Student Assistant – Wireless Signal Processing (m/f/d) in Dresden - #2165412

Student Assistant – Wireless Signal Processing (m/f/d)

Please apply here on "MINTbund.de" with the "Apply Now" link/button at the top right

Note: Please apply exclusively via our direct application link hosted by Empfehlungsbund and MINTbund.de:


https://www.mintbund.de/jobs/258880/student-assistant-wireless-signal-processing-m-slash-f-slash-d-in-dresden

. We are looking forward to meet you!

The Barkhausen Institut performs research on the latest hardware, software and communication technologies and demonstrates their application in tomorrow's society. Our goal is to build a flexible and trustworthy IoT platform based on reliable electronics and secure communication methods

The wireless connectivity and sensing group aims to contribute towards a dependable Internet-of-Things for the next generation of wireless communication systems. We focus on mathematical analysis, simulation studies and demonstrations of multi-connectivity, physical layer security and joint communication and sensing

To help pursue our research agenda, we are looking for a

Student Assistant – Wireless Signal Processing

(m/f/d)

(up to 19 hours/week for 3-6 months)

The project

The SHK will investigate state of the art simulation and digital signal processing techniques for the physical layer of joint communication and sensing wireless systems. They will configure and extend Barkhausen Institut’s software suite

hier

to reproduce and verify published signal processing research

Your tasks

• 
  Contribute source code and extend documentation of a Python codebase
  
• 
  Reproduce cutting edge wireless signal processing research results
  
• 
  Supervise software defined radio measurement setups
  

We expect the following

• 
  Study of electrical engineering, computer science or comparable
  
• 
  Good communication and writing skills in English
  
• 
  Knowledge of high-level object-oriented programming, preferably Python
  
• 
  Basic knowledge of digital signal processing techniques
  

What we provide

• 
  An open and creative team of enthusiastic scientists
  
• 
  Office and laboratory space directly in Dresden’s city center
  
• 
  Agile working hours and workflows
  
• 
  Work on future technologies
  
• The option to derive a supervised thesis topic from your work
  

If you have passion for new technologies and the desire to develop the connected world of tomorrow with us, we are looking for you.

Life and science are compatible at our institute. We offer a range of recognised family-friendly measures, such as part-time work, mobile working and flexible working hours that take family needs into account. We also offer support for arriving in Dresden (all formalities, apartment etc.)

Application procedure

Short letter of motivation and curriculum vitae to

Kontakt (über Bewerben-Kontaktformular)

. We only accept complete documents as

one single PDF document

by e-mail. Applications that contain other file formats (e.g. Word, Excel) will not be considered in the selection process. Informal inquiries can also be submitted to the same address. Please reference "SHK Wireless Simulations” in the subject line

Barkhausen Institut strives for gender and diversity equality. We welcome applications from all backgrounds. Severely disabled persons are given preference in the event of equal suitability

The data submitted by you during the application procedure will be processed by the Barkhausen Institut (BI). BI shall use the data for the purposes of the application procedure. No data shall be passed on to third parties

Software

, wireless connectivity,

IoT

, computer sciences,

Electrical Engineering

, Python, student assistant, Englisch, Elektrotechnik, Halbleiter, MINTbund.de, Empfehlungsbund

Short profile of Barkhausen Institut gGmbH

The Barkhausen Institut is an internationally recognized research institute that bridges the gap between fundamental research and the practical implementation of trustworthiness in networked electronic systems

We research innovative information and communication technologies to ensure trustworthiness in a connected world. Our work focuses on key aspects such as integrity, accountability, authenticity, availability, and data protection

Beyond our application-oriented foundational research, we act as a cooperation partner and thought leader in discussions surrounding trustworthiness. We place particular importance on professional science communication and actively seek dialogue with the public