This page is under development, here is an overview of this project:

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This project explores a cross-channel approach to creating an Urban Air Mobility system and showcases the ability to incorporate different systems of systems into a singular solution.

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Engineering:

Operational Context of UAM Propulsion

Status Quo and Barriers

Design Variables

Resource, Operations, Policy, and Economics

Paper Model of Network, Graph Theory Analysis of Alpha-Gamma with Matlab and R

Objective Function, Design Variables, and Performance Metrics

Agent Based Model (Matlab, Python, Anylogic)

Monte Carlo Simulation, Continous time series of autonomous agents

Results, Verification and Validation, Emergent Behavior

Route Optimization, Vehicle Optimization

Subsystem Robust Portfolio Optimization with Matlab

Implementation ->

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Design

Concept Ideation

User Research

5E Model of experience

Iterative Design Process (Research, Design, Prototype, Test)

Implication of Engineering Optimization to physical and digital design

Design (CAD, UI, etc) and Development (HTML, CSS, JS) of the following:

Route Design and Scenery

Vehicle Aesthetics

In-Flight Ergonomics and Personalization

Booking Experience Website

Ticket Design

Artifact Design

Post Flight Experience

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Final Takeaways