Newcastle University

Second semester 2022/2023

CEG2707: Map Projections and Geodetic Datums

This course aims to familiarize students with the coordinate systems utilized in surveying, GIS, and remote sensing. It covers geodetic datums used both globally and in the UK.

CEG1705: An Introduction to GNSS and its Applications

The aim of the module is for students to understand the principles underlying the use of GNSS at metre and sub-metre accuracy for applications in surveying, GIS, transport, agriculture, asset management, and scientific studies.

First semester 2022/2023

CEG3707: Geohazards and Deformation of the Earth

Introduction of active research areas in geohazards, which benefit from the application of geodetic deformation monitoring techniques. I jointly teach this module with Pr. Peter Clarke

First semester 2021/2022

CEG2722: Data Analysis II

This module introduces informatics in the context of spatial data manipulation and processing. I jointly taught this course with Pr. Phil James where my primary focus was on introducing students to the Linux operating system and its relevance in data science. I covered the fundamentals of bash scripting to equip students with essential skills for data manipulation and analysis..

I have ceased delivering this course; however, I have made the lecture notes available below for reference. The course content was developed based on the material found in the book Data Science at the Command Line

The Australian National University

First Semester 2015/2016

EMSC3032: Melting Polar Ice Sheets, Sea Level Variations and Climate Change

Module leader: Pr. Paul Tregoning
In this module, students learn about several Earth-observing satellite missions and how to derive and interpret results in terms of physical changes on Earth. I contributed to running labs using Fortran programming for inverse problems applied in climate/geodesy applications.

EMSC8019: Advanced Earth Physics

Module leader: Pr. Simon McClusky
This course consists of a series of modules dealing with advanced geophysical methods used to explore Earth. The course combines advanced theory in these areas with integrated case studies and applications related to current research topics. I contributed in developping lab material for basics interpretion of GPS and InSAR data for active tectonic applications.