This is a list of MEng Project offerings for Spring2017, you may also contact individual faculty for additional opportunities. This page will be updated as additional project descriptions become available.
Professor Andarawis-Puri
Professor Avedisian
Professor Bewley
Professor Bonssar
Loading Device to Enable Non-Surgical Study of Post-Traumatic Osteoarthritis in Rodents
Methods and Devices for Reshaping Craniofacial Cartilage
Delivery of Injectable Patches for Intervertebral Disc Repair
Wearable and Implantable Sensors for Monitoring of Arthritis Patients
Professor Butcher
Professor Campbell
Autonomous Systems Lab
Dr. Diaz Artiles
Professor Fisher
Professor Hernandez
Hernandez Group
Professor Hoffman
Professor Louge
Dune Field Research
Professor Petersen
Demonstration of inflated DEA actuators through foldable robots
Professor Savransky
Schaffer-Nishimura Lab
Professor Selva
SEAK Lab Meng Projects (Systems Engineering, Architecture, and Knowledge)
Professor Ulinski
Lucy 3D QA Phantom
ASML – Super Tapper
ASML – Piezo Manipulator Athermalization
TE Robotic Assembly Simulation
Professor van der Meulen
Professor Williamson
The Aircraft Wake Phenomenon
Mini Turbines in an Urban Environment
Professor Zehnder
Thin Walled Carbon Fiber Tubes
Professor Zhang
Energy Efficiency at Telecommunication Facilities
Renewable Energy for Heating and Emergency Preparedness
Sustainable Design Practice in the Renovated Upson Hall
The "Power" of Precision Medicine
Computer-aided tomography (CAT) for mapping air pollution
Renewable New York 2030
Project Teams
The College has a large number of project teams and some MEng students complete their MEng projects related to a team.
MAE undergraduate research opportunities (many of these offerings are available to MEng students as well)
Department of Biomedical Engineering MEng Projects
Many Biomedical Engineering design project teams find having students with mechanical engineering backgrounds to be an asset.
BME Faculty MEng Projects
Systems Engineering Projects
Cornell University Sustainable Design
Cornell Cup Create an Innovative Modular Robotics Platform