I obtained a Bachelor of Science degree in Mathematics from MIT with a Concentration in Philosophy at Harvard University. I also possess a decade of experience as a teacher of High School Mathematics at international schools in North America, Europe and Asia. I am fully bilingual in English and Spanish. Furthermore, I have reached an intermediate proficiency level of French, Italian and German. Regarding my tutoring, I feel comfortable teaching Mathematics in both English and Spanish. I enjoy one-on-one tutoring because it gives me the chance to taylor my lessons to the specific needs of a student. My preference is to build knowledge from first principles and to encourage reasoning and independent thinking. I consider it is also essential to create lasting study habits, which will serve well beyond a single Mathematics subject. Fundamentally, I like to develop a mentoring relationship with my students. It is extremely rewarding to see the sparkle in a student's eyes when they master a new topic. I also find it uplifting to witness how students gain self-confidence in dealing with mathematical concepts.

Personal Statement Mathematics is a very challenging discipline. In addition to it being challenging and demanding, it is also intimidating. Anyone who has ever spent hours working on math problems has learned to respect this area of specialty. Academia, however, is seeing an influx of students who enter each course wondering if that particular course will turn out to be the one that will derail their career dreams. Students are fully aware of the difficult task that lies before them and despite their best efforts they are still not successful. As a result, educators have the daunting task of identifying student's abilities, diagnosing and treating fear, in addition to teaching them the new material. A major component of my teaching philosophy deals with the fear component. Let me contest that I do not believe that students are lazy or incompetent but rather they are disgruntled and misinformed; that they somehow strayed away due to constant failures in mathematics. Failure can be constructive as long as it is dealt with quickly and by someone who knows the path to success. The problem is that this usually doesn't happen. Students typically work independently and without guidance. Students typically underestimate the time needed to learn the concepts needed; take too many complex courses while juggling a career and a family; but the greatest cause, in my opinion, is fear and anxiety, fear of not knowing where to begin and fear that their best efforts in the study process will still cause them to fail. As a result, students tend to avoid the issue altogether. As I am nearing my twentieth year as an educator, I am still dealing with this obstacle. There is no simple solution and I certainly will not devalue a student's education. Instead, I have felt that I should simply be honest about the task at hand. We as educators should make it clear that persistence is the key here and that there will be few chances at instant gratification. Mathematics is one of those courses that require a lot of investment in one's time and energy before results are shown. My convictions on mathematics and education in general are that people will always fear what they do not understand. It is the responsibility of the instructor to reduce that fear by presenting the material in such a way that students can understand and ultimately build confidence. All of these things can be done without compromising the goals of the course. Awareness on the part of the student will help immensely in eliminating the fear of mathematics. It is with this charge that I took up a career in education. I wanted a career that would allow me to assist students in becoming exceptional communicators, logical thinkers, and independent learners. By collaborating with students in their own education, we together can bring about successful mathematics instruction and enlist in students a feeling of pride, enjoyment, and appreciation of mathematics.

I'm a mechanical engineer, educated at MIT and Stanford. Previously, I have worked as a design engineer in the medical device design field. I like being able to help someone figure out how to make something work--to help them accomplish something they're struggling with. I love the 'I get it now' moment that comes from when a tutoring session has been successful.

In 2022, I completed my Ph.D. in Chemistry at Vanderbilt University. My goal is to use my expertise in chemistry, algebra, and calculus to help students not only learn but also enjoy these subjects. My favorite subject to teach is general chemistry as it highlights the importance of interdisciplinary study combining, physics, math, and even biology. While my degree expertise lies in chemistry, I am equally adapt in teaching all levels of mathematics. I take pride in reinforcing mathematics concepts with tangible applications in other fields to highlight its importance and making learning interesting.

Certified Teacher. Hi! My name is Lukas Brazdeikis and I have a strong background in computer science, physics, math, and designing course material. I will help your student learn as effectively as I can while also showing them the practical value of the knowledge they learn. I recently graduated from Duke University with a Master's in computer engineering. I also have an education minor from my undergrad. My course load has included computer science, computer skills, physics, math, chemistry, biology, geology, history, English, and business. I have plenty of experience in teaching and designing course content. I have designed my own 30-hour online course and have excellent communication and motivation skills. My advanced degree tells you I have the academic background to teach most STEM or business subjects depending on the age range. My teaching style is focused on being effective. I am effective by learning what motivates my students, finding ways to personalize teaching material, and demonstrating the practical value of the knowledge they learn. I specialize in the following: GRE quantitative, GMAT, high school math, high school computer science, and college computer science.

