Every programme, with the real numbers.

The Bachelor of Science in Physics is a four-year programme offered at the University of Nairobi, JKUAT, Moi University, Maseno University, Kibabai University, and other institutions. It provides a comprehensive foundation in classical and modern physics, preparing graduates for careers in research, education, technology, and industry. Students study mechanics, electromagnetism, thermodynamics, quantum mechanics, optics, nuclear physics, electronics, and computational physics. The curriculum combines theoretical instruction with laboratory practicals, machine workshop practice, and guided research projects, ensuring graduates develop strong analytical and experimental skills. Entry requires a KCSE mean grade of C+ with at least C+ in Physics and C in Mathematics. The programme is offered full-time over four academic years, with specialisation options in condensed matter physics, geo and space physics, electronics, nuclear physics, and laser physics. Graduates work as physicists, research scientists, teachers, data analysts, and instrumentation specialists in universities, research institutions, government agencies, telecommunications companies, and energy firms. They contribute to technological innovation and scientific advancement across multiple sectors. The programme is accredited by the Commission for University Education (CUE) and prepares graduates for postgraduate studies in physics and related fields. Students develop strong quantitative, computational, and problem-solving skills valued in diverse industries. Career opportunities include roles in renewable energy, medical physics, telecommunications, geophysics, data science, and academic research. The demand for physics graduates continues to grow with expansion in technology, energy, and scientific research sectors.

The Certificate in Bridging Mathematics is a remedial programme designed to help students improve their mathematics qualifications to meet university entry requirements. Offered at Kaimosi Friends University, the programme targets learners who did not achieve the required mathematics grade in KCSE for their desired degree or diploma programmes. Students develop competencies in foundational mathematics topics including algebra, geometry, trigonometry, calculus basics and statistics. The curriculum revisits secondary school mathematics with greater depth and application focus, enabling graduates to pursue further studies in mathematics-dependent fields. Many university programmes in Kenya require minimum grades in mathematics, and students who fall short often need bridging courses to qualify. This programme provides a structured pathway for such students to strengthen their mathematics foundation. Teaching is delivered through intensive classroom instruction, problem-solving sessions and tutorial support. Students work through past examination questions and practice exercises to build confidence and competency. Graduates typically proceed to enrol in diploma or degree programmes that require mathematics proficiency, particularly in fields such as engineering, commerce, computer science and education. The programme is ideal for KCSE graduates who wish to pursue mathematics-dependent courses but did not meet the required grade in their initial examination.

The Certificate in Gemmology provides foundational skills in gemstone identification, grading, valuation, and the gemstone trade. Students learn to identify precious and semi-precious stones, understand gemstone properties, use gemmological testing equipment, and assess gemstone quality. The programme is designed for individuals seeking entry-level positions in the gemstone industry, mining sector, jewellery trade, or as independent gemstone dealers. Students develop competencies in gemstone identification, visual inspection, use of gemmological tools (loupe, microscope, refractometer, spectroscope), gemstone grading, and basic valuation. The curriculum covers gemstone formation, mineralogy basics, gemstone varieties found in Kenya, testing methods, grading standards, and the gemstone trade. Practical skills in gemstone identification and grading are emphasised through laboratory sessions. Kenya is a significant producer of gemstones including tsavorite, ruby, sapphire, tourmaline, and aquamarine, with Taita Taveta County being a major gemstone mining region. The gemstone industry contributes to mineral exports and local livelihoods. The growing interest in Kenyan gemstones in international markets, the development of value addition in the mineral sector, and the need for professional gemstone assessment create demand for trained gemmology personnel. The programme combines classroom lectures with laboratory sessions and field visits to gemstone mines. Students practise gemstone identification, use testing equipment, examine specimens, and visit mining sites in the Taita Taveta region. Teaching methods include practical demonstrations, laboratory exercises, specimen analysis, and field-based learning. Graduates find employment as gemstone identification assistants, mining company technicians, jewellery trade assistants, or gemstone dealers. The certificate also provides a pathway to diploma programmes in geology, mining, or gemmology. Some graduates establish small gemstone trading or lapidary businesses, adding value to rough gemstones through cutting and polishing. This programme is ideal for KCSE graduates with an interest in gemstones and the mineral sector, as well as individuals already working in mining or jewellery trade who seek formal gemmology qualification. The accessible entry requirements make it suitable for those exploring gemmology as a career before committing to diploma or degree-level studies.

