| Virtual Laboratories |
 Virtual CVD Workshop: (Click here) |
 The Virtual CVD Laboratory: this first-principles
simulation of a chemical vapor deposition (CVD) reactor provides a
virtual laboratory that gives students an authentic experience in
experimental design; the Virtual CVD laboratory contains
a 3D graphical student interface that simulates a
cleanroom environment, and an easy to use web-based instructor interface
with integrated assessment tools. |
| Available for use now! |
| Go
to the Virtual CVD Homepage |
| The Virtual BioReactor Laboratory: The newest virtual laboratory allows two possible types of bioreactor applications: 1. production of a recombinant protein in yeast, and 2. degradation of a waste compound by a consortium of bacteria acclimated to the specific waste compound. |
| Available for use now! |
| Go
to the Virtual BioReactor Homepage |
| Thermosolver |
| Educational thermodynamics
software program is bundled with Professor Koretsky's Engineering
and Chemical Thermodynamics textbook; it uses a built-in database
of chemical properties to make calculations, such as saturation
pressures and fugacities, solving of equations
of state, solving vapor-liquid equilibrium
problems, and determining chemical reaction equilibria. |
| Available for use now! |
| Go to the Thermosolver
Homepage |
|
| WISE Learning Tool |
| Web-based
Interactive Science and Engineering Learning Tool provides interactive exercises and assignments that allows instructors to create
an active learning environment and provides the instructor tools for
formative assessment. |
| Available for use now! |
| Go to the WISE
Homepage |
|
| Nanotechnology Option |
| New Nanotechnology
Option begins with sophmore level nanotechnology courses including
a Nano Materials and Energy Balances course (CHE 214) and Applications
of Nanotechnology in Engineering (ENGR 221). |
|
Go to the Nanotechnology Education Homepage |
|
| Microelectronics Processing Unit Operations |
| Experimental modules
common to the microelectronics industry including spin coating, chemical
vapor deposition, plasma etching, copper electrodeposition, and chemical
mechanical processing are integrated into the classroom and laboratory. |
|
Go to the Microelectronics Education Homepage |
|
| SESEY |
| Unique opportunity
for high school girls and minority students with an aptitude for math
and science in engineering fields. |
|
Go to the SESEY Homepage |
|
| Engineering Camp (E-Camp) |
| A one week, non-residential
summer engineering middle school camp. Coordinated
by Dr. Skip Rochefort (CBEE) and Nancy Wortman (Director, Saturday
Academy). |
|
Go to the E-Camp Homepage |
|
| Spirited Kids in Engineering and Science (SKIES) |
| An 11 week K-5
summer science and engineering program on the OSU campus
run as a collaboration of OSU KidSpirit and CBEE. |
|
Go to the SKIES Homepage |
|
Dr. Skip's Corner
K-12 Teaching Adventures @ OSU Engineering |
| Monthly column describing
COE activities is in K-12 education and recruitment/retention, and
to provide resources and engineering related activities for parents,
teachers, and friends interested in K-12 outreach. |
|
Go to Dr. Skip's Corner |
|
