- ← Previous
- Showing 1 to 7 of 7
- Next →

Will travel 18 miles

$60 per hour.

4.94 441 ratings

I've worked with dozens of engineering students to discuss the solution of so-called First Order Ordinary Linear Differential equations, using integrating factors and applying existence-uniqueness properties to identify particular solutions; First Order Separable Differential Equations, utilizing concepts in partial differentiation, and other Non-Linear forms utilizing Bernoulli's method; and Second Order Ordinary Differential equations with constant coefficients, where their non-homogeneous forms require an introduction to the so-called annihilator method for assembling solutions. Many of th [more]

Will travel 25 miles

$40 per hour.

0.0 0 ratings

I have participated in the UCR wind turbine competition, performing in the roll of physical analyst using my physics knowledge to create a working mathematical model of our design and optimize our parameters. I have also taken a university class in differential equations and earned an A in the course. I have also studied statistics, Newtonian physics, wave based optics and electrodynamics, introductory general relativity up to Swartzchild geometry (Karl Swartzchild's solution to Einstein's field equations), introductory quantum mechanics up to solving Schroedinger's equation for the hydrogen a [more]

Will travel 15 miles

$30 per hour.

5.0 12 ratings

I have taken a course in linear algebra, half of which focused on ordinary differential equations. I have also taken a graduate level class focused entirely on differential equations. Furthermore, I have taught individual students as well as groups of students on the subject. I am a physics Ph.D student at the University of California, Riverside. I have worked as a Mathematics tutor there for around 3 years. I graduated from St. John's College with a Bachelor of Arts in Liberal Arts, which breaks down into a double major in the History of Math and Science, and Philosophy, and a double major in [more]

Will travel 25 miles

$40 per hour.

4.87 31 ratings

I graduated from MIT with an engineering degree. During my time there, I took differential equations and linear algebra. I still have my book and notes that I can share with a student to help them as well. Hi Everyone I went to MIT and I'm looking to help out some kids on the side. I studied electrical engineering with more focus on analog electronics, but I did a little digital too. I feel pretty good with math and engineering topics. I can do some science and other stuff too, just ask me about it. I like to try and teach concepts and information rather than just the method a book asks f [more]

Will travel 25 miles

$50 per hour.

4.38 21 ratings

I have earned a MA degree in Mathematics from University of Texas at Arlington. Also, I have been teaching many Math courses at various colleges (PCC, Mt. Sac) and universities (ULV and DeVry U) Specifically, I have tutored students Differential Equations at University of Texas at Arlington. Therefore, I can teach this class. I have a degree of MA in mathematics and a degree of MS in computer science. I have earned both degrees from the University of Texas at Arlington. For my teaching background and experience, I have been teaching at various colleges (i.e., Mt Sac and PCC) and universiti [more]

Will travel 10 miles

$50 per hour.

4.91 58 ratings

I am theoretical physics PhD. Differential equations are my regular tools in my research. I am very good in solving all kinds of differential equations. I have a Ph.D. in Physics, University of North Texas and a Physics Postdoc at Univeristy of British Columbia, Canada. I graduated in physics PHD in 2004! I have worked in University for many years and have a great experience in teaching college students. I am also a MATH COUNTS tutor for Middle school students and Olympiad tutor for high school students. I have tutor experience for 6 years. My best student enrolled USA Physics Olympiad Final [more]

Will travel 12 miles

$35 per hour.

4.89 396 ratings

In the 23 years that I worked for the Department of the Air Force a majority of it was spent on working on projects that involved pointing and tracking systems that would eventually be used for weapons in space. The work that I did as the lead control systems engineer on each involved having to develop advanced feedback loops that accurately pointed at a target and minimized jitter. To do this required the use of second order differential equations and Laplace transforms. I also was involved in developing an advanced navigation filter based on Kalman filter theory for use in an advanced fighte [more]

- ← Previous
- Showing 1 to 7 of 7
- Next →