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Electrical Engineering Internship - Magnetics Lab

Electrical Engineering Internship - Magnetics Lab

2 Hours ago • Upto 1 Years • Research & Development

About the job

2 skills required for this role

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prototyping

communication

Job Description

Tesla's Athens, Greece office seeks an Electrical Engineering intern for a 6-month, full-time role starting January 2025. The intern will contribute to the motor technology team, designing, prototyping, and validating an in-house magnetics measurement setup. Responsibilities include designing electronics, conducting simulations, procuring components, performing experimental validation, developing a current control feedback algorithm, creating a user-friendly LabView UI, collaborating with Magnetics and Mechanical Engineers to optimize measurement accuracy and packaging, and performing magnetic measurements on soft magnetic materials. The ideal candidate possesses strong embedded systems and real-time control experience, proficiency in electrical measurements using power analyzers/oscilloscopes, and a solid understanding of electric circuits and LabView.

Must have:

Embedded systems & real-time control experience
Electrical measurements expertise (power analyzer/oscilloscope)
Strong electric circuits understanding
LabView experience
Independent work capability

What to Expect

Location: Athens, Greece

Duration: 6 months

Time Type: Full Time

Start Date: January 2025

Tesla is seeking an Electrical Engineering intern with experience in embedded systems and real-time control, as well as performing electrical measurements. This person will be working as part of the Tesla motor technology team located in Athens, Greece, and will be responsible for designing, prototyping and validating an in-house magnetics measurements setup.

What You’ll Do

Design, simulation and component procurement for an electronics setup required to perform magnetic measurements on soft magnetics materials.
Experimental validation of the designed setup and comparison of the results with a state-of-the-art measurement setup.
Development of a current control feedback algorithm.
Develop a user-friendly UI (preferably in LabView) to enable rapid measurements.
Collaboration with Magnetics Engineers to understand magnetic measurements and minimize measurement error.
Collaboration with Mechanical Engineers to package the entire setup into a single module, allowing rapid and robust deployment.

What You’ll Bring

Studies in Electrical Engineering with specialization in electronics and software.
Strong experience in using power analyzer/oscilloscope & performing electrical measurements.
Excellent understanding of electric circuits.
Understanding of embedded systems, as well as relevant development experience, preferably with LabView.
Ability to work independently in a fast-paced and challenging environment.
Excellent communication skills.
Fluency in English speaking, reading and writing.

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