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Research

Welcome to IOSNEL, where innovative thinking combines with cutting-edge technology. We are excited to present a ground-breaking combination of smart sensors: optical sensor (i.e., Near infrared spectroscopy – NIR, VIS-NIR hyper-spectral imaging), olfactive sensors (i.e, e-nose). Together with nanozymes technology that pushes the limits of both scientific research and practical applications.

With its capacity to record and examine a wide variety of spectrum data, hyperspectral imaging offers unmatched insights into the make-up, traits, and behavior of materials. We give academics, scientists, and business professionals the tools they need to access hidden data and make educated decisions with previously unheard-of precision.

With the help of our incorporation of nanozymes, all the research we do is enhanced and performance is elevated to a new level. The exceptional catalytic activity and durability of nanozymes, which are created at the nanoscale, enable a variety of chemical processes. This innovative technology creates opportunities for quick and effective procedures in industries including industrial manufacturing, environmental monitoring, and biomedicine.

We have incorporated smart sensors (i.e., RGB, NIR and olfactive sensors) into our systems to fully use the capabilities of these cutting-edge technology. These sophisticated sensors are capable of instantaneous parameter detection, measurement, and analysis. Smart sensors improve process management, optimize resource use, and enable predictive maintenance by continuously monitoring crucial variables and delivering helpful feedback. This ensures peak performance and efficiency across a variety of applications.

At our core, we are committed to pushing the limits of what is possible and are passionate about innovation. We work with top industry experts, draw on state of the art research, and apply the most recent technological developments to offer solutions that transform companies and facilitate scientific discovery.

We urge you to browse our website and learn about the transformational potential of hyper- spectral imaging, nanozymes, and smart sensors, whether you are an academic researcher, an industrial expert, or an inventor looking to address complicated problems. Let’s work together to influence how science and technology are explored in the future.

Our lab is located in Room 104 of the Agricultural Engineering Sciences Building at the University of Illinois Urbana-Champaign.

Khaliduzzaman

His groundbreaking work focuses on the transformation of the egg industry through the integration of advanced technologies. By utilizing non-destructive optical sensing, IoT, AI, big data, and cloud computing, he aims to develop smart systems for egg production, quality inspection, and grading. His research highlights the potential of these innovations to enhance automation, biosecurity, and animal welfare. A significant part of his work involves applying various CNN and transfer learning models for nondestructive chicken egg fertility detection, demonstrating their high accuracy and potential for industry-wide implementation

1.  Ahmed, M. W., Hossainy, S. J., Khaliduzzaman, A., Emmert, J. L., & Kamruzzaman, M. (2023). Non-destructive optical sensing technologies for advancing the egg industry toward industry 4.0: A review. Comprehensive Reviews in Food Science and Food Safety, 22, 4378–4403. Link to DOI