Where meteorological science meets engineering excellence. We bridge the gap between atmospheric research and operational practice.
Meteotronics was founded to provide rigorous, accessible content at the intersection of meteorology, radar engineering, and meteorological instrumentation. We believe that better understanding of observing systems leads to better weather forecasts, more effective warning systems, and ultimately, safer communities.
Our articles are written by experienced professionals — radar engineers, instrumentation specialists, and operational meteorologists — who understand both the theory and the practical realities of atmospheric observation. Every article is peer-reviewed for technical accuracy and written to be accessible to engineers, scientists, students, and informed practitioners.
Our editorial focus spans three core pillars:
Meteorology — From mesoscale convective dynamics to NWP model verification, we explore the science of weather forecasting and the observational data that underpins it.
Radar Engineering — Dual-polarisation, phased-array, X-band networks, signal processing algorithms, and the engineering decisions that shape radar system performance.
Met Instrumentation — Automatic weather stations, radiosondes, ceilometers, disdrometers, and the full spectrum of sensors that compose modern observational networks. WMO standards, calibration best practices, and data quality assurance.
Synoptic and mesoscale analysis, NWP verification, severe weather forecasting, boundary layer meteorology, and tropical cyclone dynamics.
Dual-pol systems, phased-array technology, signal processing, clutter mitigation, QPE algorithms, and radar network design.
AWS design and siting, sensor calibration, WMO compliance, radiosondes, ceilometers, disdrometers, and observational network strategy.
Radar Systems Engineer
15+ years in weather radar R&D. Specialises in dual-pol signal processing and phased-array system design. Former NSSL research associate.
Instrumentation Specialist
10+ years deploying and maintaining AWS networks across diverse climates. WMO CIMO expert team contributor. Focus on calibration and data quality.
Research Meteorologist
Operational forecaster turned researcher. Expertise in mesoscale dynamics, remote sensing, and climate monitoring. Published in BAMS and JAMC.