This page contains links to short versions and to the full versions
of the final projects. Most of the short versions are in a form
of
a business plan. Access to the full version of the projects is password protected. To get such
password, please contact Prof.
Miguel Bagajewicz at
bagajewicz@ou.edu
INDIVIDUALS ARE ALSO RECOGNIZED BY THE INSTRUCTOR IN THE HALL OF FAME BELOW.
FIRST PRIZE WINNERS ($700)
Skin Moisturizing
Lotion to treat Ichthyosis and Xerosis patients:
In this project, a set of three lotions to treat patients with Ichthyosis and
Xerosis, two skin
diseases, is developed. Manufacturing, as well as lotion formulation are
optimized in view of marketing issues (the "best" lotion would be too
expensive!). The analysis
includes the determination of the selling price.
Business
Plan  
Full Version
PowerPoint
Presentation
Monoclonal Antibodies for Delivery of Chemotherapy drugs for
Cancer Therapy:
In this project, a procedure to deliver cancer-cells killing drugs into brain
tumors
is developed. The drugs are encapsulated and antibodies that bind specifically
to cancer cells are attached to the capsules. FDA approval as well as issues
related to the
treatment are modelled mathematically.
Abstract
Full Version
PowerPoint
Presentation
SECOND PRIZE WINNER ($300 EACH)
Portable Oxygen Device:
In this project a portable oxygen device for patients is developed. All
existing technologies based on the use of membranes are explored
(Pressure swing absorption, Polymeric membranes, and High temperature oxide
membranes). The device is designed and a marketing model is run to
determine price.
Abstract
Full Version
PowerPoint
Presentation
MENTION OF HONOR
Injectable Polymer Construct for Tissue Engineering Articular Cartilage:
This project designs constructs for knee cartilage reconstruction using polymers
and
encapsulated chondrocyte cells. It also discusses and models mathematically
application procedures. Financial risk is assessed modeling the FDA process
mathematically
Abstract
Full Version
PowerPoint
Presentation
Polymer from Oranges: EPA has
mandated a reduction of Arsenic levels in OU water. OU can save a few million
dollars over a long term horizon using it own
treatment methods to reduce the purchasing of water from the city of
Norman. This project takes last year's results one step further.
Abstract
Full Version
PowerPoint
Presentation
OTHER (ALSO GOOD) PROJECTS
Flame Retardant: This project
developed a new flame retardant and proposes a business plan to commercialize
it. The new flame retardant was discovered by
using molecular discovery techniques. The newly discovered compound was
preliminarly tested and the flame retardancy predicted was qualitatively
observed.
Business
Plan
Full Version
PowerPoint Presentation
Plastic De-inking:
This project discusses the use of surfactant based treatments to remove ink form
plastics and commercialize the de-inked product. Changes to
and existing technology are suggested and marketing issues are studied (plant
location, markets targeted, etc.) .
Abstract
Full Version
PowerPoint Presentation
Planning Gas Commercialization in Peru: This project
uses an investment planning methodology to determine what are the best
investment options to use the Gas
of a large reservoir in Peru (Camisea). The project used mathematical
prpgramming and considers uncertainty as well as financial risk. .
Abstract
Full Version
PowerPoint Presentation
Hydrogen generation through water splitting: This project
studies different chemical cyscles that can be used to produce hydrogen (and
oxygen) by splitting water.
Mathematical models are developed and marketing issues are considered.
Abstract
Full Version
PowerPoint Presentation
Production of Tocopherol from Soybean Oil distllates: This project
considers the different products (alpha, delta and gamma tocopherols) that can
be produced using
soybean oil distillates. .
Abstract
Full Version
PowerPoint Presentation
The following students
deserve especial recognition for their hard work and . A maximum of 6 students
are recognized here but there was about 6 other hard
workers in the list of qualified students.
Adam
Bortka T.J.
Chancellor Sarah Clawson
Paul Cole III
Chris Fogle Michael
Eatmon