Dr. Saqib Mahmood

- CFD and FEM Simulation using ANSYS, OpenFOAM, Star-ccm+ etc. - Requriement Engineering / Management using Siemens Polarion / IBM Doors - Requirement data analyses using different tools like Enterprise Architect & Python - Development of mechatronic systems in the automotive field - Creation of UML/SysML diagrams

- Successfully completed ITIL 4 Foundation Certification in IT Service Management - ITIL 4 Service Value System - ITIL 4 Guiding Principles and 4 Dimensions - ITIL 4 Service Value Chain - ITIL 4 Practices - Hands on experience of ITIL 4 using Project work and exercises

- Successfully completed Product Owner Certification - Hands on Scrum, Kanban experience using Trello Board and Atlassian Jira with practical examples - Detailed lectures accompanied by group assignments and project work.

- Successfully Completed Requirement Management Training of 04 weeks, Hands on experience of practical examples to create functional / non-functional requirements with the help of Canvas Board, RACI Matrix, Dashboards and Pivot Table Analysis.

SAP Material Management User Certification

• Responsible for numerical CFD activities in areas of aerospace, wind energy, automotive etc. • Mesh generation of highly complex geometries using commercial and open source packages • Numerical simulations of the anti-contamination devices and the effect of turbulence modelling • High-end post-processing using the state of the art softwares • Responsible for quality control and audit for the numerical group • Leading the numerical group and performing the project management

Major responsibilities include: • Numerical evaluation of resolved Vortex Generator Jets via Active Flow Control to improve the High-Lift configurations • Highly complex 3D structured meshing for the trailing edge actuation • Numerical Simulation of Vortex Generator Jets via Active Flow Control over Swept High-Lift Airfoil configuration • Numerical design of Leading edge flow control to suppress leading edge type stall via RANS and DES numerical approaches

PhD Thesis "Active Flow Separation Control with Fluidic Vortex Generator Jets for Aeronautical Flows"

Major subjects include: - Fluid Mechanics - Solid Mechanics - Numerical Methods in Dynamics - Computational Fluid Dynamics (CFD) - Continuum Mechanics - Finite Element Method (FEM)