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Award-Winning College Computer Science Tutors

Certified Tutor
9+ years
Justin
College CS courses ramp up fast — suddenly students are expected to analyze algorithm runtime, implement trees and graphs, and reason about computational complexity. Justin's PhD work in computational mathematics at the University of Chicago gave him deep fluency with these concepts, and he unpacks ...
Washington University in St. Louis
Bachelor's in Physics and Mathematics
University of Chicago
Doctor of Philosophy, Computational Mathematics

Certified Tutor
9+ years
Isabella
College CS ramps up fast — one week it's asymptotic analysis, the next it's graph algorithms or dynamic programming — and Isabella's experience TA'ing these courses at MIT means she knows the exact jumps that trip students up. She connects abstract concepts like Big-O notation and recursion trees to...
Massachusetts Institute of Technology
Bachelor of Science in Mathematics (minors in Management Science and Ancient and Medieval Studies)
Georgia Institute of Technology-Main Campus
Current Grad Student, Operations Research

Certified Tutor
6+ years
Noah
College-level CS ramps up quickly — one week it's linked lists, the next it's graph traversal or dynamic programming. Noah graduated from Duke's CS program and is currently in a Cybersecurity master's program, so he's recently navigated the exact coursework his students are tackling. He's especially...
Duke University
Bachelor of Science in Computer Science

Certified Tutor
Allison
College CS courses ramp up fast — suddenly it's not just writing code but analyzing algorithmic complexity, implementing data structures from scratch, and reasoning about correctness. Allison completed this progression at Dartmouth and tackles the conceptual leaps that textbooks gloss over, whether ...
Dartmouth College
Bachelor in Arts, Computer Science

Certified Tutor
9+ years
Daniel
Biomedical engineering at Rice means Daniel writes code that actually does something — processing neural data, modeling biological systems, implementing algorithms that solve real problems. That applied perspective makes him especially effective at teaching data structures, object-oriented design, a...
Rice University
Current Undergrad Student, Biomedical Engineering

Certified Tutor
5+ years
Florence
Three teaching assistant roles at Duke — spanning databases, electromagnetics, and network architecture — have given Florence a front-row view of where college CS students get stuck. She tackles topics like query optimization, data structures, and systems-level networking with the practical fluency ...
Duke University
Bachelor of Science, Computer Science

Certified Tutor
Jonathan
College CS ramps up fast — one week it's Big-O analysis, the next it's graph traversal or dynamic programming. Jonathan is working through that same curriculum at Cornell right now, which means he knows exactly where the tricky conceptual jumps are and how to explain them before a student gets lost....
Cornell University
Bachelors, Chemical Engineering and Computer Science

Certified Tutor
June
Studying electrical engineering at Brown means June lives at the intersection of hardware and software, tackling data structures, algorithmic complexity, and systems-level programming on a daily basis. Her research background — including electrophysiology work that required real data processing — gi...
Brown University
Bachelors, Electrical Engineering

Certified Tutor
Michael
College CS courses ramp up fast once you hit algorithm analysis, graph traversal, and complexity proofs. Michael's B.S. in Computer Science from UCLA means he's worked through these topics rigorously and can unpack the math behind why a hash table lookup beats a linear search. He connects discrete m...
University of California Los Angeles
Bachelor of Science in Computer Science

