This year, The College of New Jersey’s Concrete Canoe team will be competing in the 2013 ASCE National Concrete Canoe Competition.… Continue Reading
This year, The College of New Jersey’s Concrete Canoe team will be competing in the 2013 ASCE National Concrete Canoe Competition.… Continue Reading
Each year, the American Society of Civil Engineers (ASCE) and the American Institute of Steel Construction (AISC), sponsor a National Student Steel Bridge Competition (NSSBC)… Continue Reading
The purpose of this project is to design, build, and test a robot capable of extinguishing building and basement fires and effectively replacing a firefighter in highly dangerous situations… Continue Reading
The objective of the Autonomous Unmanned Aerial Vehicle project is to be capable of an autonomous rapid first response to a security risk.… Continue Reading
The design goal of the project is to provide a geotechnical, hydrologic, and structural design for the new Bass River Bridge. … Continue Reading
The device under development will implement fused deposition modeling to create customizable, reproducible constructs that support cell growth.… Continue Reading
The goal of the Brutus Roller Green Evolution is to design and build a kit to convert the gasoline powered tennis court roller into an electrically powered unit.… Continue Reading
The College of New Jersey (TCNJ) Department of Campus Planning is currently constructing the TCNJ Campus Town and has proposed construction of student apartments along Carlton Avenue. … Continue Reading
The purpose of this project is to allow both researchers and TCNJ students the unique ability to manipulate parameters and topology of a physical power system and observe its effects efficiently.… Continue Reading
Our project hopes to find a polystyrene replacement that can first be applied to maritime construction and then applied to many different construction applications.… Continue Reading
The ASME Human Powered Vehicle competition is an intercollegiate competition, which focuses on innovation in sustainable short distance alternatives to automobiles. … Continue Reading
Building on the hybrid scaffold fabrication prototype developed by last year’s team, our goal is to extend the capabilities of the system to form coaxially electrospun biphasic scaffolds. … Continue Reading
This project will investigate issues with the McGill’s Residence which underline possible hydrological and geotechnical problems that must be rectified.… Continue Reading
This mission of this project is to design a system which will implement alternative, green energy on the TCNJ Campus. … Continue Reading
The goal of the Micromouse project is to design and build an autonomous robotic vehicle that will solve a maze… Continue Reading
An inexpensive, lightweight, and portable device was designed to provide a reliable, durable and programmable system to rehydrate patients through a self-contained, nasogastric pump system.… Continue Reading
The goal of the 2013 New Jersey Autonomous Vehicle (NJAV) senior project is to design, construct, and test an unmanned vehicle to compete in the 21st Annual Intelligent Ground Vehicle Competition (IGCV).… Continue Reading
The objective of this project is to develop a portable capnograph that displays the end tidal CO2 and wirelessly transmits the capnogram to a separate computer. … Continue Reading
This incubation unit is a TCNJ legacy project, thus several improvements have been proposed to the previous design.… Continue Reading
Our system would provide the user no extra controls on the handlebars, instead having a microcontroller calculate the assistance required by measuring the force, and speed of the bike.… Continue Reading
The TCNJ Aero Design team is to design and build an R/C aircraft that will be entered in the 2013 SAE Aero Design Regular Class Competition in Van Nuys, California.… Continue Reading
The objective of the TCNJ Baja Team is to construct a rugged, multi-terrain vehicle to compete in the nationally sponsored SAE Mini Baja competition.… Continue Reading
The TCNJ SATCOM on the move design project is an alternative design to the bulky products currently on the market. … Continue Reading
The team aims to reduce weight, decrease drag, simplify systems integration, and increase efficiency to ensure success in the 2013 Solar Splash competition.… Continue Reading
This study is intended to determine the foremost cause of the water infiltration and propose a solution to maintain the structural integrity of the Townhouses.… Continue Reading
The purpose of this design project is to provide a design for a load frame for use by The College of New Jersey.… Continue Reading
The purpose of the TCNJ Tennis Court Area Flood Mitigation design project is to correct the flooding and runoff issues in two areas (by Packer Hall and the walkway from the towers to Eickhoff Hall) surrounding the TCNJ tennis courts.… Continue Reading
The overall goal of the Thailand Water Supply System project was to pump, store and distribute water to Hantham Village in Longkhot Thailand. … Continue Reading
This project is a proof of concept study, which intends to show that multiple degrees of freedom can be incorporated successfully without myoelectric control and without unreasonable stress on the user. … Continue Reading
We aimed to combine rigid and biological fixation techniques to develop a proof-of-concept biphasic internal fixator which varies its stiffness between the typical stiffness of the two methods.… Continue Reading
A list of the senior projects for the 2011-2012 academic year.… Continue Reading
In this project a distributed state estimation design will be developed that partitions a large system into smaller systems.… Continue Reading
The Mini Grand Challenge is a competition typically hosted by Pennsylvania State University where colleges from around the country each build a completely autonomous vehicle and race across the university’s campus.… Continue Reading
Members: Alex Illuzzi, Paul Triantafyllou, Marshall Roshto*, Ethan Carey* Primary Advisors: Dr. Orlando Hernandez and Dr. Lisa Grega The goal of the TCNJ Autonomous Unmanned Aerial Vehicle (UAV) senior project team is to design and create an autonomous quadrotor helicopter that will travel to a specified location and return to its departure point while navigating the… Continue Reading