Interactive Engineering & Coding Labs

Real-time simulation platform for artificial intelligence and algorithms. Run A* search with an autonomous rover moving dynamically along paths, experiment with 2D LiDAR SLAM occupancy grid raycasting and potential field flow vectors, pulse multi-layer neural networks, and interact with visual data structures (Stack, Queue, Binary Tree, Hash Table).

• 60 FPS Real-Time A*, Dijkstra, BFS & DFS with Autonomous Rover Movement
• 2D LiDAR SLAM Occupancy Grid Raycasting & Potential Field Flow Vectors
• Neural Network Forward Pass Visualizer with Synapse Particle Pulses
• Interactive Stack (LIFO), Queue (FIFO) & Binary Search Tree (BST) Visualizer
• Database Hash Table Modulo Hashing & Collision Chaining

Full-featured virtual electronics workbench. Place solderless breadboards, Arduino Uno, Nano V3, RP2040 Pico, Micro:bit V2, ESP32, batteries, resistors, LEDs, motors, servos, buzzers, and logic gates on an interactive grid canvas. Connect terminals with colored SVG wires, simulate series/parallel current flow in real time, probe with a digital multimeter, and run embedded C++/MicroPython code.

• 6+ Microcontroller & Dev Boards: Arduino Uno, Nano V3, RP2040 Pico, Micro:bit V2 & ESP32 DevKit
• 14+ Electronic Components & Sensors: 7-Seg LED, 16x2 LCD, Servos, Relays, PIR & LM35
• Interactive Canvas with Drag-and-Drop, Pan, Zoom, Fullscreen & 16px Grid Snapping
• Point-to-Point Curved SVG Wires with 10 Authentic Colors & Solderless Breadboard
• Live Circuit Graph Solver: Glowing LEDs, Spinning Motors, Audio Buzzer & Multimeter
• 8 Pre-built Quick-Load Templates & Embedded C++ / MicroPython Code Editor with Maximize View

Dedicated telecommunications and signal processing simulation suite. Features interactive DSB-SC diode ring balanced modulation with coherent phase reversals, 60 FPS physical RF waveform morphing from 1G to 6G, Nyquist-Shannon sampling & aliasing spectrum analyzer, RF carrier modulation (AM, FM, SSB, BPSK), and 7 microcontroller protocol bus framing simulators (MQTT, I2C, SPI, BLE, UART).

• Simulations Master Dropdown Menu for Instant 1-Click Lab Switching
• DSB-SC Diode Ring Modulator & Coherent Demodulation with Quadrature Null
• 1G to 6G Cellular Signal Evolution with Real-Time Physical Waveform Morphing
• Nyquist-Shannon Sampling Theorem Visualizer with Aliasing Folding & Sinc Interpolation
• Multi-Modulation Live Waveforms (AM, FM, SSB, BPSK, QPSK) with Carrier Controls
• 7 Hardware & IoT Protocol Simulators: MQTT, I2C, SPI, BLE, UART, HTTP & WebSocket

Design full responsive websites in seconds by clicking pre-built UI components. Add navbars, hero banners, feature grids, pricing tiers, and contact forms. Switch palettes, test live mobile/tablet viewports, and download clean semantic HTML5 + Tailwind CSS.

• 10 Modular UI Component Blocks (Hero, Navbar, Features, Pricing, Form)
• Live Responsive Sandbox Preview (Desktop, Tablet, Mobile)
• 6 Production Theme Palettes (Cyber Neon, SaaS Slate, Emerald Clean)
• Visual Block Reordering, Duplication, and Content Editing
• 1-Click Standalone index.html Download & Code Copy

Demystify computer memory, pointer arithmetic, and language paradigms. Features a live step-by-step code debugger with active line highlight, dynamic Stack/Heap RAM diagram updating with each step, side-by-side lessons for C and Python, and instant knowledge quizzes.

• Step-by-Step Code Debugger with Line Highlight & Auto-Play
• Dynamic Stack & Heap Memory Reallocation with Pointer Vectors
• 6 Interactive C Lessons (Pointers, Memory Sizes, Malloc, Structs)
• 6 Interactive Python Lessons (Comprehensions, F-Strings, OOP, JSON)
• Live Browser Code Runner with CRT Terminal Output
• Interactive Knowledge Quizzes with Real-Time Feedback

📡 ECE Division: The Internet of Things (IoT) Stack

Every IoT architecture encompasses four distinct layers: physical perception (sensors and microcontrollers), transmission transport (MQTT, WebSockets, HTTP), edge processing (C++, MicroPython), and actuator reaction (relays, motors, OLEDs). In our IoT Lab, students can visually dissect pinouts, configure pull-up resistors, analyze 7-bit I2C addressing, and generate complete Arduino `.ino` sketches and ESP-IDF C source files with zero syntax guesswork.

💻 CSE Division: Visual Web Engineering & Memory Safety

Software engineering spans from high-level visual design to raw silicon memory allocation. Our CSE track features the Visual GUI Website Builder, demonstrating modular component design, responsive viewports, and clean Tailwind CSS compilation, alongside the Interactive C & Python Code Lab, which visualizes how pointers physically point to 64-bit hexadecimal RAM addresses on the Call Stack and Free Store Heap.