Certified Tutor
8+ years
College CS courses ramp up fast — suddenly it's runtime analysis, graph algorithms, and recursive backtracking all in the same week. Anna's own extensive coursework in computer science means she can tackle these topics at depth, whether a student needs help debugging a linked-list implementation or ...
Brown University
Bachelor of Science
Top 20 Technology and Coding Subjects
Meet Our Expert Tutors
Connect with highly-rated educators ready to help you succeed.
Rhamy
AP Calculus BC Tutor • +54 Subjects
I am a Thomas Jefferson High School for Science and Technology graduate and currently attend Vanderbilt University majoring in Computer Engineering with a minor in Business. I've tutored in various subjects for about 6 years now. I've done it so much, one of the companies I started was tutoring-based. In all, I am a technology-oriented entrepreneur, an impact-driven member of the community, and a striving academic. My passion for computer engineering and dedication to solving the world's problems push me to continue to be better tomorrow than I am today. I am currently pursuing a career in engineering and business where I hope to improve the lives of those around me every step of the way.
Kashish
College Algebra Tutor • +59 Subjects
I am a student at Brown University pursuing a Bachelor of Science degree in Engineering. In high school, I took a multitude of AP and college courses, so I am qualified to work with students on challenging material. I took high-level mathematics courses at a local university while in high school and participated in gifted programs as well as internship and research opportunities. My most recent tutoring endeavors include: tutoring math and reading for a variety of grades from K-12 and working for a private tutoring company as an SAT instructor, leading test-prep classes for high school students. I continue to pursue my educational and personal goals while at Brown. Although I am most experienced in the maths and sciences, I also love teaching English subjects as well as social sciences. I also value community involvement and have a love for the arts. I have danced for more than 15 years, on company teams and for benefit events in several communities. I also really enjoying figure skating, swimming, and participating in robotics programs and other enrichment activities. I have a passion for learning about and tutoring the maths and sciences because I have always been curious about the world around us, and science is a process of searching for fundamental and universal principles that govern causes and effects in the universe. I enjoy tutoring students for the opportunity to aid them in their quest for knowledge and to help them to question the world around them. I am a strong proponent of education and am excited to guide other students, helping them achieve their educational goals!
Julie
12th Grade math Tutor • +83 Subjects
I am a rising junior at Princeton University pursuing a Bachelors of Arts in Philosophy with a certificate in Statistics and Machine Learning. I am highly passionate about education: during the academic year, I serve as a volunteer tutor for the Petey Greene Program, which provides educational assistance to those incarcerated in New Jersey prisons; after graduation, I hope to work toward becoming a high school mathematics teacher. This summer, I am interning part-time at IntegrateNYC4me, a nonprofit that seeks to integrate New York schools. I believe that quality educational opportunities should be accessible to all, and I hope to dedicate my career toward realizing this vision!
Brice
AP Calculus BC Tutor • +47 Subjects
I am an undergraduate student at the Massachusetts Institute of Technology, and I have tutored students since my early high school years. I've had experience instructing and guiding a variety of students, from young middle schoolers taking their first steps into the world of computer programming to my own peers struggling with their calculus exams. Over the past year alone, I've worked with over 30 students, spending several hours each day to help them stay up to speed on their schoolwork. I specialize in many areas of math as well as computer science, biology and physics. When tutoring students, I draw on my own experience with learning the material to identify and address the obstacles they face. I believe that promoting a deeper level of understanding of the subject, as opposed to merely teaching to the test or problem set, will enable students to excel in the long-term. Hobbies: reading, music, writing, art, books
Anders
Calculus Tutor • +33 Subjects
I'm an experienced senior software engineer with special interest in teaching math, computer science, software engineering and machine learning.
Jack
Middle School Math Tutor • +33 Subjects
I am currently a student at The University of North Carolina at Chapel Hill pursuing a degree in Computer Science. I not only am incredibly passionate about programming and computer science, but about math and learning in general. I have experience teaching people young and old about computers and the way the work in depth. I love meeting new people and finding out the way they think so I can better serve them as a teacher.
Eric
AP Calculus BC Tutor • +27 Subjects
I am currently a freshman at Washington University in St. Louis majoring in computer science. In the future I plan on either working on cybersecurity or game design. While studying at Washington University, I am also on the football team and help watch over the weight room in the athletic complex. I am originally from Minnesota, and I have spent years working with kids ranging from 5th grade all the way up to high school. Whether it be tutoring or coaching, I find it so rewarding to see how much progress that anyone can make through the course of working hard and having fun doing it. When I tutor, I believe that being engaged is vital to learning. I am passionate about math and science, and love tutoring anyone in algebra and computer science. I enjoy solving logical puzzles, and I treat algebra the same way. I firmly believe that anyone can learn math and science, and have fun doing it. When I am not tutoring or studying, I enjoy football and lacrosse, as well as following all Minnesota teams.