The Certificate in Library Studies provides foundational knowledge in library operations, information organisation, cataloguing, and records management. Students learn the fundamentals of library science including library classification, cataloguing, circulation services, reference services, and digital information management. The programme is designed for individuals seeking entry-level positions in libraries, information centres, archives, or as a pathway to further studies in library and information science. Students develop competencies in library operations, cataloguing and classification, circulation management, reference services, information organisation, records management, and digital library basics. The curriculum covers introduction to library studies, library classification systems, cataloguing, circulation and reference services, information sources, records management, and ICT in libraries. Practical skills are developed through library practicum and project work. Libraries and information centres play a critical role in education, research, and governance in Kenya. Schools, universities, government departments, NGOs, and corporate organisations maintain libraries and information resource centres requiring trained personnel. Kenya's growing emphasis on digital information management and knowledge organisation has expanded the scope of library studies beyond traditional library operations to include digital libraries and information technology. The programme combines classroom lectures with practical training in library settings. Students practise cataloguing, classification, circulation procedures, and reference services. Teaching methods include lectures, laboratory sessions in library systems, field visits to libraries, and project-based work. Students gain hands-on experience through library practicum in university or institutional libraries. Graduates find employment as library assistants, circulation assistants, cataloguing assistants, or records management assistants in school libraries, university libraries, public libraries, government departments, NGOs, and corporate information centres. The certificate also provides a pathway to diploma programmes in library and information studies or information science. This programme is ideal for KCSE graduates with an interest in books, information management, and knowledge organisation, as well as individuals already working in library or information-related roles who seek formal qualification. The programme provides practical skills directly applicable in library and information centre operations.

The Diploma in Technology in Technical and Applied Physics is a technical programme that equips students with knowledge and practical skills in physics principles, technical applications and instrumentation. Offered at the Technical University of Kenya through the School of Physics, Earth and Environmental Sciences, the programme prepares students for technical roles in physics laboratories, industrial instrumentation and applied physics. The curriculum covers classical mechanics, electromagnetism, thermodynamics, optics, modern physics, electronics, instrumentation, materials science, vacuum technology, nuclear physics basics, renewable energy, research methods and industrial attachment. Students develop both theoretical knowledge and hands-on laboratory skills in physics and instrumentation. Kenya's industrial and research sectors require trained technical personnel who can operate and maintain physics instrumentation, support laboratory operations and apply physics principles to industrial processes. The programme responds to the need for physics technicians who can work in laboratories, manufacturing, energy and research institutions. The programme is delivered through lectures, laboratory sessions, instrumentation workshops, industrial visits, case studies, group projects and industrial attachment. Students gain hands-on experience through laboratory experiments, instrumentation projects and supervised industrial attachment in physics laboratories or industrial settings. Graduates pursue careers as physics laboratory technicians, instrumentation technicians, quality control technicians, research assistants and technical officers in research institutions, manufacturing, energy companies and educational laboratories. They can also progress to a Bachelor of Technology in Technical and Applied Physics at the Technical University of Kenya. Prospective students should have interest in physics, electronics and technical applications. The programme is suitable for students seeking technical careers that apply physics principles to industrial and research settings.

