The Bernard M. Gordon Learning Factory
Fall 2022
PROJECT SHOWCASE
EDSGN 100 Cornerstone
Student teams in EDSGN 100 used a variety of design tools and techniques to design, prototype, and evaluate a solution to a problem posed by the project sponsor: Wabtec Corporation. The project tasked the students with designing a zero-emission system to replace the diesel-operated trucks currently operating in open pit mines. Through the lens of systems thinking and sustainability, students followed similar design processes to identify understand the current system, ideate potential solutions, and evaluate and communicate a proposed solution through an iterative, multi-week project. One team was selected by each EDSGN 100 section to represent their section at the design showcase. You can read more about EDSGN 100 on the Cornerstone Engineering Design Website.
Projects
Catenary Battery System (CATBAT)
The objective of this project is to design a system for mining trucks to...
Funicular Mining System (FMS)
The objective of this project was to create a green, sustainable...
Catenary Excellency
The objective of this project is to eliminate Wabtec's diesel use by 2030...
The Suspended Travel Elevator Process
This project aims to develop an alternative-powered open pit mine haulage...
Mining Vehicle Electrification
The objective of this project is to provide researched ideation for the...
The Grouser Truck: A Catenary System of Haulage Trucks Utilizing Grouser Tracks and Artificial Intelligence
The objective of this project was to both environmentally and...
Self-Contained Supercapacitor in Mining
The objective of this project is to communicate how supercapacitors can...
Lithium-Ion Battery and Catenary System Powered Mining Fleet
The objective of our project is to create a more sustainable mining fleet...
WabTec Mining Bucket Conveyor System
The objective of this project is to create a sustainable, zero-emissions...
The Batenary
The objective of this project is to create a greener and cheaper method...
Be-Green Battery System
The objective of this project is to use solar energy as it...
Hydrogen Fuel Cell Powered Truck
The objective of this project is to reduce carbon emissions while...
The Regen-Excavation
The objective of this project is to meet the goal of a 50% reduction in...
Hydrogen Fuel Cell Truck
The objective of this project is to reduce carbon emissions in the mining...
HydroDrive
The objective of this project is to create an efficient, feasible...
HydroHaul: Hydrogen Fuel Cell with Proton-Conducting Graphene Membrane and Regenerative Braking System for Mine Haulage Trucks
The objective of this project is to design a sustainable fuel system for...
FREEgenerative Braking
The objective of this project is to reduce the CO2 emissions and fuel...
Electrified Conveyor Belt
The objective of this project is to reduce carbon emissions while...
Super Conductivity Rail System
The objective of this project is to optimize open-pit mine haul truck...
Chain Lift Rail System
The objective of this project is to create a locally green alternative to...
Wind-Powered Electrification of Mining Truck with Regenerative Braking
The objective of our project is to create an optimized alternatively...
The Copper Canyon Conveyor
The objective of this project is to provide a cost effective and...