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I took CSCI 190, Discrete Math Applied to CS, at Mount San Antonio College during the Winter 2013 session, and it is equivalent to UC Berkeley's Math 55, Discrete Math. I love to help students learn basic proof techniques that are essential for success in advanced math courses. If you are having difficulty with proofs, please don't hesitate to reach out to me. Hello! My name is Hugo, and I am a math and statistics tutor. I earned my Bachelor's degrees in applied mathematics and statistics from the University of California, Berkeley. I have tutored math and statistics at Mount San Antonio Colle [more]

My course qualifications have been met through completion of college coursework and 15 years of tutoring experience in discrete mathematics. Through the completion of the "UCLA Math 61" course, which including sets and relations, permutations and combinations, graphs and trees, induction, I gained the content understanding necessary to both teach and tutor the aforementioned content. Since then, I have successfully tutored dozens of computer science and economic students, at the University and College levels. [more]

Will travel 12 miles

$60 per hour.

4.97 332 ratings

Because of my background in advanced physics and logic, I have a large amount of experience with set theory, group theory, modular arithmetic, and matrix and other non-Abelian algebras. I have also studied a substantial amount of combinatorics and probability theory. I could tutor in the areas of rings, fields, and graphs but only at a basic or introductory level. I am a creative and effective tutor with Master's Degree in Physics and years of experience working with students of all ages. I have an excellent understanding of many subjects especially all levels of calculus and physics. My tutor [more]

When I was in college, I had to take discrete math twice. In order to understand the deep side of the computer science, discrete math is very important because of proof of induction. We take a step to have a theory that can be applied to the computation of algorithm. At this point, discrete math comes to play in a role that we break down the theory with a reasonable mathematical formula to prove the theory step by step. I can help you to break down the proof of concepts to judge whether it can be possible or not. I graduated from the University of California, Davis with a Bachelor's degree in [more]

Will travel 30 miles

$55 per hour.

4.89 315 ratings

I have tutored students in the area of Discrete Mathematics for over five years. It is one of the core parts of the undergraduate mathematics curriculum at my university. I can help with simple tricks to build up arithmetic skills, explain how sets and numbers work, from fractions to exponents. I will help make this subject both rewarding and fun. I have an undergraduate degree from CSU Fullerton in Mathematics and Statistics with a Finance Cognate. I helped run the Math tutoring lab for almost 5 years, and have been tutoring for longer than that, having worked for 3 different companies before [more]

Will travel 12 miles

$48 per hour.

4.82 83 ratings

As a graduate student, I completed classes in Discrete Math and Combinatorics, and applied many of these principles in other courses. Discrete mathematics includes a wide variety of topics relating to mathematics of discrete values, as opposed to continuous values. These include, but are not limited to combinatorics, set theory, probability, number theory and Diophantine equations, and graph theory. There are various applications in algebra geometry and calculus, and I can assist with these. I have been teaching high school math for 13 years, and I am authorized to teach mathematics through [more]

I've taught almost all types of mathematics. When I taught high school, we used discrete math a majority of the time. We focused in on objects mainly, but I explained the process thoroughly. I'm one of those male teachers where children gravitate to me. I'm an energetic and passionate teacher, and I can relate to children. I have the motivation and dedication to ensure success. I use lots of examples. I teach in all styles of learning: auditory, visually, and kinesthetically. Every child is different, so I tend to child's needs to the best of my ability. My motto has always been "teach to lear [more]

Will travel 15 miles

$57 per hour.

4.96 1492 ratings

I took one undergraduate course in discrete math, and received an "A" in the class. We covered logic and proofs, algorithms, counting methods, recurrence relations, graph theory, trees, and network models. I have taught/tutored for 7 years. I was both a student and graduate assistant at CSULB where I attained a B.S. in Mathematics and a M.S. in Statistics. I have experience tutoring in all mathematics subjects up to and including graduate-level material. I have a massive amount of experience in tutoring almost all of the subjects that I'm qualified to teach or tutor. Thus, it is very diffic [more]

I have received my bachelor of science in mechanical engineering and my master's and PhD in biomedical engineering. I have taken multiple advanced courses on Discrete Math and believe I am qualified to teach this subject. I have received my BS degree in mechanical engineering and my MS and PhD degrees in biomedical engineering from UC Irvine. Currently, I am an engineer and a postdoctoral research scientist at UC Irvine biomedical engineering department. I have extensive background in teaching/tutoring engineering/mathematical courses and have had the opportunity to teach and mentor students f [more]

Will travel 20 miles

$50 per hour.

4.87 367 ratings

I am comfortably tutor students an introductory course in discrete mathematics. The goal of this course is to introduce students to ideas and techniques from discrete mathematics that are widely used in science and engineering. I can teach the students techniques in how to think logically and mathematically and apply these techniques in solving problems. To achieve this goal, students will learn logic and proof, sets, functions, as well as algorithms and mathematical reasoning. Key topics involving relations, graphs, trees, and formal languages and computability are covered in this course. [more]

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