150+
Projects Completed
500+
Total Students
12
Research Patents
2026
Current Session
Research & Innovation
Our lab focuses on bridging the gap between hardware architecture and intelligent software systems.
Embedded Systems
Advanced firmware development for ESP32, ARM, and IoT-enabled industrial automation sensors.
View HardwareAI & Robotics
Integrating Computer Vision and OpenCV for real-time attendance and autonomous navigation.
Explore ModelsAssistive Tech
Developing Neuro-Connect interfaces and eye-blink detection for medical communication.
See Case StudiesPortfolio
Featured Projects
CattleNova Health System
A real-time livestock monitoring dashboard utilizing BLE and ESP32 to track temperature, heart rate, and stress levels in cattle.
Neuro Connect Assist
Assistive communication interface for paralyzed patients, using eye-blink detection via OpenCV and voice-synthesized feedback.
Lab Gallery
[ Auto-Scrolling Active ]
01. Smart Grid Controller
02. Robotic Arm Prototype
03. Solar Tracking System
04. Precision Milling Control
01. Smart Grid Controller
From Conceptual Design to Deployment
We follow a rigorous technical framework to ensure every prototype meets industrial standards for reliability and performance.
Research
Requirement analysis, feasibility studies, and technology stack selection (ESP32, Python, or PLC).
Prototyping
Schematic design, PCB layouting, and initial CAD modeling for structural integrity.
Development
Firmware coding, full-stack integration, and AI model training using real-world datasets.
Validation
Stress testing, QA reporting, and final deployment to the lab or industrial environment.
Interested in collaborating on a project?
We accept proposals for R&D and Industry-standard prototypes.
Our Tech Stack
Industry-Standard Development
Hardware & IoT
Software Ecosystem
AI & Computer Vision
All systems cross-integrated for real-time data synchronization