Rationale

Value Chain Optimization & Food Systems

Horticulture is a vibrant sub-sector of agriculture that plays a pivotal role in economic growth, wealth creation, and food security in Kenya, aligning closely with national development goals like Kenya Vision 2030. Rapid urban growth, an expanding export market, and changing consumer preferences demand advanced scientific knowledge and technological innovations. This program addresses these realities by equipping trainees with competencies in biotechnology, greenhouse production management, landscape design, and post-harvest technology to improve crop quality while ensuring environmental sustainability.

Programme Objective

Scientific and Technical Excellence

Integrating field sciences, technical propagation, and managerial value chains, this program prepares skilled professionals for industries, research settings, and commercial operations. Upon graduation, trainees should be able to:

  • Demonstrate deep theoretical and practical understanding of floriculture, olericulture, and pomology production parameters.
  • Apply modern breeding techniques, tissue culture methodologies, and propagation systems to improve crop varieties.
  • Formulate practical post-harvest handling frameworks to minimize food losses and maximize commodity shelf life.
  • Design, establish, and manage modern greenhouse structures, nursery networks, and urban landscapes.
  • Analyze soil conditions, plant pathology challenges, and entomological profiles to implement integrated pest management solutions.
  • Engage actively in innovative agronomic research, extension service provision, and global horticultural knowledge creation.

Admission Requirements

Institutional Selection Criteria

Applicants pursuing the Bachelor of Science in Horticulture must fulfill the basic University entrance rules of the Kenya Certificate of Secondary Education (KCSE) alongside any criteria outlined in the Egerton University Statutes. Cluster requirements include:

  • C+ (plus) in Biology OR B- (minus) in Biological Sciences
  • C+ (plus) in Chemistry OR B- (minus) in Physical Sciences
  • C+ (plus) in Mathematics or Geography or Agriculture will act as an added advantage.

Alternative Pathways: Admission may be extended to outstanding diploma holders who achieved a Distinction, Credit, or equivalent in Horticulture, General Agriculture, or related environmental disciplines recognized by the Egerton University Senate.

Course Structure & Duration

Credit Loading & Classifications

Duration: 4 Academic Years (8 Semesters of 17 weeks each).

To graduate, a student covers specified coursework limits alongside mandatory structural field experiences. Departmental codes start with HORT, where the first digit signifies study year, the last shows system rank, and the second digit denotes discipline areas:

  • 0 = Introduction, Principles or Basic Science
  • 1 = Plant Propagation & Nursery Management
  • 2 = Olericulture (Vegetable Production)
  • 3 = Pomology (Fruit Crop Science)
  • 4 = Floriculture & Landscape Architecture
  • 5/6 = Post-harvest Technology, Projects & Field Attachment

Academic Regulations

Assessments & Graduation Pathways

Examination Governance: All examinations for this programme shall be conducted in accordance with Egerton University Statute 37 (7), 37 (10), 37 (11), 37 (15) and 37(16) of 2023.

HORT 361 Field Attachment: Field-based attachments are conducted and evaluated as independent practical metrics governed strictly by general Egerton University industrial training codes.

HORT 414 Research Project: Requires execution, compilation, and assessment of an independent specialized agronomic problem. Final technical bindings must be turned over for processing 2 weeks before the semester ends.

Graduation Requirements: Students must take and pass all required programmatic course components inside the stipulated timelines to clear for graduation.

Ready to Join the Programme?

Submit your application today through the Egerton University online admissions portal.