Jobangebote

M. Vakilifard - 15.01.2025
Zwei Doktorandenstellen im 6G TERRAIN Projekt verfügbar

Dieser Eintrag ist nur auf Englisch verfügbar:

The Department of Communications Engineering at the University of Bremen, Germany, is excited to announce two PhD positions within the framework of the 6G TERRAIN Project. The Department of Communications Engineering has many years of expertise in the research and development of communication systems, algorithms, and signal processing methods. In addition to scientific-technical research, the department has also been conducting scientific-organizational research activities for several years, especially in the topic area of "5G for industry" and, in the future, also for 6G for the implementation of a German 6G strategy. In the position offered, these scientific-organizational research activities are to be carried out for 6G through participation in the "6G Platform" project funded by the BMBF. The 6G Platform is part of the BMBF's 6G programme, which also includes the 6GHubs (basic research) and the 6G industry projects. The 6G-Platform brings together several national research teams with the aim of networking actors from different industrial sectors, harmonising technical approaches, ensuring that societal interests are considered in technological approaches, and promoting the visibility of German research in politics and society.

Project Overview:

6G is poised to revolutionize network architecture by integrating multi-stakeholder and multi-technology infrastructures. The 6G TERRAIN Project aims to address the challenges posed by the scale and heterogeneity of future TNTN infrastructures. By adopting Integrated Communication and Sensing (ICAS), the project seeks to enable the perception of complex and dynamic TNTNs through environmental sensing. Additionally, the project will develop a novel Native AI automation architecture, leveraging emerging large language models (LLMs) to optimize task planning and execution.

PhD Topics and Objectives:

  1. PhD 1: Mobility-Aware Joint Sensing and Communication in 3D Unified Networks
    • Objectives:
      • Propose a new design of OTFS-ICAS transceiver for unified 3D networks.
      • Maintain an intelligent trade-off between robustness and phase noise and support the diverse processing capabilities and sensing/ communication attributes of network devices.
      • Validate the developed OTFS-ICAS transceiver on NI USRP testbeds and carry out real-world tests at devices in the 3D experimental field.
    • Expected Results:
      • Mobility-aware OTFS-ICAS beamforming and resource allocation algorithm for a unified 3D intent-driven network.
      • Channel estimation algorithm that exploits the sparsity of the channel in the doppler-delay domain.
      • Measurement-based and real-world experimentation results and datasets related to OTFS-based ICAS systems.
  2. PhD 2: Computational Task Offloading Strategies in ISAC-Enabled 3D Unified Networks
    • Objectives:
      • Propose a novel intent-aware task computational offloading approach between the NTN and TN.
      • Develop an efficient intent-aware data-driven/ML sensing fusion solution.
      • Validate the developed computational offloading approaches on NI USRP testbeds and carry out real-world tests at devices in the 3D experimental field.
    • Expected Results:
      • Intent-aware computation offloading approach for communication and sensing tasks in the unified 3D networks.
      • Multi-perspective federated learning algorithm for sensing data fusion.
      • Measurement-based and real-world experimentation results and datasets related to computational offloading in unified 3D networks.

Qualifications:

  • Requirements:
    • Holding or expected to obtain a Master/Ph.D. degree in Wireless Communications, Signal Processing, or Computer Science.
    • Strong BSc and MSc studies demonstrated by a track record of fundamental projects (excellence in wireless/mobile communications, signal processing, probability theory, linear algebra, spatial computing, machine learning techniques, control theory, or other related disciplines).
    • Extensive knowledge and practical experience in areas including wireless communication, signal processing, optimization, multi-antenna signal processing, adaptive modulation, resource allocation, device-to-device communications, and adaptive waveform design.
    • Evidence provided by high-quality publications in top-tier IEEE/ACM transactions and/or top-tier IEEE/ACM conferences.
    • Experience in developing a research agenda to pursue independent research.
    • Strong interest in working with industry and sponsors.
    • Excellent written and communication skills in English.
  • Duties:
    • Conduct cutting-edge research in the specified PhD topics.
    • Collaborate with a network of 10 Doctoral Candidates within the 6G TERRAIN Project.
    • Contribute to the design and validation of novel network architectures and enabling technologies.

