Student job at Oticon - Antenna lab assistant

Now you have the opportunity to join one of the world's leading companies within highly advanced hearing solutions.
Currently we are looking for a student assistant who can help us test our hearing aid antenna performance.

Your main task
Our hearing aid antennas are designed to establish a Bluetooth Low Energy (BLE) radio link between the hearing aid and another device e.g. a smartphone, for transferring audio- and control signals. A great number of use cases exist, and we need to make sure, that the connection quality is excellent in all relevant cases. In addition to this, a set of regulatory emission requirements exist, which need to be met as well. Your task will be to assist in doing the measurements needed, for verifying this.

More specifically, your tasks could be:

• Measuring transmitted radiated power (TRP) in our antenna chamber
• Quantifying link quality in a variety of both use cases and environments
• Measuring out-of-band emission levels (e.g. harmonics)
• Doing subjective listening tests
• Measurements can be done having the hearing device in either free space or placed on the ear, as well as within different reflective and interference environments

Your profile

We are looking for an engineering student (BSc/MSc) who is about to specialize in RF and/or antenna design. Some basic characteristics:

• Basic understanding of Electromagnetism
• Knowledge about wireless communication and RF
• Natural interest in antenna measurements & data analysis
• Analytical and structured approach

You are at least halfway through your bachelor, and you are considering doing your final thesis within the area of RF or antenna theory.
The work amount will be 1 day/week (8 hours). Specific weekday can be agreed, and we are off course flexible around exams or classes at university.

Want to join the team?

Then send your application, CV and university transcript no later than June 1st 2024.

If you would like to know more about the position, please contact Sr. Manager, RF & Antenna, Mads Gustavsen on either +[xxxxx]or [xxxxx] #LI-AL2