djily dang

cherbourg-octeville, basse-normandie

About

On september 2010, i joined Polytech'Clermont-Ferrand (CUST) where i obtained after 3 years of training my engineer degree (Master degree) in civil engineering. I also did a Master degree of research on materials, structures and reliability at the last year of my engineer training. Before coming in France, i got, after two years of study, a university diploma in civil engineering technology at Polytechnic of Dakar (Senegal). On november 2016, I got my PhD in civil engineering from Blaise Pascal University in Clermont-Ferrand (France). ----------------- I believe that Deversity is a key of success not an issue. Together, let's achieve our mission, building a stronger and more secure world full of peace and justice, no matter where you are from. #Dr. DANG

Country

france

City

normandy

Industry

civil engineering

Skill

microsoft office, autocad, project management, matlab, engineering, civil engineering, microsoft word, construction, construction management, road, structural engineering, timber structures, steel structures, mechanic of structures, team management, finite element analysis, latex, vba, robot structural analysis, reinforced concrete, material properties, image analysis, image processing, msproject, optimization, ansys, pascal, inverse problems, experimentation, grid method, virtual fields method, design and calculation of glass product, sofistik, non linear analysis, modal analysis, spectral analysis, seismic hazard analysis

Experience

cherbourg-octeville, basse-normandie

technical lead

sofren group

2018-7 - Present · 8 yrs 3 mos

civil engineering consultant

sofren group

2017-4 - 2018-6 · 1 yr 3 mos

monitorat

polytech'clermont-ferrand

2013-9 - 2015-8 · 2 yrs

stage ingÃ nieur en recherche et dÃ veloppement

gagne constuctions métalliques

2013-2 - 2013-7 · 6 mos

assistant conducteur de travaux

gtm batiment

2010-7 - 2010-8 · 2 mos

chargÃ d'opÃ rations

poste immo

2012-5 - 2012-8 · 4 mos

phd student in civil engineering

institut pascal

2013-10 - 2016-9 · 3 yrs

Full-field measurements for the characterization of heterogeneities in wood material. Use of a full-field contactless and white light technique, the grid method, to characterize materials with gradients of properties: application to wood material under hydric and mechanical loads. Use of optimization tools and partial derivative equations for the inverse identification of wood properties at the growth ring scale.