Tuhina Sahoo
Bhubaneswar, Jan 30: SOA University unveiled groundbreaking advancements in 5G, quantum technology sensing, and imaging, placing them at the forefront of technological innovation. The event showcased cutting-edge research from SOA’s multidisciplinary lab, a hub for advanced projects that span industries like healthcare, agriculture, and cybersecurity.
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SOA University’s lab is powered by a team of world-class professors and researchers who are not only deeply engaged in various R&D initiatives but also dedicate their time to mentoring aspiring innovators. This blend of hands-on research and guidance is helping shape the next generation of tech leaders.
“We’re thrilled to have a team of brilliant minds who are pushing the boundaries of technology and providing mentorship to young researchers eager to make their mark. The 5G technology in Odisha was inaugurated Railway and IT Minister Ashwini Vaishnaw at SOA University. The university has long been a beacon for students interested in tech, offering countless internship opportunities where they can actively contribute to innovative projects. For students, this means a chance to be part of real-world solutions while also gaining invaluable industry experience, said the spokes person Bharat Jyoti Sahu.
SOA’s specialized centers in fields like IoT, AI, Machine Learning, Data Science, and Cybersecurity are key drivers of innovation. These centers bring together experts from various fields to collaborate on projects that have a lasting impact. From enhancing healthcare to developing new ways to improve agricultural efficiency, the university is fostering cross-disciplinary projects that showcase real-world solutions powered by technology.
SOA University is also a significant player in supporting tech startups. Its 5G lab serves as an incubator, offering connectivity solutions and AI-powered tools to help budding entrepreneurs bring their ideas to life. Through comprehensive mentorship, these startups are able to take advantage of SOA’s advanced resources and expert guidance.
SOA’s lab is home to a wide array of innovative projects, some of which were presented at the Conclave.
Here are a few highlights:
AI for Cattle: A collaboration with the Institute of Veterinary Science and Animal Husbandry, this project uses IoT and AI to monitor the health and wellbeing of livestock, enhancing the quality of care and management in the agricultural sector.
Agri-Drone Automation: This technology automates key agricultural tasks, such as spraying and surveillance, within defined geographic boundaries. Controlled via a smartphone and powered by 5G, these drones operate autonomously, increasing efficiency and reducing the need for pilots.
Smart Security Systems: By combining IoT, 5G, and AI, SOA is revolutionizing security with real-time alerts for unusual activities, offering enhanced safety for homes and businesses.
Affordable Healthcare Solutions: SOA’s clutter-free ICU project utilizes IoT and 5G to provide real-time health monitoring, helping reduce medical equipment costs and making healthcare more accessible.
Advancements in R&D
In addition to these innovative projects, SOA is also leading research in advanced telecommunications, such as network slicing, energy efficiency, and AI/ML for future networks. The university is also focusing on areas like antenna design, free-space optical fiber MIMO, and IoT integration to shape the future of communication technologies.
Exploring quantum technology
One of the most exciting areas of exploration at SOA University is quantum technology. Using the principle of weak value amplification, SOA researchers are developing devices capable of amplifying and quantifying tiny polarization anisotropy effects, breaking new ground in bio and chemical sensing. Potential applications for these advancements include:
Quantifying protein properties in solutions
Testing the purity of pharmaceutical drugs
Remote sensing in meteorology and astronomy
Optical stress analysis of structures
Crystallography of biochemical complexes
Biological tissue characterization and disease diagnosis
