Analysis and design of building structureProjects:- Analysis of steel stair structure subject to loading in Robot Structural analysis- Design of steel stair structure in robot- Design of steel connection in IDEA Statica- Design of T-stub connection for bolt and end plate using plasticity theory- Design of Steel Structure according to the Eurocode and the danish national Annex - FE-modelling of steel structure for building

I work as a teaching assistant in the course 02402 introduction to statistics where I assist with the correction of project assignments from students involved descriptive statistics, data analysis, hypothesis testing, confidence interval, statistical analysis, simple and multiple linear regression. Software: python and R.

Tasks:- Structural analysis of reinforced concrete bridge- Capacity assessment of reinforced concrete structures for transformer platform- Administration of heavy special transport

Internship in the departement for monitoring and analyses of existing structuresThe following experiences are gained during the internship:• Provide consultation for heavy special transportation crossing road bridges where load bearing capacity are checked • Assist the engineers with the statical calculation of the capacity of the existing bridges• Experience in using FE-modeling in LUSAS bridge design software• Prestressed concrete• Work on strengthening of existing structures projects such as bridges and retaining walls• Experience in working with Autocad and Revit• Experience in doing collaboration and communication with engineers and student assistants both by using English and Danish

Teaching assistant in the course STD4 computer aided structural analysis.I was appointed to work as a teaching assistant, in which I teach about understanding of the fundamental of linear elastic and plastic structural analysis of beam and frame, superposition, flexibility or force method, calculation of displacement using virtual work, collapse mechanism of beam and frame, draw axial, shear force, and moment diagram, and draw deflected shape of the structures.

Help the 2nd-semester students to understand the theory in the course Elastic Strength of Material and Design of load-bearing structure (STD2)- teach how to draw internal force diagrams for statically determinate beam and frame- calculate bending stress, axial, and shear stress- Calculate combine stress using Von-Mises yield criteria- and choose suitable standard cross section for beam and truss.