Masterthesis (m/f/d) - antenna matching via signal processing
Masterthesis (m/f/d) - antenna matching via signal processing
Diehl Metering
Mess-, Steuer- und Regelungstechnik
- Nürnberg
- Vollzeit
Vor Ort
Masterthesis (m/f/d) - antenna matching via signal processing
Über diesen Job
At Diehl, you are not a small cog in the system. In my role, I have a significant impact on product development and can take responsibility for making decisions that count.
Masterthesis (m/f/d) - antenna matching via signal processing
These are your tasks:
- In the first part of the work, you investigate how the noise figure of a specific receiver changes with different input impedances.
- Measurements or simulations are used to evaluate the noise performance under varying impedance conditions.
- In the second part, you implement an algorithm to estimate the noise figure or the signal-to-noise ratio.
- Existing algorithms may be extended or adapted for this purpose.
- The goal is to improve the understanding and evaluation of receiver performance under realistic conditions.
Who we are looking for:
- You have a degree in electrical engineering or information technology.
- You are interested in understanding how different installation environments affect antenna impedance.
- You are able to estimate antenna impedance to address mismatches.
- You configure matching circuits to improve the range of the radio system.
- Knowledge of signal processing and radio frequency technology is an advantage.
- Work location: Nuremberg
- Job Level:
- Thesis
- Working time: Full time
- Employment contract: 6 months
- Division: Diehl Metering
- Start: 01.10.2025
Note: Applicants (m/f/d) with a severe disability will be given preferential treatment if equally qualified. Should you wish to do so, please indicate your SB status in your application on a voluntary basis.
These are your potential benefits
- Good traffic connections
- Flexible working hours
- Family-owned company
- Canteen
- Parking space
Unternehmens-Details
Diehl Metering
Mess-, Steuer- und Regelungstechnik