Experiential Learning Takes Centre Stage as Galgotias University Introduces Semiconductor and Drone Labs 

The initiative supports industry-aligned learning through simulation environments, UAV training, and advanced electronics infrastructure at the Greater Noida campus.

Experiential learning has taken a central role at Galgotias University with the introduction of advanced Semiconductor and Drone Technology Labs at its Greater Noida campus. The initiative reflects the university’s focus on shifting engineering education beyond classroom instruction toward hands-on, industry-aligned training supported by real-world applications and simulation-based learning.
The newly launched facilities include specialised laboratories for semiconductor technologies, unmanned aerial systems, and an integrated experiential simulation learning ecosystem. Together, they are designed to provide students with practical exposure to emerging technologies that are increasingly shaping India’s industrial and technological priorities.

One of the notable additions is the Advanced Drone Soccer Arena, an experiential learning space where students design, build, and pilot drones in competitive formats. The arena combines engineering concepts with structured competition, allowing students to develop skills in precision engineering, teamwork, strategic planning, and real-time problem-solving. The Drone Soccer Arena was inaugurated by Dr. Ashwin Fernandes, Executive Director, AMESA, QS Quacquarelli Symonds, lending academic and global recognition to the initiative.
The launch of the new laboratories comes at a time when India is strengthening its focus on semiconductors, electronics manufacturing, and unmanned aerial systems. Galgotias University has aligned its academic infrastructure with these national priorities by placing students at the centre of applied learning models that mirror industry environments.

The Semiconductor Lab offers students exposure across the chip development lifecycle, including design, simulation, fabrication processes, testing, and applications. Through structured lab work and simulation tools, students gain insights into semiconductor use cases spanning artificial intelligence, automotive electronics, and consumer technology. The lab is intended to help students build foundational expertise in a sector critical to India’s technological self-reliance.
Complementing this is the Drone Technology Lab, which provides training in UAV design, assembly, flight control systems, payload integration, and data analytics. Students engage with application-driven learning across domains such as precision agriculture, infrastructure inspection, disaster management, surveillance, and defence-related technologies. The lab focuses on building operational competence alongside theoretical understanding.

A key differentiator of the initiative is Galgotias University’s experiential simulation learning framework. Through the use of digital twins, virtual laboratories, real-time simulations, and scenario-based challenges, the university recreates industrial workflows within the academic setting. This approach aims to reduce the gap between academic instruction and professional practice by familiarising students with industry conditions before graduation.
University leadership stated that the launch of these facilities aligns with Galgotias University’s long-term vision of becoming a future-ready institution that responds to evolving industry requirements. Faculty members associated with the programmes have undergone targeted training to integrate experiential methodologies into regular coursework and assessment.

Students have responded positively to the initiative, citing improved confidence, stronger practical skills, and clearer alignment between academic learning and industry expectations. Early feedback from industry stakeholders suggests that graduates trained under this model demonstrate higher readiness for roles in high-technology sectors.
With the introduction of advanced semiconductor, drone, and simulation labs, Galgotias University has expanded its academic infrastructure to support applied learning at scale. The initiative represents a step toward redefining engineering and technology education in India by embedding practical experience, simulation, and industry relevance into the core of the learning process.

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