Every programme, with the real numbers.

The Master of Climate Smart Engineering provides advanced training in climate-resilient engineering, sustainable infrastructure, green engineering, and climate adaptation technologies. Students learn climate-smart design, sustainable engineering practices, renewable energy systems, and climate-resilient infrastructure. The programme is designed for engineering professionals seeking advanced climate-smart engineering expertise. Students develop advanced competencies in climate-smart engineering, sustainable design, renewable energy, climate-resilient infrastructure, green building, and environmental engineering. The curriculum covers climate-smart engineering principles, sustainable infrastructure design, renewable energy systems, climate adaptation, green building, research methods, and a research thesis. Practical skills are developed through engineering projects and case studies. Climate-smart engineering expertise is critical as Kenya and the world face climate change challenges. Infrastructure, energy systems, and engineering projects must be climate-resilient and sustainable. Government, engineering firms, and development organisations require trained engineers with climate-smart expertise. Kenya's climate vulnerability and green growth agenda create demand for climate-smart engineering. The programme addresses the demand for advanced climate-smart engineering training. The programme combines classroom lectures with engineering projects, case studies, and research. Students study climate-smart engineering concepts, analyse sustainable design, examine renewable energy systems, and conduct research. Teaching methods include lectures, engineering projects, case studies, and research supervision. The programme emphasises practical engineering skills and sustainability competence. Graduates find employment as climate-smart engineers, sustainability engineers, renewable energy engineers, or green infrastructure specialists in engineering firms, government, energy companies, and development organisations. The master's degree supports careers in sustainable engineering, climate adaptation, and green infrastructure. This programme is ideal for engineering professionals seeking advanced climate-smart engineering expertise. The programme provides advanced skills for climate-resilient engineering and sustainable infrastructure development.

<p>The Master of Landscape Architecture is a postgraduate programme that prepares professionals for advanced practice in landscape design, planning, and environmental management. The programme combines landscape architecture theory with studio-based design practice and environmental planning. Core areas include landscape design theory, site planning, environmental planning, landscape ecology, urban design, planting design, landscape technology, research methods, and thesis or design project. Students engage with both design theory and practical studio-based design projects. The programme is offered by Jomo Kenyatta University of Agriculture and Technology through its Department of Landscape Architecture in the School of Architecture and Building Sciences. JKUAT is the oldest institution offering landscape architecture in Kenya and the East and Central African region. Students develop competencies in landscape design, site planning, environmental planning, landscape ecology, urban design, planting design, landscape technology, and research methods. The programme includes coursework, examinations, studio design projects, and thesis or design project. JKUAT charges KES 357,000 for the two-year programme (approximately KES 178,500/year). Entry requires a Bachelor's degree in Landscape Architecture, Architecture, Environmental Planning, or related fields with at least Second Class Honours Upper Division or Lower Division with relevant experience. The programme is delivered through full-time and part-time modes. Graduates pursue careers as landscape architects, urban designers, environmental planners, landscape consultants, project managers, and lecturers in landscape architecture.</p><h3>Skills Required</h3><ul><li>Landscape Design and Planning</li><li>Site Planning and Analysis</li><li>Environmental Planning</li><li>Landscape Ecology</li><li>Urban Design</li><li>Planting Design and Horticulture</li><li>Landscape Technology and Construction</li><li>GIS and Spatial Analysis</li><li>Research Methods in Landscape Architecture</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Landscape Design Theory</li><li>Site Planning and Analysis</li><li>Environmental Planning</li><li>Landscape Ecology</li><li>Urban Design</li><li>Planting Design</li><li>Landscape Technology and Construction</li><li>GIS and Spatial Analysis</li><li>Research Methods in Landscape Architecture</li><li>Thesis or Design Project</li></ul><h3>Certifications</h3><ul><li>AAK Landscape Architect Registration</li><li>IFLA Professional Membership</li></ul><h3>Specializations</h3><h4>Urban Landscape Design</h4><p>Focuses on designing urban landscapes, covering urban parks, public spaces, streetscapes, and urban green infrastructure.</p><h4>Environmental Planning</h4><p>Examines environmental planning for landscapes, covering environmental assessment, land use planning, and conservation planning.</p><h4>Landscape Conservation</h4><p>Covers conservation of natural and cultural landscapes, covering heritage landscapes, protected areas, and restoration ecology.</p><h4>Urban Design</h4><p>Focuses on urban design practice, covering public realm design, urban form, and creating quality urban spaces.</p><h4>Sustainable Landscape Design</h4><p>Examines sustainable landscape design, covering green infrastructure, sustainable drainage, water-sensitive design, and climate-responsive landscapes.</p><h4>Landscape Planning and Management</h4><p>Covers planning and managing landscapes at scale, covering regional planning, watershed management, and landscape management.</p>

