William S.

William S.


Austin, TX 78734

Will travel 10 miles

$47 per hour.

4.9 156 ratings

Experienced tutor in applied mathematical physics

My passion for teaching began during my undergraduate years at University of Nebraska - Lincoln after tutoring dorm-mates and participating in the university?s approved teaching internship where I taught AP calculus and AP physics at two Lincoln high schools: Pius X and Parkview, on a prearranged, alternate basis, with a permanent S.T.E.M. faculty member (100+ verifiable hours). I received my Bachelor?s degree in physics with a minor in mathematics (Class of 2013) which includes algebra thro... [more]

Algebra 1

Algebra 2


I have a Bachelor's degree in physics with a minor in mathematics and engineering (which includes college-level calculus I, II, and III) coupled with the experience in tutoring and teaching both at the high school and adult, college-level.



Microsoft Word


Microsoft PowerPoint



Differential Equations

I have an extensive background in Differential Equations as a result of my dual major in engineering and applied physics at University of Nebraska-Lincoln. I have utilized Differential Equations not only from a mathematical perspective, but also applied differential equations to electrical engineering, physics and other disciplines involving non-static systems such as: engineering dynamics and thermodynamics. The field of Differential Equations can be a fascinating branch of mathematics that combines an individual's math talents into one course. A solid foundation in Differential Equations will allow you, as a student, to appreciate physics, chemistry, and engineering courses from a whole new viewpoint. As a tutor, I believe, Differential Equations are the capstone course for all other pursuits in mathematics and the hard sciences and will allow the student to pursue a myraid of applications ranging from Newton's Law of Cooling, radioactive decay problems used in a bacteria laboratory, computing the lift and drag velocities of a 747 aircraft to the flight path of a fighter plane landing on the deck of a moving aircraft carrier. I will try to provide the student with a mathematical background of Differential Equations plus present a practical application of that knowledge to reinforce the concepts presented.