Senior Lead Engineer - Materials Modeling

Experienced in phase-field, molecular dynamics, Nonlinear FEM, crystal plasticity and microstructure modeling (grain, sub-grain and CALPHAD) techniques and data analysis methods. Experienced in different tools like AdditiveFOAM , Ansys/ABAQUS, MATLAB, DAMASK, ThermoCalc. Experience with tools like MicroSim and ExaCA are an added advantage . Strong expertise in working in Windows and Linux environments and proficient with writing scripts in Python, Java, C/C++ and bash. Experience in working with data visualization tools like Paraview Knowledgeable on crystal structure, mechanical behavior of metals and strong understanding of and working experience with metal additive manufacturing processes such as Laser bed Powder Fusion (LBPF). Critical thinking, decision making and problem-solving skills Analyze, monitor and improve efficiency, stability of the system Interact with US counterparts for close coordination of the project activities. Primary Roles and Responsibilities: Lead/Sr. Lead Engineer/ Principal Engineer -Research Understanding of the customer requirements and specifications. Working closely with the other engineer, SME and other stake holders to develop the model Technical and business proposal preparation for advance methods development Technical mentoring and coaching of engineers Participating in internal CoP and external professional bodies Deliver the results within cost and schedule with quality Support creating Standard Works, Lessons Learnt documents, Standard Job Instructions and Check lists Must have good communication and interpersonal skills. Basic Qualifications: Ph.D. in Materials Engineering with research focus on modelling and simulation using ICME techniques. Bachelors degree in Materials Engineering with a minimum experience of 7 years or Master s in Materials Engineering with a minimum experience of 5 years and thesis focused on computational modeling and simulation.