<p>The Master of Science in Electronics and Instrumentation is a postgraduate programme that prepares professionals for advanced practice in electronic systems, instrumentation design, and control engineering. The programme combines electronic engineering with measurement science and control systems. Core areas include electronic circuit design, instrumentation systems, control systems, signal processing, embedded systems, sensors and transducers, data acquisition, microcontrollers, research methods, and thesis. Students engage with both electronic theory and practical instrumentation design and application. The programme is offered by Kenyatta University. KU is a public university offering the programme over two academic years through full-time mode of study. Students develop competencies in electronic circuit design, instrumentation system design, control system analysis, signal processing, embedded systems programming, sensor technology, data acquisition, and research methods. The programme includes coursework, laboratory practicals, examinations, and thesis. KU charges approximately KES 326,400/year for science-based masters programmes. Entry requires a Bachelor's degree in electrical engineering, electronic engineering, physics, or related fields with at least Second Class Honours Upper Division from a recognised university. Graduates pursue careers as instrumentation engineers, control systems engineers, electronic design engineers, automation specialists, test engineers, and lecturers in electronics and instrumentation engineering across manufacturing, telecommunications, and research sectors.</p><h3>Skills Required</h3><ul><li>Electronic Circuit Design and Analysis</li><li>Instrumentation System Design</li><li>Control Systems Engineering</li><li>Digital Signal Processing</li><li>Embedded Systems Programming</li><li>Sensor and Transducer Technology</li><li>Data Acquisition Systems</li><li>Microcontroller Programming</li><li>Research Methods in Electronics</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Advanced Electronic Circuit Design</li><li>Instrumentation and Measurement Systems</li><li>Control Systems Engineering</li><li>Digital Signal Processing</li><li>Embedded Systems and Microcontrollers</li><li>Sensors and Transducers</li><li>Data Acquisition and Processing</li><li>Industrial Automation and PLC</li><li>Research Methods in Electronics</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Professional Registration</li><li>IEEE Professional Membership</li></ul><h3>Specializations</h3><h4>Control Systems Engineering</h4><p>Focuses on control systems, covering control theory, feedback control, process control, and managing control system design.</p><h4>Instrumentation Design</h4><p>Examines instrumentation design, covering sensor design, measurement systems, instrument calibration, and managing instrumentation systems.</p><h4>Embedded Systems</h4><p>Covers embedded systems, covering microcontroller programming, real-time systems, firmware design, and managing embedded systems development.</p><h4>Digital Signal Processing</h4><p>Focuses on DSP, covering signal analysis, filter design, signal processing algorithms, and managing DSP applications.</p><h4>Industrial Automation</h4><p>Examines industrial automation, covering PLC programming, SCADA systems, process automation, and managing industrial automation.</p><h4>Biomedical Instrumentation</h4><p>Covers biomedical instrumentation, covering medical devices, biomedical sensors, patient monitoring, and managing biomedical instrumentation.</p>

The Master of Science in Advanced Manufacturing and Automation Engineering provides advanced training in manufacturing systems, automation, robotics, and smart manufacturing technologies. Students learn advanced manufacturing processes, automation systems, robotics, computer-aided manufacturing, and Industry 4.0 technologies. The programme is designed for engineering graduates seeking advanced manufacturing and automation qualifications. Students develop advanced competencies in advanced manufacturing processes, automation systems design, robotics, computer-aided manufacturing, industrial IoT, and smart manufacturing. The curriculum covers advanced manufacturing, automation engineering, robotics, CNC machining, additive manufacturing, research methods, and a research thesis. Practical skills are developed through laboratory work and industry projects. Advanced manufacturing expertise is critical for Kenya's industrialisation agenda. Manufacturing companies, technology firms, and industrial enterprises require trained engineers with advanced manufacturing and automation skills. Kenya's push for industrialisation and technology adoption creates demand for manufacturing engineering expertise. The programme addresses the demand for advanced manufacturing training. The programme combines classroom lectures with laboratory work, industry projects, and research. Students study manufacturing concepts, design automation systems, programme robots, and conduct research. Teaching methods include lectures, laboratory sessions, industry projects, and research supervision. The programme is offered in full-time and part-time modes. Graduates find employment as manufacturing engineers, automation engineers, robotics engineers, or production managers in manufacturing companies, technology firms, and industrial enterprises. The master's degree supports careers in advanced manufacturing, automation, and industrial engineering. This programme is ideal for mechanical and mechatronics engineering graduates seeking advanced manufacturing and automation qualifications. The programme provides advanced skills for manufacturing systems, automation, and smart manufacturing.

