Award-Winning Computer Science Tutors serving Washington

...any skill or problem can be broken down into small steps and tackled bit by bit. This makes hard problems far less scary and produces steady reward for the solver. My role in your study will be to help you find the small components in a problem and tackle each one, and provide a patient voice of encouragement for you. If you practice solving any kind of problem this way, eventually you won't believe that...

...Physics student at CCNY with a 4.0 GPA. He is an Exoplanet Researcher, analyzing Hycean Atmospheres using Computational Chemistry. Previously, he was an AI Researcher at the Meriles Lab at CCNY under Prof. Carlos Meriles. Prior to this, he numerically solved the generalized Brachistochrone Problem, and his solution was accepted for the 2023 Issue of the AAPT Journal "The Physics Teacher". He graduated from Brooklyn Tech with a Perfect ACT score and 98.9% average. He...

...all levels and mostly focus on math, but can also cover theoretical CS, programming in Java & C, and basic physics. I've tutored students in high school through the math honor society, and continued tutoring in college through the Office of Multi-Ethnic Student Education. My long term plan after graduation is to enter grad school, get a PhD in math, and eventually become a math professor, researching and lecturing throughout the whole process.

...solving strategies until they become intuitive. I believe that intuition is the key to long term command of a subject. A difficult problem becomes far more digestible when viewed from a new angle. Once an idea makes sense at its core, it is far easier to learn its nuances and develop strong habits for applying it in the future. In my free time, I enjoy acting, playing music, creative writing, and tabletop gaming.... No concept is...

...in the University Honors program at The Ohio State University studying computer science engineering with a math minor. STEM education was very important to me in my own schooling and I believe every student should try to study STEM subjects. In teaching algebra, calculus, and physics, I like to go in depth with the material to ensure students really understand why the material works. There is a certain beauty in science and math and I...

...sophomore at the University of Texas at Austin under the McCombs School of Business. I am currently working towards my bachelors in Finance and Mathematics as well as a minor in Computer Science as well. Ever since I was a child, I've always had a deep passion for math and anything analytical. I challenged myself throughout high school by taking the most challenging STEM classes and consistently performed well in them. Due to this, oftentimes...

...studying Computer Science at Duke University, but I've had an interesting experience with tutoring in the past and someday I hope to get more involved in the realm of education. When taking standardized tests and studying for classes, I found myself breaking down many problems to their core components, and after finding similar patterns with the types of questions asked, I realized how I could easily excel in standardized tests. After a summer teaching English...

...the University of California, Los Angeles, where I earned a Bachelor of Science in Computer Science. I've always loved Math and the Sciences: the hunt for the right equation to use, the unravelling of the mystery of the value of x. I want to show my students to see these subjects as I do: as a challenge, not a chore. I try to do this by making things simple and showing straightforward techniques that students...

...for several years and as the department-wide academic intern. In these roles, I worked with students of all levels in the department to complete their homework and lab assignments and to study for tests, and held open review sessions and recitation classes for our 100 and 200 level courses. Additionally, I have worked as a middle school tutor and test prep coach and feel very comfortable working with students of all ages and skill levels.

...physics, math, and computer science. I have done research about cosmic ray acceleration at supernova shock fronts in the Princeton University Department of Astrophysics, simulating how the turbulent plasmas push protons and ions. I have also worked at the Norfolk State University Department of Engineering, designing, simulating, optimizing, and building light filters for wavelength-division optical-electronic multiplexers. Another field I study is the mathematics of quasicrystals and aperiodic tilings, such as the Penrose tiling of rhombuses....