engineering-economics

First-principles screening model for a 3,000 kg/h naphtha HDS unit covering sulfur conversion, H₂ demand, heat integration, LMTD-based exchanger sizing, furnace duty, hydraulic screening, and constrained reactor-temperature optimization for ≤10 ppm product sulfur.

Final design project for an Engineering course at McMaster University. A group project that involved assessing the implementation of heated walkways from an economic perspective to the McMaster University Campus. My technical analysis component focused on the energy required to melt the snow.

Learning curve and rate cost model for production lots: fits LC, Rate and LC+Rate, rolls WBS elements into a program estimate, and puts prediction intervals and a correlated Monte Carlo around the total. Tkinter interface, Excel output.

AUT Entrepreneurship course

Run a capital decision through a simulated investment committee of seven Claude-powered departments, model it with NPV/IRR/tornado sensitivity, and drill consulting case interviews.

C++ command-line solvers for standard engineering economy interest factors (F/P, P/A, F/A, P/G, A/G)