● Worked as a software developer on a multidisciplinary optimization tool for preliminary landing gear designs, for accelerating the pre-bid phase● Verified and validated the outputs of the tool with various landing gear parts based on the ATR 72, BD-100, and Global 7500 programs, for the integrity of the tool● Designed and developed parts of the graphical user interface (GUI) for the tool, in order to enhance the usability of the tool, specifically for aircraft configuration and analyses, as well as optimization of gas springs for oleo-pneumatic shock struts

● Conducted a literature review of machine-learning based accelerated PDE solversto assess the feasibility of some of the state-of-the-art approaches● Validated a physics-informed geometry-adaptive convolutional neural network onthe 2D incompressable Navier-Stokes equations on a custom curvilinear geometry

● Led a team of ten students on aerodynamic design and analysis of a hybrid rocket - tobreak the highest altitude record attained by an amateur-launched rocket in Canada● Worked on computational fluid dynamics (CFD) simulations and panel codes - to verify thestructural integrity of the rocket when subject to aerodynamic loads at the max q condition● Delegated projects, planning milestones, monitoring performance, and documenting tasks

● Built, launched, and successfully recovered a rocket with a certified H class motor

● Developed D3ACE Visualization Suite, a GUI for Bayesian machinelearning models for design exploration and optimization - to streamline workflows in ongoingjet engine development programs at Pratt & Whitney Canada

● Developed FOAM View, a GUI for the OpenFOAM CFD software package - to simplify theverification process of engineering designs subject to fluid motion and heat transfer

● Translated MATLAB code for environmental engineering calculators into Python code