$70/hour

5.0
average from
127
ratings

“**Amazing**”

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Physics, Mathematics, Chemistry, Business and Engineering, the STEM disciplines, can be difficult

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Dr. V made math exciting again. I’ll be using him not only for math but an assortment of other subjects; the man is vastly well researched when it comes to Math and Sciences’. It’s impossible not to learn from him.

Richard is a very effective tutor. He has tutored, and continues to tutor my three children at various levels in math, physics, ACT and SAT test preparation. His patience and methods has been very helpful in strengthening their academic and test-taking skills. According to my children, he provides a variety of explanations and approaches that not only improves their understanding of the material, but also enhances their confidence about their ability to succeed in the course or test.

Mr. Richard always shows up according to schedule, communicates with me about the tutoring session and the progress being made, even working in harmony with their classroom teacher when necessary, in providing excellent academic assistance. I give him the grade of awesome.

Richard has been very helpful with studying for my military assessment test, ASVAB/ASTB. He has been especially helpful, and patient, with some of my shortcomings in math and physics. I've become more confident in these areas since taking tutoring lessons with Mr. Richard V.

I was an OSU undergraduate student taking Stats 1430. I received an A in the class due to the help of Prof. V. He was a very knowledgeable tutor who had a knack for rephrasing concepts to help them "click." He was also able to put the concept into real world scenarios to help me better understand them as well. If you are looking for a statistics tutor, look no further!

Richard is a very good tutor. My son has only had a few sessions covering calculus and physics and it has already positively impacted his confidence and his grades. Thank you for knowing how to cover the info in a way my son can understand.

Very patient, uses time well. Makes individualized notes for every lesson. Flexible with schedule and can alternate between disciplines depending on the student's need. 2 hour minimum is well worth it. Can be reached by the phone or email, convenient.

Professor V is the greatest. I like his teaching style. He makes learning stats fun. I look forward to many teaching sessions with Prof V.

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I have an MBA from the University of Akron, which is rated in the top 5% of Business Schools that are also AACSB accredited. Additionally I have completed doctoral coursework in Business at Kent State University (also AACSB). My MS in Mathematics is both pure and applied with a sub-minor in Operations Research. I am on the adjunct faculty of Ohio University for teaching Operations Management courses.

As an Applied Mathematician and Physicist well-trained in the use of computer programming languages I've solved differential equations and forward integration problems with Runge-Kutta methods in Fortran, as well as BASIC and Pascal. I have written my own code to compute the statistical parameters of distribution functions. As deeper subject matter, I have tutored and taught Discrete Mathematics.

I am also skilled in using Excel as a resource to do Linear Programming with a few, readily available software packages. For very young students I simply show how a word problem can be solved by applying simple code to extract solutions if any should exist.

Differential Equations is an intriguing subject, normally encountered in the science major's second year of training. However, some readily available methods of solution are handled by algebraic means. For example, the time-varying homogeneous LDE:Y"+bY'+kY = 0, with real constant coefficients can be solved by assuming an algebraic solution of the form Y = e^(st), and solving the operator-algebraic equation in 's'.

If the LDE is non-homogeneous, then using Green's functions, the Wronskian, or even Variation of Parameters provide elegance. Also, many of these methods can be extended to LPDEs, especially for those problems encountered in Physics and Engineering.

As a Mathematical Physicist, I have taken at least 6 Mathematics courses covering: LDEs, PDEs, NLDEs, Sturm-Liouville Theory, and boundary-value problems, as well as their application.

My Pure Math courses at the University of Akron, included one graduate course (500-level) involving combinatorial graph theory, and I earned the grade of A. In my Applied Mathematics course at Cleveland State I had three courses (600-level) involving Combinatorics, Graph Theory and Markov Chains, receiving the grades of A, A and B respectively. At Kent State in my doctoral Operations Research sequence I had one (700-level) course in Finite State Markov Chains, receiving the grade of A.

While at Akron, I also developed a discrete search algorithm to solve small-scale, optimization problems. I have an ongoing interest in Number Theory, Goldbach's Conjecture, and Turing Machine applications.

My EE experience has included basic circuit analysis. I have taken one course during my second year Physics sequence and two courses in E&M in the upper sequence involving Maxwell's Equations. Most basic circuit theory involves analysis of impressed voltages and currents on various combinations of the R-L-C circuit, whenever DC, transient, or AC responses are sought. Certainly, I can add resistors (R), capacitors (C), and inductors (L) in parallel and in series and apply both Thevenin's and Norton's theorems to reduce circuit item isolation/response.

Finite Math is a potpourri that involves a range of topics separate from the Calculus and its homologues such as Continuous Mathematics and Differential Equations. It covers topics which I have both taught and studied in depth, such as Matrices, Logic, Set Theory, Probability and Statistics and specializations such as Linear Programming and finite State Markov chains.

I also have completed work in Graph Theory and Combinatorics, excelling in one or more courses in each of these topics. More recently, Financial Mathematics has entered this genre and the student of Business is served well by studying the time value of money and its impact on cost and investment decisions.

I am a Mathematician and Physicist, and have been programming computers in both Applesoft BASIC and Dartmouth BASIC for years. My professional experience is in FORmula TRANslation (Fortran), where I have solved several numerical Eigenvalue problem, either by adapting parts of standard code or writing my own. Due to the power of Excel, many elementary to advanced programs can be written via this package, which in fact, I do take advantage of. I also have a great library of MAPLE programs and Statistical packages, and have used some Mathematica. However, I have minimal passing familiarity with C and C++.

I have a degree in both Physics and in Engineering as well as an MS in Pure and Applied Mathematics from Cleveland State. I have taken several courses in Linear Algebra, and three more in related Mathematical Physics courses, which content included this subject. My doctoral work at Kent State included an Operations Research course involving Probability and Markov Chain analysis.

As a degreed Master of Science student in both Pure and Applied Mathematics, my course work included proving theorems using the machinery of Symbolic Logic. This involved stating theorems with the use of Universal and Existential quantifiers, and proving or presenting them similarly. I also have completed a course in the Transition to Advanced Mathematics, from which I developed Truth Tables to determine the validity or invalidity of arguments. I completed an undergraduate course in the subject of Logic under the rubric of a Philosophy course, and am a well-read follower of S.C. Kleene, A. Church, E. Post and K. Goedel.

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