Lawrence Carslake

Lawrence Carslake

Communications Research Scientist

Welcome

I am a graduate Electronic Engineer specialised in communications system design. This site is a collection of projects and posts about work that I have completed, aiming to share the knowledge with you.

Interests
  • Sub-THz Channel Sounding
  • Rydberg E-Field Sensors
  • SDR Systems
Education
  • 1st Class Masters in Electronic Engineering with Communications (MEng Hons), 2019

    The University of Sheffield

  • A-Level (ABB) Maths, Further Maths and Physics, 2015

    Glyn Technology School

  • Future PhD Study

    it is my intention to complete additonal study

Experience

 
 
 
 
 
Higher Scientist
Jul 2023 – Present Teddington

Responsibilities include:

  • Project bidding and work package leadership
  • RF Measurement and metrology
  • Communications Testbed design
 
 
 
 
 
Research Scientist
Oct 2019 – Jul 2023 Teddington

Responsibilities include:

  • 5G and future communications research
  • RF Measurement and metrology

Recent Publications

(2025). THz Channel Sounding System for Dense Lab Environment (330 GHz – 500 GHz). AP-RASC.

DOI

(2025). VNA-Based Channel Sounder System Between 330 GHz and 500 GHz for LOS Indoor Scenario. EuCAP 2025.

DOI

(2024). A Preliminary Indoor Assessment of a Sub-THz Channel Characterizations between 500 GHz and 750 GHz. AT-RASC.

DOI

Projects

*
Rydberg Sensor
Rydberg Sensor

Self calibrated E-Field Measurement

Reconfigurable Intelligent Surface
Reconfigurable Intelligent Surface

For efficient 5G Communications

Ultra-wideband Localisation

10 cm location awareness

Electromagnetic Simulation

Wearable antenna design with CST Studio

Web Recipe Collection
Web Recipe Collection

Self hosted repository of recipes

Pluto SDR

IQ Reciever

Phased antenna array
Phased antenna array

For direction of arrival estimation

RF Sampling ADC
RF Sampling ADC

400MSPS Interleaved ADC RF Reciever

VHF PLL Synthesiser
VHF PLL Synthesiser

200MHz VHF Synthesiser design

LEO Satellite
LEO Satellite

LEO Communication Satellite Constellation for SSPI

Smart Lighting
Smart Lighting

WiFi interface to OSRAM Lightify

Shockley Diode
Shockley Diode

100µm Silicon Fabrication

Motor Fill Factor
Motor Fill Factor

Maximising Motor Fill factor

Handheld Game
Handheld Game

Discrete logic & PCB design

Accomplish­ments

Peter Hopkinson Prize
This prize is awarded once annually under the will of Peter Hopkinson, a former postgraduate and research worker in the Department of Electronic and Electrical Engineering. It is given in recognition of excellent performance in a final-year project, to a student who is enrolled on either a Bachelor or Master of Engineering programme offered by the department. On occasion, the prize may be shared between more than one student.
2nd Place - UKSEDS Small Satelite design competition
As an entry for the “UKSEDS Small Sats” design competition 2017, we compiled a report into the design and feasibility of a small communications satellite constellation capable of providing 50 Mbps data connectivity to worldwide users. The report is linked here. We were successful in achieving the 2nd place prize for our entry.
See certificate

Contact