G H Raisoni University Technology and Business Incubator Foundation
Empowering Innovation, Nurturing Startups
GHRU Saikheda iTBI (Innovation & Technology Business Incubator) is a premier incubator established with the vision of transforming the entrepreneurial ecosystem in the region. Our mission is to empower innovators, startups, and early-stage ventures by offering access to infrastructure, mentoring, capacity building, and industry exposure.
Located at GHRU Saikheda, we serve as a bridge between academia, industry, and the startup community. We support high-potential technology and knowledge-based enterprises to scale and succeed. Startups in our incubator benefit from:
At GHRU Saikheda iTBI, we believe in fostering sustainable and inclusive innovation—helping entrepreneurs who aim to impact society positively while creating scalable ventures. Together, we strive to build a vibrant ecosystem where ideas flourish, technologies mature, and startups transform into successful enterprises.
Our lab blends high-end prototyping, smart fabrication, digital design, and specialized testing facilities—creating a powerful ecosystem where startups can transform ideas into market-ready innovations with confidence and speed.
Designed to bridge student innovation with the modern agricultural sector, the upcoming session "Think Agriculture, Think Enterprise" will feature guest speaker Mr. Samihan Lohit. The event aims to guide aspiring student founders through exploring high-value business opportunities in modern farming, refining original concepts, and taking decisive steps toward building scalable ventures. By delivering practical industry insights and actionable strategies, the session equips participants with the mindset and tools needed to convert technical knowledge into thriving agricultural enterprises.
In an engaging session on the Future of Drones and Aerospace Technologies, an active startup founder shared a firsthand roadmap on commercializing cutting-edge aerial innovation. Moving past technical jargon, the talk highlighted how aspiring creators can transform high-tech flight concepts into profitable commercial ventures, navigate early-stage business hurdles, and secure venture capital. Attendees gained practical strategies for identifying emerging market gaps in software, operational infrastructure, and autonomous platforms, positioning themselves at the forefront of the rapidly expanding aerospace ecosystem.
In a major initiative bridging pharmacy education with digital technology, the Workshop on Bio-Medical 3D Modelling was recently organized for final-year pharmacy students. The interactive training introduced future pharmaceutical professionals to specialized 3D printing software, enabling them to design digital structures from scratch. Throughout the practical sessions, students learned how to operate design programs and build precision 3D models, gaining direct technical experience with the digital software tools driving modern additive manufacturing.
Beyond software training, the workshop provided a platform to explore the vast possibilities of 3D printing within the broader biomedical field and entrepreneurial space. Session leads led discussions on the future scope of 3D printing in healthcare, highlighting how additive techniques can transform bioprinting and device manufacturing. Students learned how mastering these digital modeling tools unlocks commercial opportunities—from founding innovative health-tech startups to prototyping new biomedical products—empowering the graduating batch to spearhead tech-driven ventures in the evolving healthcare sector.
