Award-Winning AP Computer Science Tutors
serving Arlington, TX

Robotics engineering at Penn means Mohamed writes code daily to solve real problems — sensor integration, control systems, data processing. He brings that applied perspective to AP Computer Science, teaching algorithmic thinking and program design principles through problems that show students why the concepts matter beyond the exam.

As a lab assistant and grader for Rice University's Fundamentals of Computer Engineering course, Omar has seen firsthand where students stumble on AP Computer Science topics like recursion, array manipulation, and object-oriented design. He breaks down each concept by connecting it to how computers actually execute code at the hardware level — a perspective most AP prep can't offer. Rated 5.0 by students.

Jett codes in Java, Python, and C as part of his electrical and computer engineering program at UT Austin, so the AP Computer Science A curriculum — from writing classes to implementing algorithms — overlaps with work he's already doing for his degree. Where he especially shines is connecting programming logic to the underlying hardware, explaining how a for-loop or recursive call actually executes at the machine level, which makes debugging and tracing problems far less mysterious. Rated 5.0 by students.

The AP Computer Science A exam leans heavily on array manipulation, recursive methods, and class design — topics that reward structured thinking over memorization. Lloyd's data science background at Rochester means he tackles these concepts daily, and he teaches students to trace through code by hand so they can predict output on free-response questions without second-guessing.

Sandra's CS degree means she didn't just learn Java for a single course — she built with it across semesters of data structures, algorithms, and software design, giving her a deep understanding of the object-oriented concepts AP Computer Science A hammers on free-response questions. She also scored a perfect 1600 on the SAT, which speaks to the kind of precise, methodical reasoning that translates directly to tracing through recursive calls and debugging logic errors. Rated 5.0 by students.

As experienced and passionated educator with a Bachelor's degree in Computer Science from Rice University, I am passionate about empowering students to achieve their academic goals. With over 3 years of tutoring experience in subjects such as AP Computer Science A, Machine Learning, and SAT Math, I adapt to different learning styles and create a supportive learning environment. My teaching philosophy centers on personalized instruction, where I connect with each student to understand their unique learning styles and challenges. I take pride in guiding students through the complexities of computer science and college application essays, equipping them with the skills they need for future success. Outside of tutoring, I enjoy exploring new technologies and engaging in coding projects to improve my teaching approach.

I am an undergraduate student at Rice University pursuing a B.A. in Neuroscience with minors in both Business and Biochemistry and Cell Biology. I also compete athletically at the NCAA Division 1 level as a member of Rice's Men's Cross Country and Men's Track and Field teams.

I am a Southlake Carroll graduate and a rising Junior at Texas ATM working towards a BS in Computer Science and a minor in Math. I try to make learning fun so that students truly understand their subjects.

I am a senior undergrad student at UT Austin graduating next Spring with a B.S. in Computer Science. I first developed a passion for teaching through my younger siblings who are both in elementary school and needed help with their daily homework. Since high school, I've tutored and mentored students in all areas of STEM including Math, Science, and anything Computer Science/Technology related. I'm qualified to tutor in various academic subjects as well as ACT prep. But based on my past software engineering internship experiences at Apple and Microsoft, I am most confident in tutoring Computer Science topics ranging from specific coding languages to data structures, algorithms and coding projects. Outside of academia, I enjoy working out and staying fit, playing basketball, rock climbing and trying out new places to eat around Austin.

I am an MIT alum and current graduate student at UT Austin. My degrees are in architecture, with undergraduate minors in Materials Science and Computer Science. I focus on building technology and I love applying physics, chemistry, and computer science to solve creative architectural design problems. Although I have studied architecture up to this point, I am currently pursuing a classroom teaching certificate and intend to teach high school STEM subjects professionally in the near future. I am passionate about helping students connect STEM concepts to real-world applications and have served as a Teaching Assistant for several college Physics courses.

I am a rising sophomore majoring in Computer Science with a minor in Data Science at Rice University in Houston, TX. Naturally, my favorite subjects to teach are math and computer science, particularly programming languages like Python, Java, and Scratch. I have found great enrichment in these seemingly daunting areas, and I hope to make them more easily accessible for others. As a founding member of the Ready for College Leadership club (RCL), I mentored high school freshmen and sophomores to help them succeed in high school and prepare for college admissions, while also providing academic aid. The best part of working with students is watching them grow not just as a learner, but also as a thinker. I always encourage students to be curious and let their true interests be incorporated into lessons. In my spare time, I love learning languages; I am a heritage Spanish speaker and a self-taught Portuguese speaker. I also enjoy playing guitar and practicing new songs to sing.