<p>The Master of Science in Agricultural and Bio-Systems Engineering is a postgraduate programme that prepares professionals for advanced practice in agricultural engineering, biosystems engineering, and environmental engineering. The programme combines engineering principles with biological and agricultural applications. Core areas include agricultural engineering, biosystems engineering, irrigation and water resources, power and machinery, process and food engineering, structures engineering, environmental engineering, research methods, and thesis. Students engage with both engineering theory and practical biosystems application through coursework and research. The programme is offered by the University of Nairobi and Egerton University. Both are public universities offering the programme over two academic years through full-time modes of study. Students develop competencies in agricultural engineering, biosystems design, irrigation engineering, power systems, food processing engineering, structural engineering, environmental engineering, and research methods. The programme includes coursework, examinations, and a research thesis. UoN charges approximately KES 530,500/year (KES 1,061,000 total). Egerton charges approximately KES 188,650/year (KES 377,300 total) through the Faculty of Engineering and Technology. Entry requires a Bachelor's degree with Second Class Honours Upper Division in agricultural engineering, biosystems engineering, mechanical engineering, or related fields from a recognised university. Graduates pursue careers as agricultural engineers, biosystems engineers, irrigation engineers, food processing engineers, environmental engineers, and lecturers in agricultural and biosystems engineering across agricultural companies, engineering firms, government, and research institutions.</p><h3>Skills Required</h3><ul><li>Agricultural Engineering and Machine Design</li><li>Biosystems Engineering and Bio-process Design</li><li>Irrigation and Water Resources Engineering</li><li>Power and Machinery Systems</li><li>Process and Food Engineering</li><li>Structural Engineering for Agriculture</li><li>Environmental Engineering and Waste Management</li><li>CAD and Engineering Design</li><li>Research Methods in Biosystems Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Agricultural Engineering and Machine Design</li><li>Biosystems Engineering and Bio-process Design</li><li>Irrigation and Water Resources Engineering</li><li>Power and Machinery Systems</li><li>Process and Food Engineering</li><li>Structural Engineering for Agriculture</li><li>Environmental Engineering and Waste Management</li><li>Research Methods in Biosystems Engineering</li><li>CAD and Engineering Design</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Professional Engineer Registration</li><li>CIGR Agricultural Engineering Certification</li></ul><h3>Specializations</h3><h4>Irrigation and Water Resources Engineering</h4><p>Focuses on irrigation and water resources engineering, covering irrigation design, water management, drainage, hydraulic structures, and managing irrigation systems.</p><h4>Power and Machinery Engineering</h4><p>Examines power and machinery engineering, covering machine design, farm power, agricultural machinery, mechanisation, and managing power and machinery systems.</p><h4>Process and Food Engineering</h4><p>Covers process and food engineering, covering food processing, post-harvest technology, process design, food preservation, and managing food processing systems.</p><h4>Structures Engineering</h4><p>Focuses on structures engineering for agriculture, covering farm structures, storage design, building design, environmental control, and managing agricultural structures.</p><h4>Environmental Engineering</h4><p>Examines environmental engineering, covering waste management, pollution control, environmental systems, environmental modelling, and managing environmental engineering.</p><h4>Bioprocess Engineering</h4><p>Covers bioprocess engineering, covering bioprocessing, bioenergy, bioreactor design, fermentation, and managing bioprocess systems.</p>

<p>The Master of Science in Biomechanical Engineering is a postgraduate programme that prepares professionals for advanced practice at the intersection of engineering and biological systems. The programme provides specialised training in biomechanics, biomaterials, medical device design, and rehabilitation engineering. Core areas include biomechanics, biomaterials, medical device design, rehabilitation engineering, human movement analysis, tissue mechanics, research methods, and thesis. Students engage with both theoretical and practical work through coursework, laboratory sessions, and research. The programme is offered by Jomo Kenyatta University of Agriculture and Technology as a public institution through the School of Mechanical, Manufacturing and Materials Engineering. JKUAT also offers a BSc in Biomechanical and Processing Engineering at undergraduate level. The programme is available over two years. Students develop