I have a PhD in computational physics from the University Of Pennsylvania, as well as a degree in physics and computer science from the University Of British Columbia. I have years of experience as a teaching assistant and have been an instructor at a college level. I've taught hundreds of students to program effectively in a wide range of languages, as well many different physics courses. In the corporate world, I've found the experience of watching a mentee grow and thrive the most satisfying. While small classroom experiences are fun, I love working one on one with students - the moment when an idea "clicks" is just as fun for the teacher as it is for the student!

I am a PhD student at Carnegie Mellon University in the field of Electrical and Computer Engineering. I recently completed my bachelors also at Carnegie Mellon University in Electrical and Computer Engineering as well as Human Computer Interaction. Over the last several years, I have experience teaching a wide variety of students ranging from elementary school math, introduction to programming for children, as well as college level classes. While I tutor a broad range of subjects, I am most passionate about Math, Physics, and Computer Science. I really enjoy teaching programming, especially in fun and engaging ways. I like to relate what I teach to things my students are passionate about, or teach them through fun activities and games, so that they are easier to understand. I also help students prepare for standardized tests and have several strategies that I can share, especially for the math section of the tests. In my spare time, I enjoy dancing, music, hiking and anything outdoors!

Hello! My name is Elsa, and I'm passionate about helping students gain confidence and clarity in mathematics. I hold a Master of Science in Statistics from the Georgia Institute of Technology and a Bachelor's in Mathematics. Over the past few years, I've tutored students from K12 through college-level math, including algebra, calculus, geometry, and statistics, both in-person and online. As a native French speaker, I also enjoy helping students improve their French language skills or supporting bilingual learners who feel more comfortable learning math in French. My goal is always to make learning engaging, approachable, and empowering!

Hi! I am a math and science enthusiast first and foremost. Officially, I am a Harvard Biophysics graduate student. I enjoy problem-solving, discussing science, and sharing my expertise with others. I double majored in Applied Mathematics & Statistics and Biomedical Engineering. I love teaching Physics, and I have extensive experience tutoring Discrete Math and Real Analysis. I also served as a teaching fellow at Johns Hopkins University in Probability and Statistics, and later at Harvard University in Stochastic Processes. In addition, I completed a variety of foundational and applied computer science courses in college and applied these skills in various projects. I have been fluent in Java, and today I primarily use Python and R for my research projects. While most of my teaching experience is at the college level, I also enjoy working with high school students, whether in standard, honors, or AP- or IB-level courses.

I received my PhD in mathematics from Drexel University in 2019. I really enjoyed teaching as a graduate student, and working as a tutor here seems like a nice way to get back into it. Before graduate school, I went to Johns Hopkins. I started out as a "chemical and biomolecular engineering" major, but then ended up switching to a double major in math and electrical engineering. I graduated with a BA in math and MS in electrical engineering. From there, I went to Drexel University to write and defend my dissertation in mathematics, which was about two unsolved problems in linear algebra. While in Johns Hopkins and Drexel University, I ended up teaching a lot of math and a bit of science not only as a tutor, but also as a teaching assistant and as a primary instructor. Since then, I've been working as a mathematician; I worked as a postdoctoral researcher in the Free University of Brussels for one year, and then as a research scientist at the Air Force Research Lab in Dayton, Ohio for two years. It's been a rewarding career, but I have missed teaching. When it comes to teaching, I try my best to take a flexible approach and meet students where they are. I am a big believer in the power of intuition and curiosity, so I try to teach in a way that nurtures both. I find that it is important not only to know how to get from problem statement to solution, but also to have some understanding of why the pieces fit together the way they do. Besides math and teaching, I enjoy singing, playing piano, playing online chess, and doing the New York Times crossword (and other word games). Lately, I've been trying to get back into running and yoga.