I'm Atharva and I attend The University of Texas at Austin! I am currently majoring in computational engineering, which is essentially a mix of math, computer science, and aerospace engineering. I have worked as a math tutor for around 3 years, and I have seen students improve their scores significantly in their classes and standardized tests. I especially enjoy tutoring math since I strongly believe it can be very interesting if taught in an engaging way rather than straight out of a dull textbook. I believe I have this ability to make my tutoring sessions more interactive and productive, and I love being able to help students understand the intuition behind the concepts they learn in class instead of making them simply memorize them.

I am very passionate about education and I know in depth about how people learn and the different learning theories. I focus more on my student's learning than me teaching. I am very flexible, open minded, and patient. Let me know how I can help you.

I am a graduate from Stanford University. I received my Bachelor's in Economics there and continued to receive a certificate in Full Stack Web Development from the University of Texas Austin. I have tutored intermittently, primarily teaching test prep; however, I have at different points taught most everything. Here in the Houston area, I've worked with Testmasters, C2 Education and Test Geek. I implement the Socratic Method into my teaching style: I ask plenty of questions that force students to deeply understand the material and to explain how they know why their answer is correct or not. I also believe it is my duty to equip students with tools to become better learners themselves which entails welcoming unique and creative approaches to solving problems, encouraging students to connect the relationships between different topics and subjects, and recommending using external sources and materials to learn and supplement understanding.

I am a third year student at The University of Texas at Austin studying Biomedical Engineering and Computer Science. I have 3 months of online tutoring experience, tutoring both computer science and chemistry. I like the students I tutor to have a hands on approach to learning. The easiest and most fun way to learn is to do. I love watching students use what they've learned to solve real problems.

I'm a graduate from the University of Texas at Dallas with double Bachelors Degrees in Computer Science and Cognitive Science. I have explored the intersection of technology, medicine, and public policy throughout my academic career. I'm an industry-trained computer scientist with experience at Microsoft and the National Institute of Health.

I am able to travel to most of Philadelphia and its surrounding suburbs, and my schedule is flexible. I look forward to finding times that both of us can work together. Best regards, and may you achieve your educational goals.

I am a recent graduate of Cornell University, where I acquired a B.S. and M.Eng in Electrical and Computer Engineering and a minor in Computer Science. I've enjoyed assisting in education for as long as I can remember (cheesy, I know); I loved being a little "teacher's assistant" at my grandmother's preschool in Guatemala as a child. I tutored my peers a little bit in high school. While at university, I was a teaching assistant for Intro Digital Logic for 6 semesters, where I was energized by guiding students to the a-ha moments that led me to pursue a career in computer architecture.

I am here to make your education less difficult. I enjolly helping people and showing them some of the neat tricks and knowledge I learned to ace subjects. I will be a sophomore at Texas A&M University in Fall 2020, pursuing a Bachelors of Science in Computer Science. I am very passionate about math and computers, and am capable of demonstrating multiple ways to solve a problem. I am very patient and will make sure that you feel free and comfortable during tutoring. I am pretty passionate about soccer and Manchester United is the best team to exist!

I'm currently is college as a freshman, going towards a major in computer science, software development, and a minor in sociology. I love the wide range of uses that computer science can be implemented into, and I absolutely enjoy learning how others see problems before them and how they proceed in getting through that problem.

I'm an Honors student pursuing my bachelors in Computer Science. I've been programming for years now and have worked multiple summers interning as a programmer. As an Honors student, my academic skills have been tested quite rigorously. I'm fully capable of tutoring Computer Science, Mathematics, and all ACT subjects. I have multiple years as a teacher's aid at Religious School working with young children including special needs students.

I am an engineering student at The University of Texas at Austin, hard worker, and I enjoy teaching.

I am currently a freshman at the University of Texas at Austin and pursuing a Bachelor's in Computer Science. In my free time, I enjoy coding for quantum computers and especially love to explore interesting math and science concepts. I have had 3 years of prior experience teaching groups of students as a part of the North South Foundation, with my expertise being in the sciences. My goal as a tutor is to not only to help my students learn a new subject but rather gain a fundamental understanding of the concept in an intuitive way. This has been my goal since I began high school due to many of the classes being taught as a place to just memorize facts and formulas - but I wanted to actually know the background behind them and see where things were derived from. I knew that there were others out there who had a similar mindset so I sought out ways in which I could teach subjects that I was passionate about to other students like myself.

I'm Amanda, a current computer science student at the University of Texas at Dallas. I heard about Varsity Tutors through a friend, and am excited about the opportunities it affords.

