Senior Lecturer
Telephone: (01792) 602619
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A long-term work, educational and cultural experience from the Czech Republic, Finland, Canada, the UK and China. Extensive portfolio of academic and industrial collaborative projects with a diverse range of institutions, small and large companies. Involved in the whole life-cycle of telecommunication products development, from specification, feasibility and proof-of-concept, to implementation, testing and business planning. Held consultancy contracts with several start-ups, SMEs and the Welsh Government. Served as the expert evaluator in H2020, and contributed to the standardization efforts of many telecommunication systems (e.g. 2G, 3G, 4G, Bluetooth, HiperLAN and WiMAX). Advanced knowledge and expert skills in signal processing, digital systems, computer programming, and applied mathematics. Recently, undergone intensive training in computational and molecular biology and biochemistry.

Current research focus in System Informatics utilizing (possibly data driven) mathematical models to design, understand and optimize systems and their underlying processes. Current projects specifically concerned about air and rail transport networks, mobile tactical networks, security of general networks, molecular biological circuits, renewable energy systems in developing countries, and the Internet in difficult environments.

Notable projects:

  • Next generation broadband networks (BT and Welsh Government, 2011-2012): informed superfast broadband roll-out in Wales in 2014 as well as scoped funding models between the Welsh Government and the Welsh Universites

  • Innovative Baggage Delivery for Sustainable (Air) Transport: (Innovate UK, spring 2014): first project on dissociating passengers from baggage

  • Swansea NRG (EPSRC/BTG, 2012-2013): well-attended seminars in networks research, raised awareness about the importance of networks in research as well as the emerging economic models

Co-authored papers in engineering, mathematical and biological journals.

Gained rich direct experience from various multi-disciplinary projects requiring highly asymmetrical skills usually with substantial knowledge in the target domain of the problem considered. 

Some of my presentations from about 30 keynotes and tutorials can be found here.

Current financial support: CSRC@Beijing, Aselsan@Ankara, SITA@London, and various scholarships supporting the research students

Current in-kind support: SITA/IATA, Red Hat Ltd., Thales Transport, Nokia Bell Labs


Areas of Expertise

  • Statistical signal processing
  • Digital signal processing
  • Data processing
  • Programming
  • Network Science
  • Security of Networks
  • Some areas of Computational Biology
  • Some areas of Applied Mathematics


  1. Hassanien, M., Loskot, P., Al-Shehri, S., Numanoǧlu, T., Mert, M. Design and performance evaluation of bitwise retransmission schemes in wireless sensor networks Physical Communication 37 100876
  2. Poudyal, R., Loskot, P., Nepal, R., Parajuli, R., Khadka, S. Mitigating the current energy crisis in Nepal with renewable energy sources Renewable and Sustainable Energy Reviews 116 109388
  3. Loskot, P., Atitey, K., Mihaylova, L. Comprehensive Review of Models and Methods for Inferences in Bio-Chemical Reaction Networks Frontiers in Genetics 10
  4. Loskot, P. Localization Enhanced Mobile Networks (Ed.), Mobile Computing Intech Open
  5. Al-Shehri, S., Loskot, P. Enhancing Reliability of Tactical MANETs by Improving Routing Decisions Journal of Low Power Electronics and Applications 8 4 49

See more...


  • AT-M51 Stochastic Signals and Systems

    The module aims to introduce and strengthen advanced engineering mathematical and numerical skills as a prerequisite for other modules in the course specifically focusing on understanding probability, random variables and random signals.

  • AT-M58 MSc Dissertation - Communications Engineering

    After passing Part One students will need to conduct a research project and write a dissertation. The module aims to develop fundamental research skills. It comprises the development of supervised research work leading to a dissertation in the field of the Master's degree programme. The specific research topic will be chosen by the student following consultation with academic staff.

  • AT-M76 Radio and Optical Wireless Communications

    The module reviews linear modulations, channel models for radio wave propagation in wireless communications, and the receiver design principles. The transmission diversity techniques are also included. In the second part, the techniques used in optical wireless communications are explained.

  • EG-150 Signals and Systems

    The module introduces mathematical description of signals in time domain. Basic properties of deterministic signals are defined. The concept of frequency and frequency domain description of signals is introduced using Fourier series of periodic continuous time signals. Finally, the concept of systems assuming ideal filters as an example is introduced.

  • EG-351 Communication Systems and Networks

    The principles of the Internet are explained including protocols, services and functions of its 6 out of 7 OSI layers from the application layer down to the link layer. Emphasis is on understanding the TCP/IP protocol stack. Such knowledge of the Internet is then extended to cover the principles of wireless and mobile networks, multimedia networking, security in computer networks, and telecommunication networks management.

  • EG-M119 Research Dissertation (MSc Comms Engineering)

    To enhance student¿s ability to review state of the art on a given topic and formulate his/her thoughts in clear and concise way in the form of a dissertation. To enhance students's ability to work as team member and have team responsibility Ability to address social and economic impact of a given technology


  • Sensors and Methods for railway signalling equipment monitoring (current)

    Other supervisor: Dr Christopher Jobling
  • Renewable Energy and Other Strategies for Mitigating the Energy Crisis in Nepal. (current)

    Other supervisor: Dr Grazia Todeschini
  • Innovative Baggage Delivery Services in Future Air Transport Networks (current)

    Other supervisor: Prof Lijie Li
  • Internet Applications and Services in Telecommunication Networks with Limited Connectivity (current)

    Other supervisor: Dr Karin Ennser
  • Design and Deployment of Tactical Mobile Networks (awarded 2019)

    Other supervisor: Dr Stefano Taccheo
  • Computational Models and Bayesian Analysis of Genetic Networks (awarded 2019)

    Other supervisor: Prof Paul Rees
  • 'Spectroscopy modelling and investigation of energy transfer processes in Tm-doped glasses ' (awarded 2017)

    Other supervisor: Dr Stefano Taccheo

Academic History

Date Qualification Location
March 2008 PhD Wireless Communications University of Alberta
June 1998 MSc(Hons) Radioelectronics Czech Technical University of Prague
June 1996 BSc(Hons) Biomedical Engineering Czech Technical University of Prague

Additional Information

Research interests:

  • statistical and digital signal processing involving signals as well as other discrete data structures (graphs, tensors)

  • distributed storage and processing (blockchain type of digital structures)

  • combining signal processing and programming models

  • Network Engineering and Internet-inspired technologies: scaling up and managing cyber-physical systems

  • network-based designs: redistributing and pooling virtual and physical resources over the network infrastructure

  • templates driven combinatorial research methods which are prone to automation

  • consequences of massive digitalization: automation, jump in complexity accompanied by drop in resilience, raise of ambiguity and uncertainty, the reality virtualization and randomization, distorted and modulated reality perceptions, reality projections and measurements

Other interests:

  • advanced Linux programming and administration

  • spent 1,000s of hours in flight simulators learning everything about flying

  • did national level math & physics competitions, earned 3rd Kyu in competitive judo and 5 times participant in national competitions in clarinet/saxophone playing (1987 - 1992)

Teaching statement:

  • focusing on fundamental concepts is the best strategy to adapt to our ever more dynamic and noisy world

External links