Safdar Ali

My responsibilities are: Perform Static strength justification of the Wing Upper Covers of A350XWB for Type Certification. Coordinate and discuss with AIRBUS and internal focal points on regular activities and issues. Understand requirements of client and prepare RQSs. Perform FEA of composite panels and interfaces using DGFEM and GFEM. Create certification reports and ACD4 sheets. Check and review work of colleagues to maintain quality control standards. Tools used: Patran/Nastran, ISAMI Analyst

My responsibilities were: Validation of Airbus A350XWB-1000/-900 Wing Upper Cover (WUC) Static DGFEM according to the Airbus procedure AM2036. Preparation of WUC DGFEM qualification reports. Tools used: Patran/Nastran, ISAMI Analyst

My responsibilities were: Develop FE models for A350-900XWB Cabin B-brackets Secondary Structures of pre-designs, detail part designs and assemblies in accordance with Airworthiness regulations. Perform static, modal and buckling analysis. Feasibility studies and weight optimization of the structural components. Evaluate engineering drawings and material/parts selection. Calculation and validation of fasteners and creation of Stress reports. Tools used: Patran/Nastran, ISAMI Analyst

My responsibilities were: 1st level support on ISAMI, ISSY tools and Stress Dossier for BOS stress help department of Airbus. Management of incidents and creation of exercise manuals of different ISAMI modules. Tools used: ISAMI Analyst, ISSY, Patran/Nastran

I did my Master Thesis in Airbus Bremen Germany and topic of thesis was “Multi-scale modeling of thermoset composite behavior during cure to establish a rule of mixture. I developed material models in 3D micro-simulation methods of fiber reinforced composites, performed static analysis and validated FEM results with experimental results. Tools used: ABAQUS

My responsibility were: I worked on literature survey and carried out modelling and simulation of engineering projects. Tools used: Matlab

Continuum mechanics, Computational mechanics of materials, Computational mechanics of structures, Numerical methods, Discretization methods, Engineering materials, Micromechanics of materials and homogenization methods, Optimization of mechanical systems and Composite modelling

Finite Element Analysis, Fluid Mechanics, Thermodynamics, Advance Industrial Materials, Computer Integrated Manufacturing, Production & Operation management, Advance Manufacturing Processes, Mechanics of Machines and Hydraulic Machinery