Worked in the following projects:• Leading the back-end and front-end development of the 2D and 3D Finite element analysis module of the geotechnical analysis software Deepex (excavations, Tunnels, Foundations,Buildings).• Leading the development of the Foundation analysis and design software deepFND.• Leading the RnD project in the topic of foundation topology optimization through A* heuristic search – SQP hybrid algorithm.• Associated with the consultancy on various… Show more Worked in the following projects:• Leading the back-end and front-end development of the 2D and 3D Finite element analysis module of the geotechnical analysis software Deepex (excavations, Tunnels, Foundations,Buildings).• Leading the development of the Foundation analysis and design software deepFND.• Leading the RnD project in the topic of foundation topology optimization through A* heuristic search – SQP hybrid algorithm.• Associated with the consultancy on various excavation and foundation design projects. Show less

Under the RSSB funded research program T1073-2 “Development of a Methodology to Determine Loading Regimes for Track Designers”. Research activities included the investigation of dynamic load amplification on high speed railway.

Thesis topic: "Seismic risk assessment of bridges considering soil-structure interaction by means of a frequency-and intensity-dependent order reduction."projects:• the extension of the macroelement methodology to fully capture the dynamic behavior of Soil structure interacting systems through optimization based model order reduction.• Development of a highly efficient ground motion selection algorithm where inaccurate representation of earthquake properties due to scaling is… Show more Thesis topic: "Seismic risk assessment of bridges considering soil-structure interaction by means of a frequency-and intensity-dependent order reduction."projects:• the extension of the macroelement methodology to fully capture the dynamic behavior of Soil structure interacting systems through optimization based model order reduction.• Development of a highly efficient ground motion selection algorithm where inaccurate representation of earthquake properties due to scaling is eliminated through subproblem quadratic optimization incorporated within the algorithm heuristic based search.• A detailed case study highlighting how essential is the detailed consideration of the dynamic properties of the subsoil medium in the fragility assesment of concrete bridge structures. Show less

Front end and back end software development of a nonlinear pile analysis software for the variation of all the possible options presented in the literature.

teaching assistant in the following courses:• “Programming techniques and use of advanced software for Structural Engineering” • “Applied Informatics for Civil Engineers”

Development of a robust substructuring methodology in the time domain with unconditionally stable behavior for soil-bridge dynamic systems.

• supervision duties on multiple projects on the construction and repair of Bucket wheel excavator moving equipment • redesign process of a steel footbridge due to settlement issues observed.• tasks in the preparation of financial offers for project competitions.