The Doctor of Philosophy in Biodiversity Conservation provides advanced research training in biodiversity science, conservation biology, ecology, and environmental management. Students learn biodiversity assessment, conservation biology, ecological research, and environmental policy. The programme is designed for biology and ecology graduates seeking advanced research qualifications in biodiversity conservation. Students develop advanced competencies in biodiversity research, conservation biology, ecological modelling, species conservation, and environmental management. The curriculum covers advanced biodiversity science, research methods, and a doctoral thesis. Research skills are developed through field research and independent study. Biodiversity conservation expertise is critical for Kenya's environmental sector. Kenya's rich biodiversity, including wildlife, forests, and marine ecosystems, requires trained conservation researchers. Conservation organisations, research institutions, government agencies, and international bodies require biodiversity researchers. The programme addresses the demand for doctoral-level biodiversity conservation training. The programme combines coursework with independent research, field work, and thesis writing. Students study biodiversity concepts, design research projects, conduct field research, and write a doctoral thesis. Teaching methods include lectures, seminars, field work, and research supervision. The programme is offered through the Department of Ecology and Conservation Biology. Graduates find employment as conservation researchers, university lecturers, environmental consultants, or policy advisors in research institutions, universities, conservation organisations, and government agencies. The doctoral degree supports careers in biodiversity research, conservation, and environmental policy. This programme is ideal for biology and ecology graduates seeking advanced research qualifications in biodiversity conservation. The programme provides advanced skills for biodiversity research, conservation biology, and environmental management.

<p>The Master of Science in Human Evolutionary Biology is a postgraduate programme that prepares professionals for advanced practice in paleoanthropology, human evolution, evolutionary biology, and archaeological science. The programme combines evolutionary theory with practical field work, fossil analysis, and research application in the Turkana Basin. Core areas include human evolution, paleoanthropology, archaeology, geology, vertebrate paleontology, fossil primates, ecology, research methods, and thesis. Students engage with both theoretical and practical work through coursework, field methods training, and research at sites throughout the Turkana Basin. The programme is offered by Turkana University College as MSc in Human Evolutionary Biology in collaboration with the Turkana Basin Institute. TUC is a constituent college of Masinde Muliro University of Science and Technology, offering the programme over two academic years through full-time and part-time modes. Students develop competencies in paleoanthropological analysis, archaeological field methods, geological interpretation, and evolutionary biology research. The programme features course modules taught by established experts from collaborating institutions worldwide, with hands-on field training at sites throughout the Turkana Basin. Turkana University College charges KES 162,750 for Year 1 and KES 138,500 for Year 2 (KES 301,250 total). Entry requires a Bachelor's degree with Second Class Honours Upper Division in Biological Sciences, Geology, Archaeology, or Anthropology from a recognised university. Graduates pursue careers as paleoanthropologists, evolutionary biologists, archaeological researchers, museum curators, heritage managers, and lecturers in evolutionary biology across research institutions, museums, universities, conservation organisations, and government heritage agencies.</p><h3>Skills Required</h3><ul><li>Paleoanthropology and Fossil Analysis</li><li>Human Evolution and Evolutionary Biology</li><li>Archaeological Field Methods and Excavation</li><li>Geological and Stratigraphic Analysis</li><li>Vertebrate Paleontology and Fossil Identification</li><li>Primate Evolution and Comparative Anatomy</li><li>Ecological and Environmental Analysis</li><li>Statistical Methods in Evolutionary Biology</li><li>Research Methods in Paleoanthropology</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Paleoanthropology and Fossil Analysis</li><li>Human Evolution and Evolutionary Biology</li><li>Archaeological Field Methods and Excavation</li><li>Geological and Stratigraphic Analysis</li><li>Vertebrate Paleontology and Fossil Identification</li><li>Primate Evolution and Comparative Anatomy</li><li>Ecological and Environmental Analysis</li><li>Statistical Methods in Evolutionary Biology</li><li>Research Methods in Paleoanthropology</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>NMK Heritage Management Certification</li><li>Paleoanthropology Society Membership</li></ul><h3>Specializations</h3><h4>Paleoanthropology</h4><p>Focuses on paleoanthropology, covering fossils, hominins, evolution, morphology, and managing paleoanthropological research.</p><h4>Archaeology</h4><p>Examines archaeology, covering stone tools, excavation, sites, cultural evolution, and managing archaeological research.</p><h4>Vertebrate Paleontology</h4><p>Covers vertebrate paleontology, covering fossils, evolution, taxonomy, morphology, and managing paleontological research.</p><h4>Geological Sciences</h4><p>Focuses on geology, covering stratigraphy, dating, sediments, environments, and managing geological analysis.</p><h4>Primate Evolution</h4><p>Examines primate evolution, covering fossils, primates, morphology, behaviour, and managing primate research.</p><h4>Ecology and Environment</h4><p>Covers ecology, covering ecosystems, adaptation, climate, environments, and managing ecological analysis.</p>