competencies in biomechanical analysis, biomaterials, medical device design, rehabilitation engineering, and research. The programme includes coursework, examinations, laboratory sessions, and a supervised research thesis, preparing graduates for biomechanical engineering practice and research roles. JKUAT charges approximately KES 181,000 per year. No other university in Kenya confirmed offering this exact programme at master's level. Entry requires at least an Upper Second Class Honours degree in Biomechanical Engineering, Mechanical Engineering, Biomedical Engineering, or a related field from a recognised institution. Graduates pursue careers as biomechanical engineers, biomedical engineers, rehabilitation engineers, medical device designers, biomaterials specialists, and lecturers across medical device companies, hospitals, research institutions, and universities.</p><h3>Skills Required</h3><ul><li>Biomechanics and Human Movement Analysis</li><li>Biomaterials and Tissue Engineering</li><li>Medical Device Design and Development</li><li>Rehabilitation Engineering</li><li>Prosthetics and Orthotics Engineering</li><li>Computer-Aided Biomechanical Modelling</li><li>Finite Element Analysis in Biomechanics</li><li>Medical Imaging and Signal Processing</li><li>Research Methods in Biomechanical Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Biomechanics and Human Movement Analysis</li><li>Biomaterials and Tissue Engineering</li><li>Medical Device Design and Development</li><li>Rehabilitation Engineering</li><li>Prosthetics and Orthotics Engineering</li><li>Finite Element Analysis in Biomechanics</li><li>Medical Imaging and Signal Processing</li><li>Computer-Aided Biomechanical Modelling</li><li>Research Methods in Biomechanical Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>ISB Professional Membership</li><li>EBK Professional Registration</li></ul><h3>Specializations</h3><h4>Biomechanics and Movement Analysis</h4><p>Focuses on biomechanics, covering biomechanics, movement, analysis, human, and managing biomechanics and human movement analysis.</p><h4>Biomaterials and Tissue Engineering</h4><p>Examines biomaterials, covering biomaterials, tissue, engineering, materials, and managing biomaterials and tissue engineering.</p><h4>Medical Device Design</h4><p>Covers medical device design, covering medical, device, design, development, and managing medical device design and development.</p><h4>Rehabilitation Engineering</h4><p>Focuses on rehabilitation engineering, covering rehabilitation, engineering, prosthetics, orthotics, and managing rehabilitation engineering.</p><h4>Prosthetics and Orthotics</h4><p>Examines prosthetics, covering prosthetics, orthotics, engineering, design, and managing prosthetics and orthotics engineering.</p><h4>Finite Element Analysis</h4><p>Covers FEA, covering finite, element, analysis, biomechanics, and managing finite element analysis in biomechanics.</p>

<p>The Master of Science in Biomedical Engineering is a postgraduate programme that prepares professionals for advanced practice in medical device design, biomechanics, biomedical instrumentation, and healthcare technology. The programme combines engineering principles with medical and biological sciences application. Core areas include biomechanics, biomedical instrumentation, medical imaging, biomaterials, biomedical signal processing, medical device design, rehabilitation engineering, research methods, and thesis. Students engage with both engineering theory and practical laboratory and clinical work through coursework and research. The programme is offered by JKUAT through the School of Biomedical Engineering and Sciences, DeKUT through the School of Engineering, and the University of Nairobi. All are public universities offering the programme over two academic years through full-time and part-time modes of study. Students develop competencies in biomechanics, biomedical instrumentation, medical imaging, biomaterials, biomedical signal processing, medical device design, rehabilitation engineering, and research methods. The programme includes coursework, examinations, laboratory work, and a supervised research thesis. JKUAT charges approximately KES 181,000/year (KES 362,000 total) for biomechanical engineering programmes. UoN charges approximately KES 433,500/year for engineering programmes. Entry requires a Bachelor's degree with Second Class Honours Upper Division in biomedical engineering, electrical engineering, mechanical engineering, mechatronic engineering, or related fields from a recognised university. Graduates pursue careers as biomedical engineers, medical device designers, clinical engineers, rehabilitation engineers, research scientists, and lecturers in biomedical engineering across hospitals, medical device companies, research institutions, regulatory bodies, and universities.