Paul Oppong Kwabena (OPK)
Lecturer, Agricultural Engineering Department, Ho Technical University, Ghana
Paul Oppong Kwabena, affectionately known as OPK in academic circles, hails from Fereso in the Bosome Freho District of the Ashanti Region, Ghana. As the first among his siblings to attain a university education, OPK pursued higher studies, earning a master’s and Ph.D. degree in Agricultural Engineering with a specialization in Robotics, Renewable Energy, and Climate Change Issues.
Academic and Professional Achievements
OPK has attended over thirty international academic conferences, winning an impressive tally of eighteen Gold Prizes, one Silver, and one Bronze. Notably, he was honored to attend the 2017 December Conference on Creative Engineering Design (CED) at Yamaguchi University, Japan. His research focuses on Digital Agriculture and Smart Farming Techniques, applying interdisciplinary methods in data fusion, IoT, and machine learning.
Currently, he is a Lecturer and Research Associate at Ho Technical University, where he spearheads studies in innovative agricultural technologies, including JDL and Mivar models, multispectral/hyperspectral imaging, UAV automation, and artificial intelligence-driven solutions for agriculture. His work contributes significantly to the digital revolution in agricultural production.
Smart Agricultural Innovations
📌 Smart Farm
This innovative smart farm integrates IoT-based automation, AI-driven monitoring, and precision agriculture techniques to optimize crop production and resource efficiency.
📌 Self-Propelled Groundnut Cultivator
A groundbreaking mechanized solution designed to enhance efficiency in groundnut farming, reducing labor costs and improving yield.
📌 Weather Drone for Farmers
A cutting-edge UAV system equipped with sensors for real-time weather monitoring, providing crucial data for precision farming and climate resilience.
📌 Rice Disease Detection System
An advanced AI-powered robotic system designed for detecting rice diseases in real time, enhancing early intervention and reducing crop losses.
Contributions and Recognition
As an alumnus of St. James Seminary and SHS (2004 year group), OPK has been instrumental in supporting his alma mater. He played a key role in the construction of a borehole and has overseen the school’s website maintenance and associated charges. His early academic prowess was evident when he, along with Bonye Fidelis, emerged winners of the 2004 Regional Quiz on Horticulture organized by Parks and Gardens.
Research and Publications
OPK has authored and contributed to several high-impact research publications, including:
- “Smart Arduino Sensor Integrated Drone for Weather Indices: Prototype” – exploring climate monitoring through smart drone technology.
- “A Sheathed Virtual Impactor – Microseparator for Improved Separation of Sub- and Supercritical Sized Particles” (Journal of Aerosol Science, 2022)
- “A Comprehensive Review on Non-Active Micro-Pumps for Microfluidic Platforms” (Journal of Micromechanics and Microengineering, 2021)
- “A Rapid Rice Blast Detection and Identification Method Based on Crop Disease Spores’ Diffraction Fingerprint Texture” (Journal of the Science of Food and Agriculture, 2020)
- “A Cell Viability Evaluation Method Based on Respiratory Thermodynamic Feature Detected by Microscopic Infrared Thermal Imaging Sensor” (IEEE Sensors Journal, 2020)
- “A Portable Detection Method for Organophosphorus and Carbamates Pesticide Residues Based on Multilayer Paper Chip” (Journal of Food Process Engineering, 2018)
Global Exposure and Projects
Although OPK has engaged in part-time research projects in Australia and China, his primary focus remains on academia and agricultural innovation in Ghana.
With a strong dedication to advancing smart agricultural systems, renewable energy solutions, and climate resilience, OPK continues to contribute significantly to research, education, and community development. His work is shaping the future of precision agriculture in Ghana and beyond.