We Offer:

  • Full-time employment with a competitive salary.
  • A supportive and collaborative research environment.
  • The opportunity to work with a dynamic and innovative research team.
  • Access to state-of-the-art facilities and resources at the University of Bremen.
  • The chance to contribute to groundbreaking research in the field of 6G networks.

Required Documents:

  • Motivation letter
  • Curriculum vitae
  • Master and Bachelor Diplomas (single file)
  • Master and Bachelor Grade Transcript (single file)
  • Names and contact details of at least two references

Application Instructions:

  • Application deadline: 31 March
  • For more information about the project, visit: 6G TERRAIN Project Website: https://www.6g-terrain.eu/
  • To apply, please visit: Application Link: https://euraxess.ec.europa.eu/jobs/301004

For informal inquiries regarding the position, please contact Dr. Mohamed Rihan at: elmeligy@ant.uni-bremen.de.


Join us in shaping the future of 6G networks and be part of a pioneering research initiative at the University of Bremen. We look forward to receiving your application!

N. Bulk - 14.11.2023
Wissenschaftlicher Mitarbeiter in der experimentellen Forschung PostDoc

Dieser Eintrag ist nur auf Englisch verfügbar:

A fully funded 2-year postdoctoral research position is available in the Department of Communications Engineering of University of Bremen, Germany.

The excellent candidate will conduct research on 6G Non-Terrestrial-Networks/3D networks focusing on the design, prototyping and testing of innovative 6G concepts and algorithms.

The main tasks include

  • leading the 6G test-bed activities of the Dept. of Communications Engineering and its associated activities of the Gauss-Olbers Space-Technology Transfer Center (GOC)
  • guidance on algorithm design, SDR implementations, and testing
  • collaborating with a broad ecosystem of public-private partners in advancing the frontiers of 6G Non-Terrestrial Networks and its applications. This includes contributions to third-party funding projects such as 6G-TakeOff, Open6GHub and AIComS.
  • participation in the prioritization of research directions of the department and the GOC
  • acquisition of new research projects and funding opportunities
  • directing the work of the student group “Software Defined Radio” on the software implementation of innovative technologies, e.g., in an 6G testbed
  • supervision of student project work including Bachelor- and Master theses

Who we are:

The Department of Communication Engineering has many years of expertise in the research and development of communications systems, algorithms and signal processing methods. Through participation in programs of the German Research Foundation (DFG), cooperative projects of the European Union (EU), European Space Agency (ESA), and German Ministry of Education and Research (BMBF) as well as industrial projects, the results of basic research find direct utilization in the development and standardization of mobile radio systems, industrial radio systems and space communication systems.

Current key projects are 6G-TakeOff, Open6GHub, AIComS, 6G-Platform, 6G-ANNA, 6G-Health, FunKI, (full list: https://www.ant.uni-bremen.de/projects/)

Qualifications:

  • Very good completed scientific university studies (Master/Diploma) in communications engineering/information technology or a closely related field
  • A PhD degree in electrical engineering or a closely related field
  • A strong background in wireless communications (baseband, resource management, protocols, networks)
  • Profound experience in SDR implementations, prototyping and testing including programming and development environments (e.g. Python, MATLAB, C++, GNU Radio)
  • Experience with open software platforms for prototyping (e.g. srsRAN, OpenAirInterface)
  • High motivation to work within trans-disciplinary research projects
  • Very good oral and written communication skills in English, ideally basic German skills

Your application must include:

  1. A cover letter summarizing the applicant’s qualifications for the position and stating the applicant’s major achievements as well as research interest
  2. Detailed CV
  3. Graduate transcripts
  4. Certificates
  5. List of publications if applicable

How to apply?

Send the required documents to applications@ant.uni-bremen.de

I appreciate all applicants for their interest; nevertheless, only those who have been selected will be notified. 

