电磁分析与建模实习生 Electromagnetic Analysis and Modeling Intern

Role Tesla’s Shanghai R&D team is looking for a highly motivated Intern to support the electromagnetic (EM), EMC, and antenna design and testing of vehicle systems. Depending on your background and project needs, you will focus on either EMC/RF analysis or antenna development (or a mix of both), from concept and modeling through prototype fabrication and measurement. This is a hands-on role where a solid foundation in electromagnetics, RF/Antenna theory, and basic simulation/measurement skills is required.

Responsibilities Depending on your expertise and team requirements, you will assist with tasks in one or both of the following areas:

Electromagnetic (EMC / RF) Tasks Support Simulation: Assist in simplifying vehicle or component geometry, generating high‑quality meshes, and running EMC/RF simulations (radiated emissions, shielding effectiveness, S‑parameters) using CST Studio, Ansys HFSS, FEKO, or ADS.

Assist in Testing: Support in‑house EMC testing at the vehicle and component levels (conducted/radiated immunity and emissions, ESD).

Data Analysis: Help analyze test results, compare them with simulation data, and brainstorm design improvements with senior engineers.

Antenna Tasks Antenna Modeling: Assist in building and simulating antenna models (patch, inverted‑F, slot, array, etc.) for vehicle communication, Wi‑Fi/5G, and GNSS using CST, HFSS, or FEKO.

Prototyping & Layout: Participate in creating basic PCB layouts for antenna designs and assist in prototype fabrication (PCB assembly, 3‑D printing).

Measurement Support: Help conduct antenna measurements in anechoic chambers (S‑parameter/VSWR sweeps, gain, radiation patterns) and process the measurement data.

General Duties Lab Operations: Learn to operate and maintain RF test equipment (Vector Network Analyzers, Antenna Chamber,Spectrum Analyzers, Signal Generators, Oscilloscopes).

Documentation: Prepare clear technical reports, document simulation setups and measurement results, and update internal knowledge bases.

Collaboration: Participate in design reviews and collaborate with cross‑functional teams in a fast-paced environment.

Requirements Currently pursuing a Bachelor’s degree or above in Electrical Engineering, Electronics, Antenna, Microwave Engineering, or a related field.

Solid Foundation: Strong grasp of foundational electromagnetics, RF/microwave/Antenna theory, and either EMC principles or antenna design basics.

Simulation Skills: Basic hands‑on experience or academic exposure to at least one EM simulation platform (CST Studio, Ansys HFSS, FEKO, or ADS).

Hardware Knowledge: Ability to read basic circuit schematics and an understanding of RF circuit theory.

Lab Experience: Familiarity with basic RF test equipment (VNA, spectrum analyzer) and lab measurement techniques.

Soft Skills: Highly motivated, eager to learn, adaptable to a fast‑paced environment, and able to communicate effectively in English (written and spoken).

Preferred Qualifications (Plus) Master’s or PHD degree specializing in Electromagnetics, EMC, or Antennas.

Practical experience with mesh generation tools (HyperMesh, ANSA).

Experience with PCB layout tools (Altium Designer, Cadence Allegro) for high-frequency designs.

Proficiency in scripting/programming (Python, MATLAB) for simulation automation or data post‑processing.

Familiarity with automotive EM/EMC standards (e.g., CISPR‑25, ISO 16750) or antenna certification.