Our People

Antonella Galliani
Principal Numerical Analyst
MSc BSc (Hons) GMICE
Principal Numerical Analyst
London
Tel: 020 3096 7567
Antonella is CGL’s Principal Numerical Analyst based at our London office. She graduated with honours with a Bachelor degree in Civil Engineering and a Masters in Structural and Geotechnical Engineering from the University of Naples Federico II. Antonella has experience in providing contractor and consultant support to a variety of clients on projects across various sectors, including health, commercial, residential, education, and infrastructure.
Key technical experience includes procuring, managing and interpreting ground investigations and undertaking geotechnical design (i.e. shallow and deep foundations, retaining walls, slope stability, groundwork, earthworks).
Involvement in complex ground movements analysis and soil-structure interaction analysis thanks to Antonella’s experience in Finite Element Modelling (PLAXIS 3D) enabling critical impact assessments to be undertaken on railways, highways, tunnels, underground structures and basements and enabling hydrogeological risk assessments.
Antonella has extensive experience in project management, below ground temporary works design (tower crane base foundations, piling platforms, basement conventional propping and buttress piles design), reuse of existing foundation (RuFUS) and tender reviews.
Involved in the geotechnical analysis of CGL’s 27 Commercial Road project, winner at the 2019 Ground Engineering Awards, in the category UK Project with a Geotechnical Value up to £1M and finalist for the Rising Star award at the 2020 Ground Engineering Awards. Antonella was also project manager and geotechnical lead designer for the 1 Station Square project and for Project Nash, both finalists in the category UK Project with a Geotechnical Value between £1M and £3M at the GE Awards 2020 and 2021.
“I am committed to providing a high-quality service to every Client and project I work on and it’s great working with others that strive for excellence and to push the boundaries of engineering.”