I am currently a 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 I saw myself tutoring my classmates and helping them with their assignments. That is when I realized the only thing I loved more than learning was teaching.

I'm a Computer Science student who's been teaching all my life. From tennis camps for kids to an engineering physics class for college kids, I really enjoy helping someone discover for themselves what they are capable of! Please let me know if there's anything you'd like me to help you with.

I am available at almost any time to answer emergency questions, and strive to have everyone I teach succeed.

Double-majoring in computer science and English gives Milan an unusual edge when it comes to AP Computer Science A — he writes Java with technical precision but also explains it in plain language, which matters when students are stuck on why a recursive call unwinds the way it does or how inheritance actually changes method behavior. His CS coursework means topics like array traversal, class design, and algorithm tracing are daily practice, not distant exam material.

I am a undergraduate student at Cornell University. I am studying computer science in the College of Engineering. I have been tutoring in all subjects since 9th grade, mostly computer science and mathematics and SAT. My teaching philosophy is based on hands-on learning, and the motto of 'practice makes perfection'. The more you face the problem head on and break it into smaller pieces, the easier the problem becomes to solve. In my spare time, I like to go outside on runs and play basketball with my friends

Scoring a 5 on the AP Computer Science exam while simultaneously deep in calculus, biology, and chemistry APs gave William a clear picture of how CS thinking differs from other STEM disciplines — it's less about formulas and more about structuring logic step by step. His dual engineering track at Vanderbilt (biomedical and chemical) means he regularly writes code to process lab data and model systems, keeping Java concepts like iteration, array handling, and method design sharp through actual use rather than exam review alone.

I'm a coterminal master's student at Stanford University in California majoring in Computer Science (Biocomputation). Throughout high school and college, I've taken many courses in computer science, the life sciences (biology and chemistry), and math; and I've been through a lot of standardized tests. For computer science in particular, I have a lot of experience writing software in Python and C++ for AI and systems classes, and I'll be interning as a software engineer at Facebook this summer. I got a lot of great tips and mentorship from tutors along the way, and would love to pass along what I know!

Northeastern's co-op model means Charles isn't just learning computer science in a classroom — he's cycling between coursework and real-world application, which keeps AP Computer Science A topics like object-oriented design and algorithm tracing grounded in how software actually gets built. His 1580 SAT speaks to the kind of precise, methodical reasoning that makes the difference on Java free-response questions, where one misplaced semicolon or off-by-one error can unravel an otherwise solid solution.

Triple-majoring in Computer Science, Mathematics, and Economics at IUPUI means Darren lives in Java and algorithmic thinking daily — not just for one class, but across disciplines that each demand rigorous logic and clean code. That cross-disciplinary perspective is especially useful for AP Computer Science A's free-response questions, where breaking a problem into smaller computational steps mirrors the same decomposition skills his math and econ coursework reinforces every week.

I am interested in Physics and Mathematics and working out practical problems from plumbing to electronics. I will someday go back for my Ph.D. in Physics but until then I am looking to grow as an engineer or computer programmer.

I am a master's student studying computer science at the University of Pennsylvania. I have been working as a private tutor for two years now, and I am currently a teaching assistant for an introductory course in discrete math at Penn. I love helping students conquer their fears of math and computer science, and I hope to dispel the myth that success in these areas requires special talent.

Computational problem-solving sits at the core of Srini's biophysics work at Brown, where modeling biological systems requires writing and debugging code regularly. He teaches AP Computer Science by grounding abstract ideas — algorithms, data representation, the internet's layered protocols — in concrete examples that make the material click on exam day.

I am really passionate about all the subjects that I teach and my goal with tutoring is to inspire my students to feel the same passion. I love tutoring because I love being able to make a positive difference in my students lives.

Between physics problem sets and computer science coursework at Cornell, Joel writes Java and Python to solve real computational problems — not just classroom exercises. That dual perspective is especially useful for AP Computer Science A topics like algorithm design and object-oriented programming, where understanding the logic behind the code matters as much as getting it to compile. His 35 ACT reflects the kind of precise, systematic thinking that translates directly to tracing through free-response questions.

Studying computer science while double-majoring in studio art gives Parker an unusual edge when teaching AP Computer Science — he thinks visually about code structure, sketching out class hierarchies and loop logic as diagrams before translating them into Java. That creative problem-solving approach, paired with daily coursework in algorithms and data structures, means students get explanations tailored to how they actually think rather than a one-size-fits-all walkthrough. Rated 5.0 by students.