</p><h3>Skills Required</h3><ul><li>Biomechanics and Musculoskeletal Analysis</li><li>Biomedical Instrumentation and Measurement</li><li>Medical Imaging and Image Processing</li><li>Biomaterials and Tissue Engineering</li><li>Biomedical Signal Processing and Analysis</li><li>Medical Device Design and Development</li><li>Rehabilitation Engineering and Prosthetics</li><li>Clinical Engineering and Equipment Management</li><li>Research Methods in Biomedical Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Biomechanics and Musculoskeletal Analysis</li><li>Biomedical Instrumentation and Measurement</li><li>Medical Imaging and Image Processing</li><li>Biomaterials and Tissue Engineering</li><li>Biomedical Signal Processing and Analysis</li><li>Medical Device Design and Development</li><li>Rehabilitation Engineering and Prosthetics</li><li>Clinical Engineering and Equipment Management</li><li>Research Methods in Biomedical Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>KEMRI Research Certification</li><li>IFMBE Professional Membership</li></ul><h3>Specializations</h3><h4>Biomechanics</h4><p>Focuses on biomechanics, covering musculoskeletal biomechanics, biofluid mechanics, motion analysis, computational biomechanics, and managing biomechanics.</p><h4>Medical Imaging</h4><p>Examines medical imaging, covering X-ray, MRI, CT, ultrasound, image processing, and managing medical imaging.</p><h4>Biomedical Instrumentation</h4><p>Covers biomedical instrumentation, covering sensors, transducers, amplifiers, monitoring systems, and managing biomedical instrumentation.</p><h4>Biomaterials</h4><p>Focuses on biomaterials, covering biocompatibility, implants, scaffolds, material characterisation, and managing biomaterials.</p><h4>Rehabilitation Engineering</h4><p>Examines rehabilitation engineering, covering prosthetics, orthotics, assistive devices, mobility aids, and managing rehabilitation engineering.</p><h4>Clinical Engineering</h4><p>Covers clinical engineering, covering equipment management, maintenance, safety, technology assessment, and managing clinical engineering.</p>

The Master of Science in Biosystems Structural Engineering is a master's programme offered by Kenyan universities, designed to provide advanced training and research opportunities in engineering and technology. The programme is accredited by the Commission for University Education (CUE) and delivered through coursework, seminars, and independent research. Students engage with engineering design, structural analysis, project management, and sustainable infrastructure through a structured curriculum that combines theoretical foundations with practical applications. The programme emphasises innovation, sustainability, and infrastructure development and prepares scholars to contribute original research to the discipline. Kenya's infrastructure development is a key pillar of Vision 2030, driving demand for engineering expertise. The programme addresses national development priorities and aligns with Kenya's Vision 2030, which emphasises the need for highly trained professionals in engineering and infrastructure. Graduates are equipped to tackle complex challenges facing the country and the East African region. Teaching methods include lectures, seminars, laboratory sessions where applicable, fieldwork, and supervised research. Students work closely with faculty supervisors to develop their research proposals, conduct original research, and produce a thesis or dissertation that contributes new knowledge to the field. Graduates pursue careers as engineering researchers, university lecturers, project managers, and engineering consultants in universities, research institutions, government agencies, non-governmental organisations, and private sector firms. The programme provides a strong foundation for academic careers and leadership roles in engineering and infrastructure. This programme is ideal for individuals with a strong academic background in engineering or a related technical field who are passionate about research and advancing knowledge in engineering and technology. It suits those who wish to contribute to policy development, innovation, and evidence-based decision-making in Kenya and beyond.

<p>The Master of Science in Chemical Engineering is a postgraduate programme that prepares professionals for advanced practice in chemical process design, reaction engineering, and process optimisation. The programme combines chemical engineering theory with practical process and industrial application. Core areas include reaction engineering, process design, transport phenomena, thermodynamics, separation processes, process control, biochemical engineering, environmental engineering, research methods, and thesis. Students engage with both engineering theory and practical process design through coursework and research. The programme is offered by Moi University and the University of Nairobi as public institutions. Programmes are offered over two academic years through full-time and part-time modes of study. Students develop competencies in reaction engineering, process design, transport phenomena, thermodynamics, separation processes, process control, biochemical engineering, environmental engineering, and