N. Bulk - 14.11.2023
Wissenschaftlicher Mitarbeiter in der experimentellen Forschung

Dieser Eintrag ist nur auf Englisch verfügbar:

A fully funded 3-year PhD research position is available in the Department of Communications Engineering of University of Bremen, Germany.

The excellent candidate will conduct research on 6G wireless communication concepts and algorithms with special focus on Non-Terrestrial-Networks/3D networks.

The main tasks include

  • Designing, testing and prototyping of innovative 6G concepts and algorithms (baseband, resource management)
  • Real-time capable software implementations of 6G baseband technologies for their use with Software Defined Radios (SDRs), e.g. Ettus N310
  • Developing and operating a 3D network testbed with base stations, rovers, drones and satellite communications to research 6G networks
  • submit publications to refereed conferences and journals
  • collaborating with academic and industrial partners in advancing the frontiers of 6G Non-Terrestrial Networks. This includes contributions to third-party funding projects such as 6G-TakeOff, Open6GHub and AIComS.
  • collaborating with PhD colleagues and students of the student group “Software Defined Radio” on the software implementation of innovative technologies, e.g., in an 6G testbed
  • supervision of student project work including Bachelor- and Master theses

Who we are:

The Department of Communication Engineering has many years of expertise in the research and development of communications systems, algorithms and signal processing methods. Through participation in programs of the German Research Foundation (DFG), cooperative projects of the European Union (EU), European Space Agency (ESA), and German Ministry of Education and Research (BMBF) as well as industrial projects, the results of basic research find direct utilization in the development and standardization of mobile radio systems, industrial radio systems and space communication systems.

Current key projects are 6G-TakeOff, Open6GHub, AIComS, 6G-Platform, 6G-ANNA, 6G-Health, FunKI, (full list: https://www.ant.uni-bremen.de/projects/)

Qualifications:

  • Very good completed scientific university studies (Master/Diploma) in communications engineering/information technology or a closely related field
  • Profound experience in software implementations of algorithms and development environments (e.g. Python, MATLAB, C++, GNU Radio)
  • Ideally, experience with Software Defined Radios (e.g. ETTUS USRP) and open software platforms for prototyping (e.g. srsRAN, OpenAirInterface)
  • Strong interest in independent research as a member of one of our research teams
  • High motivation to work within trans-disciplinary research projects
  • Very good oral and written communication skills in English, ideally basic German skills

Your application must include:

  1. A cover letter summarizing the applicant’s qualifications for the position and stating the applicant’s major achievements as well as research interest
  2. Detailed CV
  3. Graduate transcripts
  4. Certificates
  5. List of publications if applicable

How to apply?

Send the required documents to applications@ant.uni-bremen.de

I appreciate all applicants for their interest; nevertheless, only those who have been selected will be notified. 

Admin - 13.01.2022
Open Research Associate Position

The Department of Communications Engineering (headed by Prof. Dr.-Ing. Armin Dekorsy) of University of Bremen offers an open position for a research associate.

The Department of Communications Engineering has many years of expertise in the research and development of communication systems, algorithms and signal processing methods. In addition to scientific-technical research, the Department of Communications Engineering has also been conducting scientific-organisational research activities for several years, especially in the topic area of "5G for industry" and, in the future, also for 6G for the implementation of a German 6G strategy. In the position offered, these scientific-organisational research activities are to be carried out for 6G through participation in the "6G Platform" project funded by the BMBF. The 6G Platform is part of the BMBF's 6G programme, which also includes the 6GHubs (basic research) and the 6G industry projects. The 6G-Platform brings together several national research teams with the aim of networking actors from different industrial sectors, harmonising technical approaches, ensuring that societal interests are taken into account in technological approaches and promoting the visibility of German research in politics and society. 

Responsibilities

The main focus of the position is on (inter)national scientific-organisational activities. However, the position also includes the support and cooperation with scientific staff of the Department of Communications Engineering and thus enables the participation and active involvement in scientific-technical research on 6G. 

