Ten disciplines, one roof.
Every learner starts on the same ladder and moves at their own pace: five programming tracks to build a foundation, then five frontier tracks where that foundation gets put to work.
Foundation tracks
Five programming languages
C
Where logic starts.9 topics- Data types & operators
- Conditions & loops
- Functions & recursion
- Arrays & strings
- Pointers
- Structures & unions
- Dynamic memory
- File handling
Compiling & debugging with GCC
C++
Structure and performance.9 topics- Classes & objects
- Inheritance & polymorphism
- Constructors & destructors
- Operator overloading
- Templates
- STL containers & algorithms
- Exception handling
- Smart pointers
- Data structures & algorithms
Java
Built for scale.9 topics- Core Java & the JVM
- OOP in Java
- Collections framework
- Generics & lambdas
- Streams API
- Exception handling
- Multithreading
JDBC & MySQL
Spring Boot basics
JavaScript
The web, in motion.10 topicsHTML basics
CSS basics
- Variables, types & functions
- Arrays & objects
- DOM & events
- ES6+ syntax
- Promises & async/await
- Fetch & REST APIs
- Local storage
Browser dev tools
Python
Fast from idea to app.10 topics- Syntax & data types
- Lists, dicts & sets
- Functions & modules
- OOP in Python
- Files & exceptions
- pip & virtual environments
- Automation scripts
NumPy
Pandas
Flask web apps
Frontier tracks
Where the foundation gets put to work
Full Stack
Ship a real web app, front to back, and deploy it.13 topicsHTML & CSS
Tailwind CSS
TypeScript
React.js
Next.js
Node.js
Express
- REST APIs
PostgreSQL
Prisma ORM
- Authentication
Git & GitHub
Deploying to Vercel
DevOps
Automate builds and releases the way engineering teams do.11 topicsLinux & the command line
Shell scripting
Git workflows
Docker & Docker Compose
CI/CD with GitHub Actions
Nginx
AWS: EC2, S3 & IAM
Terraform
Kubernetes basics
Prometheus
Grafana
Robotics
Design, wire, and program machines that move.10 topics- Electronics basics
- Circuits & soldering
Arduino programming
- Sensors & actuators
- DC, servo & stepper motors
- Motor drivers
Raspberry Pi
- ESP32 & IoT
- Line-following & obstacle-avoiding robots
ROS 2 basics
Drone Tech
Build and fly drones, then teach them to fly themselves.10 topics- How drones fly
- Frames, motors, ESCs & props
- LiPo batteries & power
- Assembly & soldering
- Flight controllers
- ArduPilot & Mission Planner
- Calibration & PID tuning
- Waypoint missions
Python control with MAVLink
- DGCA drone rules & safety
Space, AI & ML
In partnership with
Hands-on space science, from telescopes and water rockets to assembling a CubeSat, then machine learning on real space data.3 levels
First Scope telescope
Water rocket
Satellite builder
DIY spectroscope
Astronomer's telescope
DIY CubeSat
Astro Kids
Grades 3–5A story-driven introduction to space science. Cadets receive missions, run experiments and build models.
- Galaxies & cosmic scale
- Constellations
- Build a 10× telescope
- Sun path & sundials
- Moon phases
- Paper rockets & air pressure
- Model rocket design
- Water rockets & thrust
- Build a model satellite
- Periscopes & reflection
- Solar oven & heat
- Newton's third law
- Impact craters
Astro Rangers
Grades 6–8An engineering journey through optics, rocketry, orbits and spectroscopy, ending with students assembling a functional CubeSat.
- Moon phases & eclipses
- Periscopes & reflection
- Parachutes & drag
- Star mapping
- Rocket launch & Newton's laws
- Orbital targeting
- Comets & sublimation
- Planetary geology
- DIY spectroscope
- Gravity & orbital manoeuvres
- Glider aerodynamics
- Re-entry capsule & heat shield
- Refracting, reflecting & radio telescopes
- Assemble a CubeSat
Space data & machine learning
Class 9 to professionalsApply machine learning to real aerospace-style problems and datasets.
Python for data science
NumPy
Pandas
Matplotlib
- Maths for ML
- Supervised & unsupervised learning
scikit-learn
Neural networks with PyTorch
Computer vision with OpenCV
- Satellite image analysis
- NASA & ISRO open datasets
Build from day one. The theory follows.
From the first line of code to a real-world portfolio, learners move at their own pace with mentors, lab time, and projects that make skills stick.
- 80%
- Hands-on lab time. Less theory and more practical sessions, so you learn by building, breaking, and shipping.
- 1:1
- Mentor project reviews. Every project is reviewed with a mentor, and every learner leaves with a real portfolio.
- Class 3 to pro
- One curriculum ladder. School kids and working engineers learn on the same campus, each at their own rung.
Book a visit to the lab.
Walk in for a demo, call ahead, or message us on WhatsApp to book your slot. The launch offer holds while seats last.
- Address
- 2nd Floor, No. 17, Appadurai Chetty Street,T.M.P. Nagar, Padi, Ambattur,Tiruvallur, Tamil Nadu 602024Get directions
- Phone and WhatsApp
- +91 90428 46146
- Website
- dakacademy.in