BACHELOR OF SCIENCE (HORTICULTURE, WITH I.T.)

Course Description

This forward-looking program integrates traditional horticultural science with cutting-edge information technology to revolutionize plant cultivation and management. Students will master both the biological principles of horticulture and the digital tools transforming modern production systems, including precision agriculture technologies, automated greenhouse controls, and data-driven crop management solutions. The curriculum covers plant physiology, soil science, pest management, and post-harvest technology while incorporating IT applications for optimized horticultural operations.

Expectations

Students will develop a unique dual competency in horticultural science and applied information technology, learning to operate and troubleshoot smart irrigation systems, analyze crop data from digital sensors, utilize GIS for site selection, and implement automation in horticultural operations. The program emphasizes hands-on experience with industry-standard technologies including hydroponic/aquaponic control systems, spectral imaging for plant health assessment, and blockchain applications for produce traceability. Graduates will emerge as technologically-adept horticulturists capable of improving yields, reducing resource inputs, and implementing sustainable practices through digital solutions, while maintaining strong foundational knowledge in plant biology and ecosystem management. They will be prepared to lead the digital transformation in both commercial horticulture operations and urban agricultural initiatives

Market Areas

Graduates are prepared for diverse roles in the evolving horticulture sector, including precision horticulture specialists implementing IoT and sensor technologies, smart greenhouse managers utilizing automated climate control systems, agricultural technology advisors for horticultural software solutions, urban farming consultants employing vertical farming technologies, and horticultural data analysts optimizing crop production. Additional opportunities exist in agri-tech startups developing horticultural apps, government agricultural extension services incorporating digital tools, research institutions studying technology-enhanced cultivation methods, and landscape management firms using drone-based monitoring systems. The program also prepares graduates for roles in horticultural e-commerce platforms and supply chain technology integration.

Minimum Requirements

HOLDERS OF KENYA CERTIFICATE OF SECONDARY EDUCATION (KCSE) WITH MEAN GRADE OF C+ OR EQUIVALENT WITH PASSES AT C PLAIN OR ABOVE IN BIOLOGY/BIOLOGICAL SCIENCES AND ANY ONE OF THE FOLLOWING SUBJECTS: CHEMISTRY, PHYSICS, PHYSICAL SCIENCES, MATHEMATICS, AGRICULTURE OR GEOGRAPHY OR HOLDERS OF KCSE MEAN GRADE OF C- OR EQUIVALENT PLUS A CERTIFICATE AND DIPLOMA IN A RELEVANT FIELD FROM AN ACCREDITED INSTITUTION OR HOLDERS OF ‘O’ LEVEL DIVISION II OR EQUIVALENT WITH SUBJECTS INDICATED IN 3.1.1 ABOVE; PLUS A DIPLOMA IN A RELEVANT FIELD FROM AN ACCREDITED INSTITUTION OR HOLDERS OF ‘A’ LEVEL WITH TWO PRINCIPAL PASSES OR EQUIVALENT IN BIOLOGY AND ANY ONE OF THE FOLLOWING SUBJECTS: CHEMISTRY, PHYSICS, GEOGRAPHY OR MATHEMATICS OR HOLDERS OF KCSE MEAN GRADE OF C PLAIN OR EQUIVALENT PLUS A DIPLOMA IN BIOLOGICAL SCIENCES OR RELATED SCIENCES FROM AN ACCREDITED INSTITUTION OR HOLDERS OF A HIGHER NATIONAL DIPLOMA IN BIOLOGICAL SCIENCES OR RELATED SCIENCES FROM AN ACCREDITED INSTITUTION OR HOLDERS OF A BACHELOR OF SCIENCE DEGREE IN BIOLOGICAL SCIENCES OR RELATED SCIENCES FROM AN ACCREDITED INSTITUTION

Campus Life Admissions Research Faculties