Computer Programming Classes in Brooklyn
Build Real Coding Skills at ACE Learning Center
Looking for computer programming classes in Brooklyn that go beyond basic computer use? ACE Learning Center in Sheepshead Bay offers practical coding instruction for beginners, intermediate learners, and advanced students. Students learn how to think computationally, solve problems, write code, and apply programming concepts to real-world challenges—with guidance from professionals who understand both technology and education.
Located at 2769A East 15th Street, 2nd Floor, Brooklyn, NY 11235, ACE Learning Center gives families access to structured, hands-on programming education close to home.
Why Should Students Learn Computer Programming?
Technology shapes nearly every modern career path, yet many students still leave school without meaningful exposure to coding or computer science.
Programming teaches students how to approach a complex problem, break it into smaller parts, test possible solutions, identify errors, and improve their work. These habits support logical thinking, creativity, persistence, and independent problem-solving.
New York City Public Schools emphasizes computational literacy, algorithmic thinking, and problem-solving as important parts of computer science education. Its Computer Science Education resources are designed to help integrate these abilities across subjects and grade levels.
A review of K–12 computer science education published by Brookings also identifies foundational competencies such as decomposition, abstraction, algorithmic thinking, and debugging. These are useful skills whether a student eventually pursues software engineering, another STEM field, business, design, or a career that has not yet been invented.
Coding is not only for future programmers. It helps students become more confident creators of technology—not merely consumers of it.
What Students Learn in ACE Computer Programming Classes
ACE Learning Center’s computer programming classes introduce students to both the foundations of computer science and their practical applications.
Depending on a student’s experience, interests, and goals, instruction may include:
Algorithms and computational thinking
Programming languages and syntax
Python, JavaScript, Java, and C++
Software engineering principles
Software architecture and system design
Problem decomposition and pattern recognition
Debugging and improving code
Hands-on programming projects
Introduction to machine learning concepts
Generative AI and prompt-engineering concepts
Instead of simply memorizing commands, students learn what the code is doing, why it works, and how it can be used to solve a real problem.
A beginner may start by understanding sequences, variables, conditions, and loops. A more experienced student may work on larger projects, advanced algorithms, software-design concepts, or programming competition problems.
Learn From a Working Software Professional
ACE’s programming program is led in part by Tigran Abovyan, a senior software engineer at Google.
Tigran holds a master’s degree in Computer Science from the University of Michigan and a master’s degree in Applied Mathematics from the State Engineering University of Armenia. He also enjoys solving advanced mathematics and programming Olympiad problems.
His industry experience gives students exposure to the way programming is used outside the classroom—from algorithms and software development to architecture and machine learning. Students can learn not only how to write code, but also how experienced professionals think through technical problems.
Families can learn more about Tigran and ACE’s other educators on the ACE Learning Center teacher profiles.
That combination of academic depth, real-world experience, and individualized instruction makes ACE a valuable choice for parents searching for computer programming classes in Brooklyn or coding classes for kids in Sheepshead Bay.
Practical, Purposeful Learning
ACE Learning Center believes that education should have practical value.
That philosophy is reinforced by Dr. Davit Sahakyan, an ACE educator and Baruch College professor whose teaching areas include Philosophy of Science, Effective Writing, English, mathematics, and test preparation. His approach is designed not only to convey knowledge but also to demonstrate how that knowledge applies to real life.
The same principle guides ACE’s computer programming instruction. Students are encouraged to understand the purpose behind what they are learning and to apply new concepts through projects, exercises, and problem-solving.
A student should not leave class knowing only how to repeat a code example. The goal is to help the student explain how it works, recognize when it does not work, and develop a strategy for improving it.
Benefits That Extend Beyond Coding
The abilities developed through computer programming can support students well beyond a particular language or project.
