Embedded Automation Lab

        This Center of Excellence is designed to provide a comprehensive and technically intensive environment centered on LabVIEW-based graphical system design, while extending its capabilities to Embedded C programming and integration with widely used embedded platforms such as Arduino and Raspberry Pi.

The primary focus is on developing data acquisition, signal processing, and control applications using LabVIEW, including Virtual Instrument (VI) development, modular architecture, and real-time data visualization. Students work extensively with NI hardware platforms (such as DAQ and myRIO) for high-speed interfacing, measurement, and automation tasks.

In addition, the lab broadens its scope to include hardware–software co-design using Embedded C on microcontroller-based systems. Students interface a variety of sensors like temperature, pressure, motion, etc. with platforms like Arduino and Raspberry Pi, enabling the development of IoT-based and standalone embedded applications. Integration between LabVIEW and these platforms is explored through serial communication and network protocols for real-time monitoring and control.

The laboratory emphasizes practical implementation real-time system design, hardware interfacing, and performance optimization. It supports rapid prototyping, system validation, and interdisciplinary project development across domains such as smart systems, industrial automation, and instrumentation.

Overall, the lab equips students with strong expertise in combining graphical programming with embedded system development, preparing them to design scalable, intelligent, and industry-relevant solutions.

Objectives:

• To provide a comprehensive platform for students to explore Embedded Systems and Graphical Programming approaches.
• To facilitate hands-on learning through project development across diverse domains,
• To encourage innovation and interdisciplinary research by offering practical exposure to cutting-edge technologies.

Outcomes:

Develop foundational skills in Embedded Systems and Graphical Programming for real-time application design.

Build and execute innovative projects across IoT, Signal Processing, ML, and DL domains.

Apply interdisciplinary knowledge and advanced technologies to solve real-world problems with an innovative mindset