About Modern Age Coders
Where creativity meets discipline, and learning becomes an adventure in code and mathematics
Who We Are
Modern Age Coders is an innovative education platform teaching coding and mathematics to students aged 12-21. We combine expert instruction with personalized attention, preparing students for real-world tech careers through practical, project-based learning.
Our Approach
We focus on hands-on learning where students build real projects. From games to websites, every lesson involves creating something tangible. This practical approach helps students understand concepts deeply while building an impressive portfolio.
Our Students
We teach students from ages 12-21 in small batches, ensuring individual attention. Whether they're complete beginners or looking to advance their skills, we provide the right curriculum and pace for each student's learning journey.
Beyond Classroom
Learning extends beyond coding lessons. We organize hackathons, coding competitions, tech field trips, and social events. Students build confidence, teamwork skills, and friendships while creating a professional portfolio.
Our Impact
The Learning Journey
Discovery Phase
Students learn programming fundamentals through interactive exercises. We cover logic, algorithms, and their first language with immediate feedback and practical examples.
Building Phase
Students start creating real projects. Simple calculators become games, static pages turn into interactive websites. Each project reinforces concepts while building practical skills.
Mastery Phase
Advanced topics like data structures, frameworks, and competitive programming. Students develop their own projects and explore specializations that interest them most.
Launch Phase
Students graduate with a portfolio of projects, strong computer science fundamentals, and confidence to pursue tech careers or continue learning independently.
What Students Learn
Programming Languages
- Python for beginners and data science
- JavaScript for web development
- Java for object-oriented programming
- C++ for competitive programming
- HTML/CSS for frontend design
Mathematics
- Algebra and Number Theory
- Geometry and Trigonometry
- Calculus and Differential Equations
- Discrete Mathematics
- Statistics and Probability
Computer Science
- Data Structures and Algorithms
- Object-Oriented Programming
- Database Design and SQL
- Web Development Frameworks
- Version Control with Git
Practical Skills
- Building games, websites, and apps
- Problem-solving and logical thinking
- Team collaboration and communication
- Debugging and code optimization
- Portfolio development and presentation
What People Say
My daughter built her own game in 3 months. The teachers are patient, the curriculum is practical, and she looks forward to every class.
Project-based learning made everything click. I'm now confident in hackathons and got an internship thanks to my portfolio.
I appreciate the transparent progress tracking. My son improved in both coding and his school math grades.
What Drives Us
Creative Learning
We encourage creative thinking and innovative problem-solving. Students learn to approach challenges with imagination and develop unique solutions.
Project-Based Education
Every concept is taught through real-world applications. Students build tangible projects they can showcase and be proud of.
Community First
Through group activities and collaborative learning, we build a supportive community where students grow together and learn teamwork.
Future Ready
We equip students with strong logic and problem-solving skills that prepare them for college, careers, and the evolving tech landscape.