research methods. The programme includes coursework, examinations, laboratory work, and a research thesis. JKUAT charges approximately KES 181,000/year (KES 362,000 total) for related engineering master's programmes. UoN charges approximately KES 530,500/year (KES 1,061,000 total) for engineering master's programmes. Entry requires a Bachelor's degree with Second Class Honours Upper Division in chemical engineering, chemistry, or related engineering fields from a recognised university. Graduates pursue careers as chemical engineers, process engineers, plant managers, biochemical engineers, environmental engineers, and lecturers in chemical engineering across chemical industry, petroleum and gas, pharmaceuticals, food processing, and universities.</p><h3>Skills Required</h3><ul><li>Chemical Reaction Engineering and Reactor Design</li><li>Process Design and Plant Operations</li><li>Transport Phenomena and Unit Operations</li><li>Thermodynamics and Energy Systems</li><li>Separation Processes and Mass Transfer</li><li>Process Control and Instrumentation</li><li>Biochemical Engineering and Bioprocessing</li><li>Environmental Engineering and Waste Management</li><li>Research Methods in Chemical Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Chemical Reaction Engineering and Reactor Design</li><li>Process Design and Plant Operations</li><li>Transport Phenomena and Unit Operations</li><li>Thermodynamics and Energy Systems</li><li>Separation Processes and Mass Transfer</li><li>Process Control and Instrumentation</li><li>Biochemical Engineering and Bioprocessing</li><li>Environmental Engineering and Waste Management</li><li>Research Methods in Chemical Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Professional Registration</li><li>IChemE Chartered Chemical Engineer</li></ul><h3>Specializations</h3><h4>Process Engineering</h4><p>Focuses on process engineering, covering process design, plant operations, process optimisation, safety, and managing process engineering.</p><h4>Biochemical Engineering</h4><p>Examines biochemical engineering, covering bioreactor design, bioprocessing, enzyme technology, fermentation, and managing biochemical engineering.</p><h4>Environmental Engineering</h4><p>Covers environmental engineering, covering waste treatment, pollution control, environmental impact, sustainability, and managing environmental engineering.</p><h4>Petroleum and Petrochemical Engineering</h4><p>Focuses on petroleum and petrochemical engineering, covering refining, petrochemicals, oil and gas processing, and managing petroleum engineering.</p><h4>Materials Engineering</h4><p>Examines materials engineering, covering polymer engineering, corrosion, materials processing, and managing materials engineering.</p><h4>Energy Engineering</h4><p>Covers energy engineering, covering renewable energy, energy efficiency, fuel cells, bioenergy, and managing energy engineering.</p>

The Master of Science in Construction Engineering and Management is a master's programme offered by Kenyan universities, designed to provide advanced training and research opportunities in engineering and technology. The programme is accredited by the Commission for University Education (CUE) and delivered through coursework, seminars, and independent research. Students engage with engineering design, structural analysis, project management, and sustainable infrastructure through a structured curriculum that combines theoretical foundations with practical applications. The programme emphasises innovation, sustainability, and infrastructure development and prepares scholars to contribute original research to the discipline. Kenya's infrastructure development is a key pillar of Vision 2030, driving demand for engineering expertise. The programme addresses national development priorities and aligns with Kenya's Vision 2030, which emphasises the need for highly trained professionals in engineering and infrastructure. Graduates are equipped to tackle complex challenges facing the country and the East African region. Teaching methods include lectures, seminars, laboratory sessions where applicable, fieldwork, and supervised research. Students work closely with faculty supervisors to develop their research proposals, conduct original research, and produce a thesis or dissertation that contributes new knowledge to the field. Graduates pursue careers as engineering researchers, university lecturers, project managers, and engineering consultants in universities, research institutions, government agencies, non-governmental organisations, and private sector firms. The programme provides a strong foundation for academic careers and leadership roles in engineering and infrastructure. This programme is ideal for individuals with a strong academic background in engineering or a related technical field who are passionate about research and advancing knowledge in engineering and technology. It suits those who wish to contribute to policy development, innovation, and evidence-based decision-making in Kenya and beyond.