Examples of key tasks are:

  • Management of work package AP3 of the 6G-Platform for visioning a highly networked society of the future. This includes the analysis of application scenarios, evaluation and assessment of technological approaches and innovation content, harmonisation and preparation of research results, and the development of a 6G roadmap
  • Coordination of the harmonisation of technological approaches by and with (inter-) national stakeholders
  • Networking with projects in the BMBF's 6G programme and international 6G programmes, networking and participation in committees and standardisation organisations, networking with other relevant sectors (e.g. medicine, automotive, automation) and industry
  • Establishment and management of a research group in the field of communications engineering
  • Responsible planning and implementation of events
  • Science communication and public relations

Profile of qualification

  • A very good university degree (Master's/Diploma) or a doctorate in electrical engineering, information technology, computer engineering or related engineering or natural sciences
  • Good knowledge of communication technologies and systems
  • Strong interest in self-dependent strategic-political research activities
  • Extensive experience in project acquisition and participation in (inter-)national research projects
  • Ability to work and acquire knowledge and skills independently
  • Very good communication and teamwork skills
  • Very good written and spoken German (at least level C1 of the Common European Framework of Reference for Languages (CEF)

Desirable knowledge and skills:

  • Publication experience (journals, conference proceedings)
  • Initial experiences in supervising students and doctoral candidates
  • Good written and spoken English language skills (at least level B2 of the Common European Framework of Reference for Languages (CEF)

We offer:

Full-time employment with competitive salary. 

How to apply:

Please send your application (brief cover letter, CV, transcripts, certificates, list of pub if applicable, at least two names of recommenders) to applications@ant.uni-bremen.de

Admin - 13.01.2022
Open PhD/PostDoc Positions

We have open positions for research assistants (PhD) / postdocs at the Department of Communications Engineering of University of Bremen with Prof. Armin Dekorsy. 

We are looking for excellent candidates to carry out independent research in the following areas:

  • 6G communication system 
  • Aerial and satellite communications 
  • Swarm exploration on Mars 
  • Quantum communications 

Your task will be at least one of the following 

  • Fundamental, theoretical-oriented research 
  • Software implementation of innovative technologies, e.g. in an 6G testbed

Potential research topics include, but are not limited to:

  • Semantic communication
  • Machine learning methods, Bayesian learning methods
  • Source and channel coding (e.g. Information Bottleneck Method)
  • Event-based sampling, Event-based communication
  • Graph-based, distributed signal processing and compressive sensing
  • Information transmission and interference management in 6G network concepts (terrestrial-orbital (3D) networks, organic networks, dynamic subnetworks)
  • mmWave (26GHz) communication and localization

We offer:

Full-time employment with competitive salary. No tuition fees for Ph.D. studies.

Who we are:

The Department of Communication Engineering has many years of expertise in the research and development of communications systems, algorithms and signal processing methods. Through participation in programs of the German Research Foundation (DFG), cooperative projects of the European Union (EU), European Space Agency (ESA), and German Ministry of Education and Research (BMBF) as well as industrial projects, the results of basic research find direct utilization in the development and standardization of mobile radio systems, industrial radio systems and space communication systems.

Current key projects are Open6GHub, 6G Platform, FunKI, MOMENTUM (full list: https://www.ant.uni-bremen.de/projects/)

Qualifications:

  • Very good completed scientific university studies (Master/Diploma) in communications engineering/information technology, technical computer science, applied mathematics or related engineering or natural sciences
  • Profound knowledge that covers one or more of the following areas: communications engineering (baseband, resource management), signal processing and signal theory, coding and information theory, network information theory, machine learning, stochastic inference techniques
  • Strong interested in conducting independent research with your ideas and approaches as a member of one of our research teams
  • High motivation to work within trans-disciplinary research projects 
  • Organizational talent and team spirit
  • Very good English skills, ideally basic German skills
  • Ideally, experience in programming and development environments (Python, MATLAB, C++)

Your application must include:

  1. A cover letter summarizing the applicant’s qualifications for the position and stating the applicant’s major achievements as well as research interest 
  2. Full CV
  3. Transcripts (Diploma or B. Sc. and M. Sc.) 
  4. Certificates
  5. List of publications if applicable

How to apply?

Send the required documents to applications@ant.uni-bremen.de

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