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Claudio Paoloni supervises 4 postgraduate research students. If these students have produced research profiles, these are listed below:

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Professor Claudio Paoloni

Cockcroft Chair, Head Of Department

Claudio Paoloni

Lancaster University

Engineering Building



Tel: +44 1524 592721

Research overview

Claudio Paoloni is the Head of Engineering Department and Cockcroft Chair.

He is Senior Fellow of the Higher Education Academy.

He is author of more than 240 articles in international journals and conference proceedings in the field of high frequency electronics. He holds three patents.

He is Chair of the IEEE Electron Devices Society Vacuum Electronicss Technical Committee.

He is member of the Board of Governor of the IEEE Electron Device Society.

He was in Coordinating group of the FP7 OPTHER (Optically Driven THz Amplifier) to realize the 1 THz Traveling Wave Tube amplifier. He devised the double corrugated waveguide being so far one of the most affordable solution for the realisation of TWTs and Backward wave Oscillators up to 1 THz. He is Coordinator of the Horizon 2020 project TWEETHER "Travelling wave tube based w-band wireless networks with high data rate distribution, spectrum & energy efficiency" and of the H2020 ULTRAWAVE "Ultra capacity wireless layer beyond 100 GHz based on millimeter wave Traveling Wave Tubes".

He served as Local Organisation Chair of IEEE International Vacuum Electronic Conference 2009 (IVEC 2009) and as Conference Chair of UK/Europe China Millimeter Wave and THz Technology Workshop 2013 (UCMMT2013) held in Rome. He was Guest Editor for the Special Issue of Transaction on Electron Devices on Vacuum Electronics (June 2014). 

He was Chair of the Technical Programme Committee of the International Vacuum Electronics Conference 2017 (IVEC) held in London, 24-26 April 2017.

He is IEEE Senior member.

His research interests are:

• Vacuum electron devices for millimetre wave and THz frequencies

• THz applications in plasma diagnostic, healthcare, high speed communications and imaging

• Microfabrication processes

• Novel slow wave structures for traveling wave tubes

• Monolithic Microwave Integrated Circuit

• Millimetre wave high capacity wireless networks for 5G backhaul and access

• Advanced and digital manufacturing.

He leads the E-MIT (Engineering of Microwave, Terahertz and Light) and Electronic group.

PhD supervision

Millimetre wave vacuum electron devices design and fabrication

Current Teaching

ENGR 335 Optoelectronic and wireless communications

ENGR 332  Integrated Circuit Engineering


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