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Doctor of Philosophy (Biotechnology)

Introduction

Doctor of philosophy in biotechnology is designed to prepares graduates  equipped with skills for competitive participation in global scientific community. The course will inculcate a culture of scientific innovation and promotes problem solving leveraging on biotechnological methods.

Rationale

Doctor of philosophy in biotechnology is a tool designed to provide solutions spanning across health, environmental, agriculture and climate change. It does not only research on the basic molecular science behind the biochemical mechanisms but integrates technology in altering the genetics of living things in order to enhance or silence a biochemical process for a different outcome.  It seeks or aims at bringing interventions in human and animal health, agriculture and environment and in virtually all living spheres of life.

Objective

The goal of the programme is to produce graduates with requisite competence to assume responsibilities in the diverse fields of science research and innovations.

By the end of the programme, the graduate shall be able to effectively;

• Undertake basic and advanced Biotechnology based programmes and projects demonstrating bioethics.
• Promote the creation of innovative integration of technology in a specific field that influences life existence.
• Engage the community in professional development and education in Biotechnology-based advances like GMOs.
• Assume strategic, mid-level management and leadership in fields in Biotechnology.

Entry requirements

A student wishing to pursue a PhD degree in Biotechnology must satisfy the minimum ³Ô¹ÏÍ·Ìõ and School of Pure and Applied Sciences entry requirements. Must be a holder of Masters of science in Biotechnology or related Science by course work and thesis.

International Students

All international students will apply to the Commission for University Education (CUE) for assessment of their graduate qualifications for recognition and equation of foreign qualifications before enrolling for postgraduate studies.

Mode of Delivery and programme structure

The programme is offered by research and thesis.  The programme shall extend over a period of at least three (3) years from the date of registration for a candidate studying full-time but not extending beyond four years from the date of registration.

Fee Structure

Year 1– Ksh. 336 600

Year 2 – Ksh. 336 600

Year 3– Ksh. 336 600

Career Opportunities

Graduates from this course can persue any of these specific career paths or fields

Biomedical research

Alternative therapeutic products designs

Plant breeding and pathology

Pharmaceutical industrial manufacturing and research

Genetic engineering geared towards solving a particular challenge

Lecturing in institutions of higher learning

Why choose this programme at KU

At KU you will find highly trained and experienced faculty to provide training and research supervision. ³Ô¹ÏÍ·Ìõ has a well-equipped research laboratory and animal house with relevant animals for medical research. KU also hosts the National Phytotherapeutic Research Centre which is equipped with state-of-the art research facilities which are accessible to the department. Additionally, the department hosts a well-equipped plant transformation laboratory where Global Scale research is carried out.  The graduate school process is organized in a manner that facilitates timely completion of our graduate students.