profile: Upwork shows its earnings only to signed-in members, so we check it every few weeks, not daily. MRR here is a rough estimate (Upwork's six-month earnings ÷ months active). Last read Nov 5, 2026.

⭐⭐⭐⭐⭐ "Majdi was wonderful to work with. He went the extra mile and he is clearly an expert in the field of electromagnetics. He was fast and responsive. No regrets. You should hire him." ⭐⭐⭐⭐⭐ "Majdi was great! For a project outside my scope of expertise he was able to deliver results and answer all my questions. He knew what to do and how to do it without fuss. Importantly, he was clear about the timing of milestones and was able to meet the deadlines. It was easy working with him." ⭐⭐⭐⭐⭐ "Majdi did an outstanding job from start to finish. He communicated clearly throughout the project, paid close attention to every detail, and delivered exactly what I requested." I'm an Electromagnetic Simulation Engineer with more than 10 years of experience helping companies, startups, research groups, and product developers solve challenging electromagnetic design problems using Finite Element Analysis (FEA). My work goes far beyond simply creating simulation models. I help clients understand why a design succeeds or fails, identify practical engineering solutions, optimize performance, reduce development risk, and make informed technical decisions before investing in prototypes. Over the past decade, I have successfully completed projects ranging from small proof-of-concept studies to large multidisciplinary consulting engagements. Many of these projects have directly contributed to real engineering outcomes, including: • Optimizing existing products for higher performance and efficiency. • Solving manufacturing or field issues discovered after product release. • Validating new concepts before prototype development. • Reverse engineering commercial products. • Comparing multiple design concepts to identify the best solution. • Demonstrating technical feasibility for investors and R&D teams. • Identifying limitations early, preventing unnecessary development costs. • Supporting engineering decisions with quantitative simulation data and technical reports. I have extensive experience across a broad range of electromagnetic applications, including: Electric Machines * PMSM, BLDC, IPM and SPM motors * High-speed motors * Axial flux motors * Linear motors * Generators and alternators * Actuators * Solenoids * Voice coil actuators * Motor reverse engineering * Motor optimization * Torque, efficiency and loss analysis * Demagnetization studies * Power electronic transformer and inductors Wireless Power Transfer * Automotive wireless charging * Consumer electronics * Implantable medical devices * Resonant inductive charging * Magnetic coupling optimization * Coil design * Foreign object detection * Shielding optimization Permanent Magnet Applications * Magnetic levitation * Magnetic couplers * MagSafe-compatible devices * Magnetic holding systems * Magnetic gears * Consumer magnetic products * Custom permanent magnet assemblies Power Electronics & High-Power Electromagnetics * Busbars * Laminated busbars * Transformers * Inductors * Chokes * Current sensors * Switchgear * High-current conductors * Electric field analysis * High-voltage insulation * Partial discharge studies Induction Systems * Industrial induction heating * Induction cooking * Coil optimization * Eddy current analysis * Thermal coupling * Power optimization Medical Applications * MRI-related magnetic field studies * Pacemaker compatibility * Implantable medical devices * Electromagnetic safety * Magnetic field exposure analysis Motion & Eddy Current Applications * Eddy current brakes * Eddy current damping systems * Electromagnetic buffers * High-speed rotating systems * Magnetic damping concepts Typical Engineering Services ✔ Electromagnetic FEA (2D & 3D) ✔ Multiphysics simulations (thermal, structural, motion & system coupling) ✔ CAD modeling and reverse engineering ✔ Design optimization ✔ Parametric studies ✔ Force and torque calculations ✔ Loss calculations ✔ Temperature prediction ✔ Coil and winding design ✔ Permanent magnet optimization ✔ Material selection ✔ Design validation ✔ Proof of concept ✔ Benchmarking ✔ Technical reporting ✔ Root-cause investigation ✔ Engineering consulting One aspect of my work that clients appreciate most is my ability to bridge the gap between simulation and engineering. Rather than simply delivering plots and field distributions, I focus on interpreting the results, explaining the underlying physics, identifying design trade-offs, and providing practical recommendations that support product development and engineering decision-making. Whether your objective is to develop a new electromagnetic product, improve an existing design, troubleshoot a complex issue, or evaluate an innovative concept, I can provide accurate simulations, engineering insight, and clear technical guidance to help move your project forward with confidence. Software * EMWROKS tools * Ansys Maxwell 2D / 3D/ MotorCAD *Ansys Electronics Desktop * MotorSolve * SOLIDWORSK and Autodesk Inventor