The examples below are intended to give an idea of the range of projects in which our students engage. Don't be concerned if you don't understand all of the language here.

• A Study of drug transport phenomena on an in-vitro blood-brain barrier model
• Analyzing a solar flare to predict and understand solar events
• Constructing an electrical bio fuel cell using carbon nanotubes
• Eight-week summer internship at IDB headquarters in Jeddah, Saudi Arabia.
• Effects of wind and water on a structural system that was being designed for a school in New York
• Wachovia Housing Scholars of 2007 with Youth Building Newark, a local construction management organization
• Radio-Frequency ID Tags for cardiopulmonary monitoring in clinical setting
• Research on two drugs, tested how their release can be extended
• Built the Biosand water filter and created pertinent information to bring fresh water for People in Haiti
• Constructed an entire virtual model of downtown Camden, NJ which helped to launch the next major revitalization phase.
• Filmed an entire worldwide sustainability conference at the United Nations
• NSF REU program at RPI Center for Terahertz Research
• Performed simulations on current research dealing with micro-metal meshes. Also helped develop tutorials and guidelines for future simulations.
• Research on mechanism of cancer cells
• Designed a competition for high school students for Panasonic during 2007 summer.
• Working on a device to continuously manufacture collagen scaffolds
• Aided in research and development relating to the Smart Campus project
• Analyzing dysarthric speech with the use of an electroglottograph
• Explored the status of women's rights in Afghanistan in the context of the past 60 years of Afghani history
• Characterizing nano-powder deagglomeration. The significance of this work is that it can be used to create better mixtures faster.
• Research on postpartum depression in the Hispanic Urban population. We will be evaluating the current methods of diagnosing ppd and try and revise the current technique.
• Release mechanism of encapsulated drugs from spherical nanoparticles.
• Studied how to prolong the effects of painkillers such as diclofenac and naltroxen by trapping them in a gel environment on a bandage
• Architectural modeling of renovations to spaces in Manhattan
• Mechanical engineering program dealing with nano-composite particulate materials
• Cartilage regeneration
• Presentation for an urban housing project in Newark to explain potential innovative techniques to solving site strategy, site planning, and design of an apartment complex.
• An intelligent planning and maneuvering system for autonomous vehicles
• Co-Designer of public park/environmental education center in Sao Paolo, Brazil
• Designed & constructed an aerosol Lidar system (laser radar for UV remote sensing) to study atmospheric gravity waves generated by heat island effect of New York-Newark metropolitan area
• Developing, programming and troubleshooting Matlab games for subjects with cerebral palsy.
• Making a device which collects data from medical sensors, broadcasts it via Wi-Fi over a network, and graphs it on a Windows-based computer
• Monitoring Prudential’s network by testing its Anti-virus software, reading assembly language, and writing technical reports
• Novel clock generation and distribution systems for next generation gigahertz logic networks
• Worked at the Undergraduate Biology and Math Training Program where I studied the dynamics of Arf-1 protein during viral infection of Coxsackie virus