


| Personal &
Career Goals: -I am working to successfully complete a college degree in Music Education -I would like to have the opportunity use they gifts of music and my passion for teaching in a way that is will provide students with a love or appreciation for music as well. -I am considering pursuing a Master's degree in Wind Conducting as my passion lies within instrumental music. -A small dream that I currently have would be to audition and be accepted in a military band. - I would perhaps like to teach at a college level sometime in my life. |
| Activities &
Hobbies: - I am currently working as an Instrumental Librarian in the Music Department at Concordia University. - I am a member of the University Symphonic Band, A Cappella Choir, Male Chorus, University Jazz Band, and University Brass Ensemble - I enjoy arranging music for church services or small ensemble events. - I am a member of the United States Air Force Auxiiliary - Civil Air Patrol where, I started as a cadet and attained the grade of Cadet Captain and am now a Senior Member Officer. - I have served and am currently certified as a First Responder through the American Red Cross and have had many experiences ranging from bandages and blisters to CPR , AEDs, and rescue breathing. - I also study organ at Concordia University and always love to have the opportunity to play at churches in the area. If you know of any, please contact me. |
| 3D Design- Ever wonder how 3D movies, art, or even pictures worked? Here's a brief look into how it works. Space in 3D - here are some sample pictures taken of Mars in 3D display. See what you can see in these awesome images. What is Color? - for all of those people who love science and are fanatics when it comes to color, here is a web page for you. It is sciientifc paper describing color as a science and what is behind this phenomenon. Medicinal Color - here is a webpage which might give an insight into colors and their affect on people whether for negative or positive influences. You might find these interesting. |
| Water Explained - Ever wonder what happens to water when it becomes hotter? What makes it freeze? This site is for all you science nerds. Simulator - Here's something cool... play with the speed and temperature, size and more with this fun website. Vaporization of Water - here something cool... watch water freeze on contact with cold air! Atomic Animation - Here's just something cool. This is a simulation of electron forces on a molecule. |
| Heat Transfer - The following is a
demonstration of the proper and effective usage of the Silicone Heat Transfer
Compound. You will need Flash
player to view the demonstration. Heat tranfer - Here's a down-to-earth site describing and giving visbile demonstrations of heat transfer. Heat Videio - Here's an old but still very viable way of explaining heat transfer. This clip shows the three ways that heat energy moves - conduction, convection, radiation or any combination of these. From a 1944 US government film on refrigeration. Make your own - Short experiment demonstrating how a cloud forms by using compression and decompression. |
| Watch them Grow - here's what happens you put marshmellows into an air tight chamber and suck all the air out. Toilet Paper gone airborne - Don't try this at home, if you do however, make sure you ask the parents before subjecting children to loud noises for the future of science. What is it? - A general basis for what pressure is. This website includes several demonstrations located at the bottom of the site as well. Ballons + Liquid Nitrogen? - Don't do this at home. This demonstrates the ideal gas law (PV=nRT) which states that a drop in temperature with fixed mass and external pressure will result in a smaller volume, and vice versa. |
| Try it yourself - Here's a neat interative science demo which illlustrates Archimedes Principle Chart - Here is an easy chart which explains the basics of Archimedes Principle. Animated Flow - An interactive demonstration of Bernoulli's Principle. A Cool Experiment - Here's an experiment you can try out (Bernoulli's Principle) |