Wesley
AP Calculus AB Tutor • +72 Subjects
I am currently a graduate student at Institute of Optics at the University of Rochester conducting research in Biophysical Chemistry. I recently graduated in June 2017 from the University of California - Irvine with two Bachelor degrees. One was in Biomedical Engineering and the other was in Materials Science and Engineering. With two engineering degrees, I feel comfortable working with students in all realms of Math and Science.
Kevin
Competition Math Tutor • +42 Subjects
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!
Milan
AP Calculus BC Tutor • +48 Subjects
Hobbies: books, photography, reading, music, writing, art
Top 20 Subjects
Frequently Asked Questions
Debugging is as much about methodology as it is about finding errors. A tutor can teach you systematic approaches like using print statements strategically, understanding stack traces, and using debuggers to step through code line-by-line. They'll help you develop the problem-solving mindset to isolate variables, test hypotheses about where bugs originate, and avoid common pitfalls like assuming your logic is correct when the real issue is a typo or off-by-one error. This hands-on practice accelerates your ability to independently troubleshoot code.
Syntax is the grammar of a language—how you write statements correctly—while logic is the algorithm and reasoning behind what you're trying to accomplish. Many students can memorize syntax but struggle to think through algorithmic problems or translate ideas into code structure. A tutor focuses on strengthening your logical thinking through pseudocode, flowcharts, and step-by-step problem decomposition before diving into language-specific syntax. This foundation makes learning new languages much easier and prevents you from getting stuck on "how do I write this" when the real challenge is "what approach solves this problem."
Data structures like arrays, linked lists, trees, and hash tables are abstract concepts that are hard to visualize without hands-on practice. Students often memorize definitions but can't identify when to use a particular structure or implement it correctly. A tutor walks you through concrete examples, helps you trace through operations (insertion, deletion, traversal), and builds intuition for trade-offs like speed versus memory. By implementing these structures from scratch and solving problems that require choosing the right data structure, you develop the deeper understanding needed for technical interviews and real-world coding.
Assignment completion focuses on getting the right answer; project-based tutoring focuses on the entire development process. A tutor guides you through planning a project's architecture, breaking it into manageable components, writing clean code, testing your work, and refactoring based on feedback. Whether you're building a web application, game, or data analysis tool, you learn software engineering practices like version control, code organization, and debugging in context. This approach bridges the gap between isolated coding exercises and the real problem-solving you'll do in internships or professional roles.
Effective code review goes beyond "does it work"—it examines readability, efficiency, and design patterns. A tutor reviews your code for clarity (naming, comments, structure), algorithmic efficiency (time and space complexity), and adherence to best practices for your language or framework. They'll point out where you're reinventing the wheel instead of using built-in functions, where your logic could be simplified, and where edge cases might cause failures. This feedback loop is invaluable because you learn not just to solve problems, but to solve them well—a skill that separates competent programmers from strong ones.
Computer science has many specializations—web development, data science, systems programming, game development—each requiring different foundational skills and tools. A tutor can help you identify your interests and build a focused learning path rather than trying to master everything. For example, a web development path emphasizes front-end and back-end frameworks, while data science prioritizes statistical thinking and libraries like NumPy and Pandas. By tailoring your practice problems, projects, and deeper dives to your goals, you develop expertise faster and stay motivated knowing how each skill connects to your target career.
Algorithmic thinking is the ability to break down complex problems into steps and recognize patterns you've seen before. Tutors help you build this skill by working through progressively harder problems, teaching you to identify problem categories (sorting, searching, dynamic programming, graph traversal), and practicing the thought process of approaching an unfamiliar problem. Rather than memorizing solutions, you learn frameworks like "what's the brute force approach, and how can I optimize it?" and "what data structure makes this more efficient?" Regular practice with a tutor who can ask guiding questions—instead of just giving you answers—develops the intuition you need to tackle interview problems and real-world coding challenges.
Error messages contain valuable information, but they're written in technical language that intimidates beginners. A tutor teaches you to parse error messages systematically: identify the error type (syntax, runtime, logic), locate the line number and context, and understand what the message is actually telling you. For example, a "NullPointerException" means you're trying to use an object that doesn't exist yet—not a mysterious failure. By working through errors together and discussing what each message means, you transform debugging from guessing to detective work. This skill accelerates your independence and reduces frustration when things go wrong.
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