Non-linear finite element analysis of dynamic events using high fidelity models. Modelling and simulation performed using in-house developed first principles physics F.E. code, which leverages Lagrangian solids & shells, SPH, and coupled Lagrange-Eulerian solvers. Development and management of post-processing software/scripts for mining, reporting, and visualizing simulation results. Personal coding preferences are Python and Fortran.

Lead engineer of die casting operations. Responsibilities included: Mechanical process design and analysis; project management; continuous improvement; capital budgeting and justification; acquisition of new technologies; programming and operational support; customer support and quality control.Much of my effort was concentrated in computational fluid dynamic analysis used to study thermo-fluid interactions and process dynamics. I also have focused on PLC logic design; ergonomics; lean and DFM.

Loss tree analysis on production lines; Updating and streamlining standard operating procedures; database management.