I obtained a Bachelor of Science degree in Mathematics from MIT with a Concentration in Philosophy at Harvard University. I also possess a decade of experience as a teacher of High School Mathematics at international schools in North America, Europe and Asia. I am fully bilingual in English and Spanish. Furthermore, I have reached an intermediate proficiency level of French, Italian and German. Regarding my tutoring, I feel comfortable teaching Mathematics in both English and Spanish. I enjoy one-on-one tutoring because it gives me the chance to taylor my lessons to the specific needs of a student. My preference is to build knowledge from first principles and to encourage reasoning and independent thinking. I consider it is also essential to create lasting study habits, which will serve well beyond a single Mathematics subject. Fundamentally, I like to develop a mentoring relationship with my students. It is extremely rewarding to see the sparkle in a student's eyes when they master a new topic. I also find it uplifting to witness how students gain self-confidence in dealing with mathematical concepts.

Personal Statement Mathematics is a very challenging discipline. In addition to it being challenging and demanding, it is also intimidating. Anyone who has ever spent hours working on math problems has learned to respect this area of specialty. Academia, however, is seeing an influx of students who enter each course wondering if that particular course will turn out to be the one that will derail their career dreams. Students are fully aware of the difficult task that lies before them and despite their best efforts they are still not successful. As a result, educators have the daunting task of identifying student's abilities, diagnosing and treating fear, in addition to teaching them the new material. A major component of my teaching philosophy deals with the fear component. Let me contest that I do not believe that students are lazy or incompetent but rather they are disgruntled and misinformed; that they somehow strayed away due to constant failures in mathematics. Failure can be constructive as long as it is dealt with quickly and by someone who knows the path to success. The problem is that this usually doesn't happen. Students typically work independently and without guidance. Students typically underestimate the time needed to learn the concepts needed; take too many complex courses while juggling a career and a family; but the greatest cause, in my opinion, is fear and anxiety, fear of not knowing where to begin and fear that their best efforts in the study process will still cause them to fail. As a result, students tend to avoid the issue altogether. As I am nearing my twentieth year as an educator, I am still dealing with this obstacle. There is no simple solution and I certainly will not devalue a student's education. Instead, I have felt that I should simply be honest about the task at hand. We as educators should make it clear that persistence is the key here and that there will be few chances at instant gratification. Mathematics is one of those courses that require a lot of investment in one's time and energy before results are shown. My convictions on mathematics and education in general are that people will always fear what they do not understand. It is the responsibility of the instructor to reduce that fear by presenting the material in such a way that students can understand and ultimately build confidence. All of these things can be done without compromising the goals of the course. Awareness on the part of the student will help immensely in eliminating the fear of mathematics. It is with this charge that I took up a career in education. I wanted a career that would allow me to assist students in becoming exceptional communicators, logical thinkers, and independent learners. By collaborating with students in their own education, we together can bring about successful mathematics instruction and enlist in students a feeling of pride, enjoyment, and appreciation of mathematics.

I'm a mechanical engineer, educated at MIT and Stanford. Previously, I have worked as a design engineer in the medical device design field. I like being able to help someone figure out how to make something work--to help them accomplish something they're struggling with. I love the 'I get it now' moment that comes from when a tutoring session has been successful.

In 2022, I completed my Ph.D. in Chemistry at Vanderbilt University. My goal is to use my expertise in chemistry, algebra, and calculus to help students not only learn but also enjoy these subjects. My favorite subject to teach is general chemistry as it highlights the importance of interdisciplinary study combining, physics, math, and even biology. While my degree expertise lies in chemistry, I am equally adapt in teaching all levels of mathematics. I take pride in reinforcing mathematics concepts with tangible applications in other fields to highlight its importance and making learning interesting.

Certified Teacher. Hi! My name is Lukas Brazdeikis and I have a strong background in computer science, physics, math, and designing course material. I will help your student learn as effectively as I can while also showing them the practical value of the knowledge they learn. I recently graduated from Duke University with a Master's in computer engineering. I also have an education minor from my undergrad. My course load has included computer science, computer skills, physics, math, chemistry, biology, geology, history, English, and business. I have plenty of experience in teaching and designing course content. I have designed my own 30-hour online course and have excellent communication and motivation skills. My advanced degree tells you I have the academic background to teach most STEM or business subjects depending on the age range. My teaching style is focused on being effective. I am effective by learning what motivates my students, finding ways to personalize teaching material, and demonstrating the practical value of the knowledge they learn. I specialize in the following: GRE quantitative, GMAT, high school math, high school computer science, and college computer science.

