Research Fellow (Ultra-Dense Cellular Networks), School of Electronics, Electrical Engineering and

This Research Fellow post is part of the Engineering and Physical Sciences Research Council (EPSRC) project “Modelling, Analysis,
and Design of Ultra-Dense Cellular Networks” with an aim to develop a new model for ultra-dense networks using advanced
stochastic geometry. The goal of this project is to solve the pressing problems in relation to the increasing demand for higher
coverage and capacity of future-generation wireless networks; the unique feature of the project is to utilise mm-wave communications,
heterogeneous networks, and massive MIMO into a new paradigm in the next generation of cellular networks for improving energy
and spectral efficiencies. The Research Fellow will be expected to undertake research into the investigation and development of
solutions in the area of Communications Signal Processing and to be an active member of the research project/team to ensure the
success of the project.

MAJOR DUTIES:

1. Undertake research into the design of wireless physical layer communications using stochastic geometry and other advanced mathematical tools.
2. Carry out analyses, critical evaluations, and interpretations using methodologies and other techniques appropriate to the research areas.
3. Present regular progress reports on research to members of the research group or to external audiences to disseminate and publicise research findings.
4. Prepare, often in consultation with supervisor, material for publication in national and international journals and presentations at international conferences.
5. Assist grant holder in the preparation of funding proposals and applications to external bodies.
6. Carry out routine administrative tasks associated with the research project/s to ensure that project/s are completed on time and
within budget. These might include organisation of project meetings and documentation, financial control, risk assessment of research activities.
7. Carry out occasional undergraduate supervision, demonstrating duties within the post holder’s area of expertise and under the
direct guidance of a member of academic staff.
8. Read academic papers, journals and textbooks to keep abreast of developments in own specialism and related disciplines.

Planning and Organising:

1. Plan for specific aspects of research programmes. Timescales range from 1-6 months in advance and contribute to research group planning.
2. Plan for the use of research resources, laboratories and workshops where appropriate.
3. Plan own day-to day activity within framework of the agreed research programme.
4. Plan up to a year in advance to meet deadlines for journal publications and to prepare presentations and papers for conferences.
5. Coordinate and liaise with other members of the research group over work progress.

Resource Management Responsibilities:

1. Ensure research resources are used in an effective and efficient manner
2. Provide guidance as required to support staff and any students who may be assisting with research.

Internal and External Relationships:

1. Liaise on a regular basis with colleagues and students.
2. Build internal contacts and participate in internal networks for the exchange of information and to form relationships for future collaboration.
3. Liaise on a regular basis with partners from the project.
4. Join external networks to share information and ideas.
5. Contribute to the School’s outreach programme by establishing links with local community groups, industries etc.

ESSENTIAL CRITERIA:

1. * Hold a PhD in Electronics, Electrical Engineering, Computer Science or closely related discipline.
2. * At least 3 years research experience, to include the development of telecommunications signal processing algorithms in the
PHY layer of wireless systems.
3. Ability to contribute to broader management and administrative processes.
4. Contribute to the School’s outreach programme by links with industry, community groups etc.
5. Sufficient breadth and depth of specialist knowledge in the discipline and of research methods and techniques to work within established research programmes.
6. Ability to communicate complex information clearly.
7. Ability to build contacts and participate in internal and external networks.
8. Ability to assess and organise resources.