Students practice how to:
Break large problems into manageable steps
Think systematically and logically
Recognize patterns
Test ideas and learn from errors
Debug a problem instead of giving up
Explain their reasoning
Collaborate on projects
Manage longer assignments
Build confidence through completed work
These habits can support learning in mathematics, science, technology, and other project-based subjects. For students considering competitive high schools or future college programs in STEM, early programming experience can provide a valuable foundation.
ACE also integrates programming into its broader enrichment options. Families looking for multidisciplinary activities during school breaks can explore the ACE Special Program, which combines educational and creative experiences, including opportunities related to computer programming.
Programming Support for Different Skill Levels
No prior coding experience is required to begin.
ACE welcomes beginners who have never written a line of code, as well as students who already understand programming fundamentals and want to progress to more challenging material.
The learning plan can be shaped around the student’s:
Current experience
Age and learning style
Academic needs
Preferred programming language
Personal interests
School or competition goals
Desired pace of progress
This flexibility is especially useful for students who need more individual attention, want to accelerate their learning, or are interested in developing a customized project.
Private Computer Programming Tutoring in Brooklyn
ACE offers individual tutoring in computer programming, mathematics, English, and other subjects at $120 per hour.
Private programming sessions can provide focused support for students who want to:
Learn at an accelerated pace
Receive help with a school programming course
Strengthen a specific coding skill
Prepare for a more advanced class
Work through challenging algorithms
Develop a personal coding project
Explore software engineering or machine learning
Private sessions also allow the instructor to adjust the lesson’s pace, complexity, and teaching approach around the individual student.
Families should contact ACE to confirm current instructor availability and scheduling.
When Are Classes Available?
ACE Learning Center’s interactive children’s program operates Monday through Friday from 2:30 to 7:00 PM.
Additional scheduling is available for tutoring, computer programming instruction, and specialized classes. Group, private, semi-private, online, weekday, and weekend options may depend on current enrollment and instructor availability.
A free consultation is the best way to determine which format and schedule will work for your child.
Frequently Asked Questions About Coding Classes in Brooklyn
Does my child need previous programming experience?
No. ACE offers computer programming instruction for beginners, intermediate learners, and advanced students. The starting point can be adjusted to the student’s current knowledge and comfort level.
What programming languages can students learn?
ACE’s computer classes may cover Python, JavaScript, Java, and C++, along with algorithms, software engineering, computational thinking, system design, and introductory machine learning concepts.
Are the classes only for students who want to become software engineers?
No. Programming develops technical knowledge, but it also gives students practice with logical reasoning, persistence, creativity, and structured problem-solving. These abilities can be valuable in many academic subjects and careers.
Are private programming lessons available?
Yes. ACE offers individual computer programming tutoring at $120 per hour. Private lessons may be a good fit for students who need personalized instruction, want faster progress, or have a specific project or academic goal.
Are online computer programming classes available?
ACE’s computer classes may be available both online and in person. Families should contact the center to confirm current formats, schedules, and instructor availability.
Where is ACE Learning Center located?
ACE Learning Center is located in Sheepshead Bay at:
2769A East 15th Street, 2nd Floor
Brooklyn, NY 11235
The location is convenient for families searching for coding classes in Sheepshead Bay and surrounding South Brooklyn communities.
Help Your Child Take the First Step Into Coding
The best computer programming class is not simply the one that teaches the most commands. It is the one that helps a student become curious, capable, and confident enough to keep solving increasingly difficult problems.
ACE Learning Center combines structured instruction, hands-on learning, academic depth, and real software-industry experience. Whether your child is completely new to coding or ready for more advanced challenges, ACE can recommend a learning path based on their current skills, interests, and goals.
Start with a free consultation. Your family will have an opportunity to discuss your child’s interests, assess their readiness, explore available class formats, and identify the most appropriate next step.
Call or text +1 (680) ACE-8587 or visit the ACE computer programming classes page to request your free consultation.
Give your child more than exposure to technology. Give them the opportunity to understand it, build with it, and develop the problem-solving skills that can open doors for years to come.