<p>The Master of Science in Disaster Preparedness and Engineering Management is a postgraduate programme that prepares professionals for advanced practice in disaster preparedness, engineering risk management, and infrastructure resilience. The programme combines engineering principles with practical disaster preparedness, infrastructure assessment, and risk reduction application. Core areas include disaster preparedness, engineering risk management, infrastructure resilience, structural mitigation, hazard assessment, fire safety engineering, building codes and standards, GIS for hazard mapping, emergency engineering, research methods, and thesis. Students engage with both engineering theory and practical field exercises and laboratory work through coursework and research. The programme is offered by Masinde Muliro University of Science and Technology through the Department of Disaster Preparedness and Engineering Management, established in 2010 within the School of Disaster Management and Humanitarian Assistance. The department focuses on natural hazards, engineering, and environmental studies involving earth and atmospheric sciences. MMUST offers the programme over two academic years through full-time and part-time modes of study. Students develop competencies in disaster preparedness, engineering risk management, infrastructure resilience, structural mitigation, hazard assessment, fire safety, building codes, GIS, and emergency engineering. The programme includes coursework, examinations, field exercises, laboratory work, and a supervised research thesis. MMUST charges approximately KES 165,750/year (KES 331,500 total including KES 30,000 field skills course) for disaster preparedness and engineering management. Entry requires a relevant Bachelor's degree with Second Class Honours Upper Division in engineering, disaster management, environmental science, or related fields from a recognised university. Graduates pursue careers as disaster preparedness engineers, risk management engineers, infrastructure resilience specialists, fire safety engineers, emergency engineering managers, and lecturers in disaster preparedness and engineering management across government agencies, engineering firms, construction companies, NGOs, and universities.</p><h3>Skills Required</h3><ul><li>Disaster Preparedness and Planning</li><li>Engineering Risk Management and Assessment</li><li>Infrastructure Resilience and Retrofitting</li><li>Structural Mitigation and Design</li><li>Hazard Assessment and Mapping</li><li>Fire Safety Engineering and Management</li><li>Building Codes and Standards Compliance</li><li>GIS for Hazard Mapping and Analysis</li><li>Research Methods in Disaster Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Disaster Preparedness and Planning</li><li>Engineering Risk Management and Assessment</li><li>Infrastructure Resilience and Retrofitting</li><li>Structural Mitigation and Design</li><li>Hazard Assessment and Mapping</li><li>Fire Safety Engineering and Management</li><li>Building Codes and Standards Compliance</li><li>GIS for Hazard Mapping and Analysis</li><li>Research Methods in Disaster Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>NCA Engineering Certification</li><li>UNDRR Sendai Framework Certification</li></ul><h3>Specializations</h3><h4>Engineering Risk Management</h4><p>Focuses on engineering risk management, covering risk assessment, structural assessment, infrastructure vulnerability, and managing engineering risk.</p><h4>Infrastructure Resilience</h4><p>Examines infrastructure resilience, covering retrofitting, strengthening, resilience design, critical infrastructure, and managing infrastructure resilience.</p><h4>Fire Safety Engineering</h4><p>Covers fire safety engineering, covering fire dynamics, fire protection, evacuation, codes, and managing fire safety.</p><h4>Structural Mitigation</h4><p>Focuses on structural mitigation, covering seismic design, wind design, flood defence, structural strengthening, and managing structural mitigation.</p><h4>Hazard Assessment</h4><p>Examines hazard assessment, covering natural hazards, geological hazards, hydrological hazards, atmospheric hazards, and managing hazard assessment.</p><h4>Emergency Engineering</h4><p>Covers emergency engineering, covering temporary structures, emergency repairs, debris management, rapid assessment, and managing emergency engineering operations.</p>

<p>The Master of Science in Environmental and Biosystems Engineering is a postgraduate programme that prepares professionals for advanced practice in environmental engineering, water resources, agricultural engineering, and biosystems engineering. The programme combines engineering theory with practical system design, laboratory work, and research application. Core areas include environmental engineering, irrigation and water resources engineering, power and machinery engineering, process and food engineering, structures engineering, waste management, research methods, and thesis. Students engage with both engineering theory and practical laboratory and design work through coursework and research. The programme is offered by the University of Nairobi through the Department of Environmental and Biosystems Engineering in the Faculty of Engineering, also available through the Centre for Open and Distance Learning (CODL). JKUAT offers related programmes through the School of Biosystems and Environmental Engineering (SOBEE) with the Soil, Water and Environmental Engineering Department and the Agricultural and Biosystems Department. Both are public universities offering programmes over two academic years through full-time and distance learning modes. Students develop competencies in environmental engineering, water resources, irrigation, power and machinery, process and food engineering, and structures engineering. The programme includes coursework, examinations, laboratory work, design projects, and a supervised research thesis with five distinct specialisation areas. University of Nairobi charges approximately KES 530,500/year (KES 1,061,000 total) for MSc in Environmental and Biosystems Engineering. JKUAT charges similar fees for biosystems engineering masters programmes. Entry requires a Bachelor's degree with Second Class Honours Upper Division in engineering or related fields from a recognised university. Graduates pursue careers as environmental engineers, water resources engineers, irrigation engineers, agricultural engineers, process engineers, and lecturers in biosystems engineering across environmental agencies, agricultural companies, water utilities, consulting firms, government agencies, and universities.