I have a PhD in computational physics from the University Of Pennsylvania, as well as a degree in physics and computer science from the University Of British Columbia. I have years of experience as a teaching assistant and have been an instructor at a college level. I've taught hundreds of students to program effectively in a wide range of languages, as well many different physics courses. In the corporate world, I've found the experience of watching a mentee grow and thrive the most satisfying. While small classroom experiences are fun, I love working one on one with students - the moment when an idea "clicks" is just as fun for the teacher as it is for the student!

I am a PhD student at Carnegie Mellon University in the field of Electrical and Computer Engineering. I recently completed my bachelors also at Carnegie Mellon University in Electrical and Computer Engineering as well as Human Computer Interaction. Over the last several years, I have experience teaching a wide variety of students ranging from elementary school math, introduction to programming for children, as well as college level classes. While I tutor a broad range of subjects, I am most passionate about Math, Physics, and Computer Science. I really enjoy teaching programming, especially in fun and engaging ways. I like to relate what I teach to things my students are passionate about, or teach them through fun activities and games, so that they are easier to understand. I also help students prepare for standardized tests and have several strategies that I can share, especially for the math section of the tests. In my spare time, I enjoy dancing, music, hiking and anything outdoors!

Hello! My name is Elsa, and I'm passionate about helping students gain confidence and clarity in mathematics. I hold a Master of Science in Statistics from the Georgia Institute of Technology and a Bachelor's in Mathematics. Over the past few years, I've tutored students from K12 through college-level math, including algebra, calculus, geometry, and statistics, both in-person and online. As a native French speaker, I also enjoy helping students improve their French language skills or supporting bilingual learners who feel more comfortable learning math in French. My goal is always to make learning engaging, approachable, and empowering!

Hi! I am a math and science enthusiast first and foremost. Officially, I am a Harvard Biophysics graduate student. I enjoy problem-solving, discussing science, and sharing my expertise with others. I double majored in Applied Mathematics & Statistics and Biomedical Engineering. I love teaching Physics, and I have extensive experience tutoring Discrete Math and Real Analysis. I also served as a teaching fellow at Johns Hopkins University in Probability and Statistics, and later at Harvard University in Stochastic Processes. In addition, I completed a variety of foundational and applied computer science courses in college and applied these skills in various projects. I have been fluent in Java, and today I primarily use Python and R for my research projects. While most of my teaching experience is at the college level, I also enjoy working with high school students, whether in standard, honors, or AP- or IB-level courses.

I received my PhD in mathematics from Drexel University in 2019. I really enjoyed teaching as a graduate student, and working as a tutor here seems like a nice way to get back into it. Before graduate school, I went to Johns Hopkins. I started out as a "chemical and biomolecular engineering" major, but then ended up switching to a double major in math and electrical engineering. I graduated with a BA in math and MS in electrical engineering. From there, I went to Drexel University to write and defend my dissertation in mathematics, which was about two unsolved problems in linear algebra. While in Johns Hopkins and Drexel University, I ended up teaching a lot of math and a bit of science not only as a tutor, but also as a teaching assistant and as a primary instructor. Since then, I've been working as a mathematician; I worked as a postdoctoral researcher in the Free University of Brussels for one year, and then as a research scientist at the Air Force Research Lab in Dayton, Ohio for two years. It's been a rewarding career, but I have missed teaching. When it comes to teaching, I try my best to take a flexible approach and meet students where they are. I am a big believer in the power of intuition and curiosity, so I try to teach in a way that nurtures both. I find that it is important not only to know how to get from problem statement to solution, but also to have some understanding of why the pieces fit together the way they do. Besides math and teaching, I enjoy singing, playing piano, playing online chess, and doing the New York Times crossword (and other word games). Lately, I've been trying to get back into running and yoga.