Adnan Rasheed

I am a researcher specializing in greenhouse technology, energy-efficient systems, and climate-smart agriculture, integrating advanced modeling, materials research, and machine learning.

I have over a decade of international research experience in greenhouse technology, energy-efficient systems, and protected agriculture, spanning Spain, South Korea, and Canada. Currently, I am a Postdoctoral Fellow at the University of Alberta, where I lead projects on energy-efficient greenhouse design, climate modeling, and integration of machine learning for environmental control.

Previously, I worked as a Research Professor and Postdoctoral Researcher at the Smart Agriculture Innovation Center in South Korea, focusing on renewable energy systems, climate-smart agriculture, and greenhouse performance optimization. My Ph.D. at Kyungpook National University developed validated models for greenhouse energy and climate assessment, with emphasis on materials, coverings, and passive/active energy-saving technologies.

I have led and contributed to funded projects from Horizon Europe, Mitacs Canada, and the Korea Research Foundation, collaborating with industry and academic partners. Over the years, I have authored 25+ peer-reviewed publications on greenhouse covering materials, climate modeling, energy-saving technologies, and smart control strategies, while mentoring students and training farmers in sustainable greenhouse operations.

Ph.D. in Agricultural Civil Engineering, Kyungpook National University, South Korea (2015–2019):
Specialized in greenhouse energy and climate modeling, material evaluation, and development of simulation models for active and passive energy-saving technologies.

M.Sc. in Agro-Engineering, Technical University of Madrid, Spain (2012–2013):
Focused on greenhouse systems, climate control, and sustainable agricultural technologies in temperate and arid environments.

B.Sc. in Agricultural Engineering, University of Agriculture Faisalabad, Pakistan (2006–2010):
Built foundational expertise in agricultural systems design, crop production, and resource-efficient farming practices.