Browse categories
Explore
Fiverr Pro
English
$
USD
I will do ansys maxwell electromagnetic simulation
M Fazal
Level 1
About this gig
I will provide professional electromagnetic simulation and analysis using ANSYS Maxwell, including magnetic field, eddy current, current density, electromagnetic losses, and thermal analysis. I can also work with ANSYS Electronics Desktop, ANSYS Mechanical, and MATLAB/Simulink for related modeling and analysis. You will receive clear simulation results, plots, and well-organized technical documentation tailored to your project requirements.
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know M Fazal
M Fazal
Electrical Engineer
Level 1
- FromPakistan
- Member sinceFeb 2023
- Avg. response time1 hour
- Last delivery2 months
Languages
English, Urdu, Spanish, German
Results-driven Electrical Engineer specializing in MATLAB, PCB design, circuit design, and digital logic design. I deliver high-precision simulations, optimized designs, and reliable solutions for complex engineering challenges — zero compromise on quality. Experienced in Arduino and ESP32 including sensor interfacing, telemetry systems, and real-time data acquisition. Strong foundation in Microprocessors and advanced engineering. I focus on innovation, accuracy, fast delivery, and clear communication to turn your ideas into professional engineering solutions.
My Portfolio
FAQ
Can you analyze eddy-current losses?
Yes. I can analyze eddy-current effects, loss density and current-density distributions where the model and material properties support the analysis. Ansys specifically supports plotting solid/eddy-current losses in electromagnetic simulations.
Can you work with my existing ANSYS model?
Yes. I can review an existing model, check the setup, run the simulation and help interpret the results
what do you need from me
Geometry/model files, material properties, operating frequency, excitation/current/voltage, boundary conditions, operating conditions and the required output parameters.