<p>The Master of Science in Nuclear Science is a postgraduate programme that prepares professionals for advanced practice in nuclear science, radiation technology, and nuclear applications. The programme combines nuclear physics theory with practical radiation measurement, nuclear instrumentation, and industrial application. Core areas include nuclear physics, radiation detection and measurement, nuclear instrumentation, radiochemistry, radiation protection and safety, nuclear analytical techniques, environmental radioactivity, industrial applications of nuclear science, research methods, and thesis. Students engage with both nuclear theory and practical laboratory and field work through coursework and research. The programme is offered by the University of Nairobi through the Institute of Nuclear Science and Technology, with support from the International Atomic Energy Agency (IAEA) which has donated equipment including HPGe spectrometers and ground-penetrating radar. JKUAT also engages with nuclear science through collaborative activities. Both are public universities offering programmes over two academic years through full-time modes of study. Students develop competencies in nuclear physics, radiation detection and measurement, nuclear instrumentation, radiochemistry, radiation protection and safety, nuclear analytical techniques, and industrial applications of nuclear science. The programme includes coursework, examinations, laboratory work, and a supervised research thesis. UoN charges approximately KES 361,500/year (KES 723,000 total) for nuclear science and technology, consistent with UoN science masters fee structure. JKUAT charges approximately KES 181,000/year (KES 362,000 total) for similar science programmes. UoN offers scholarships for the nuclear science programme. Entry requires a Bachelor's degree with Second Class Honours Upper Division in physics, chemistry, engineering, or related science fields from a recognised university. Graduates pursue careers as nuclear scientists, radiation safety officers, radiochemists, nuclear analytical specialists, health physicists, and lecturers in nuclear science across research institutions, hospitals, regulatory agencies, industrial firms, and universities.</p><h3>Skills Required</h3><ul><li>Nuclear Physics and Radiation Theory</li><li>Radiation Detection and Measurement Techniques</li><li>Nuclear Instrumentation and Spectroscopy</li><li>Radiochemistry and Isotope Analysis</li><li>Radiation Protection and Safety Management</li><li>Nuclear Analytical Techniques and Applications</li><li>Environmental Radioactivity Monitoring</li><li>Industrial Applications of Nuclear Science</li><li>Research Methods in Nuclear Science</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Nuclear Physics and Radiation Theory</li><li>Radiation Detection and Measurement Techniques</li><li>Nuclear Instrumentation and Spectroscopy</li><li>Radiochemistry and Isotope Analysis</li><li>Radiation Protection and Safety Management</li><li>Nuclear Analytical Techniques and Applications</li><li>Environmental Radioactivity Monitoring</li><li>Industrial Applications of Nuclear Science</li><li>Research Methods in Nuclear Science</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>KNRA Radiation Safety Certification</li><li>IAEA Nuclear Science Professional Membership</li></ul><h3>Specializations</h3><h4>Radiation Protection</h4><p>Focuses on radiation protection, covering dosimetry, shielding, safety regulations, ALARA principles, and managing radiation safety.</p><h4>Nuclear Analytical Techniques</h4><p>Examines nuclear analytical techniques, covering neutron activation analysis, X-ray fluorescence, gamma spectroscopy, and managing nuclear analysis.</p><h4>Radiochemistry</h4><p>Covers radiochemistry, covering isotope chemistry, radiotracer techniques, radiochemical separation, and managing radiochemistry.</p><h4>Environmental Radioactivity</h4><p>Focuses on environmental radioactivity, covering monitoring, sampling, analysis, dose assessment, and managing environmental radiation.</p><h4>Nuclear Instrumentation</h4><p>Examines nuclear instrumentation, covering detectors, spectrometers, electronics, calibration, and managing nuclear instrumentation.</p><h4>Industrial Applications</h4><p>Covers industrial applications, covering non-destructive testing, radiography, gauges, tracers, and managing nuclear industrial applications.</p>