</p><h3>Skills Required</h3><ul><li>Environmental Engineering and Pollution Control</li><li>Irrigation and Water Resources Engineering</li><li>Power and Machinery Engineering</li><li>Process and Food Engineering</li><li>Structures Engineering and Design</li><li>Waste Management and Treatment</li><li>Soil and Water Conservation</li><li>Agricultural Engineering and Mechanisation</li><li>Research Methods in Biosystems Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Environmental Engineering and Pollution Control</li><li>Irrigation and Water Resources Engineering</li><li>Power and Machinery Engineering</li><li>Process and Food Engineering</li><li>Structures Engineering and Design</li><li>Waste Management and Treatment</li><li>Soil and Water Conservation</li><li>Agricultural Engineering and Mechanisation</li><li>Research Methods in Biosystems Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Professional Engineer Registration</li><li>ICID Irrigation Engineering Certification</li></ul><h3>Specializations</h3><h4>Environmental Engineering</h4><p>Focuses on environmental engineering, covering pollution control, waste management, water treatment, air quality, and managing environmental engineering.</p><h4>Irrigation and Water Resources Engineering</h4><p>Examines irrigation and water resources, covering irrigation design, water management, hydrology, drainage, and managing water resources.</p><h4>Power and Machinery Engineering</h4><p>Covers power and machinery engineering, covering agricultural machinery, power systems, mechanisation, and managing power and machinery.</p><h4>Process and Food Engineering</h4><p>Focuses on process and food engineering, covering food processing, preservation, unit operations, and managing process engineering.</p><h4>Structures Engineering</h4><p>Examines structures engineering, covering agricultural structures, greenhouses, storage, buildings, and managing structural engineering.</p><h4>Soil and Water Engineering</h4><p>Covers soil and water engineering, covering conservation, erosion control, drainage, irrigation, and managing soil and water systems.</p>

The Master of Science in Environmental Engineering and Management is a master's programme offered by Kenyan universities, designed to provide advanced training and research opportunities in engineering and technology. The programme is accredited by the Commission for University Education (CUE) and delivered through coursework, seminars, and independent research. Students engage with engineering design, structural analysis, project management, and sustainable infrastructure through a structured curriculum that combines theoretical foundations with practical applications. The programme emphasises innovation, sustainability, and infrastructure development and prepares scholars to contribute original research to the discipline. Kenya's infrastructure development is a key pillar of Vision 2030, driving demand for engineering expertise. The programme addresses national development priorities and aligns with Kenya's Vision 2030, which emphasises the need for highly trained professionals in engineering and infrastructure. Graduates are equipped to tackle complex challenges facing the country and the East African region. Teaching methods include lectures, seminars, laboratory sessions where applicable, fieldwork, and supervised research. Students work closely with faculty supervisors to develop their research proposals, conduct original research, and produce a thesis or dissertation that contributes new knowledge to the field. Graduates pursue careers as engineering researchers, university lecturers, project managers, and engineering consultants in universities, research institutions, government agencies, non-governmental organisations, and private sector firms. The programme provides a strong foundation for academic careers and leadership roles in engineering and infrastructure. This programme is ideal for individuals with a strong academic background in engineering or a related technical field who are passionate about research and advancing knowledge in engineering and technology. It suits those who wish to contribute to policy development, innovation, and evidence-based decision-making in Kenya and beyond.

<p>The Master of Science in Global Environment and ASAL Engineering is a postgraduate programme that trains graduates in environmental engineering with a focus on arid and semi-arid lands (ASAL). The programme prepares graduates for advanced careers in ASAL engineering, environmental management, water resources engineering, and sustainable development in dryland areas. Core areas include ASAL engineering, environmental engineering, water resources management, dryland hydrology, soil and water conservation, climate adaptation, environmental impact assessment, irrigation engineering, land degradation management, and research methods. Students engage with theoretical foundations and practical ASAL and environmental engineering applications. The programme is offered by Turkana University College, Kabarak University, and Technical University of Kenya, with JKUAT as a college. JKUAT offers this as a specialisation within its MSc in Civil Engineering through its Department of Civil Engineering. UoN offers related MSc in Environmental and Biosystems Engineering. Students develop competencies in ASAL engineering, environmental management, water resources, soil conservation, climate adaptation, irrigation design, and research. The programme includes coursework, design projects, field work, examinations, supervised research, and thesis. The programme is delivered over two years with full-time study mode at JKUAT. JKUAT requires Second Class Lower with 2 years experience or Upper Division. JKUAT fees are KES 362,000 total (~KES 181,000/year). UoN related programme fees are KES 480,000/year tuition. Graduates pursue careers as ASAL engineers, environmental engineers, water resources engineers, irrigation engineers, climate adaptation specialists, and lecturers in government agencies, water authorities, environmental organisations, NGOs, and universities.</p><h3>Skills Required</h3><ul><li>ASAL Engineering and Dryland Management</li><li>Environmental Engineering and Management</li><li>Water Resources Engineering in Arid Areas</li><li>Dryland Hydrology and Water Harvesting</li><li>Soil and Water Conservation Engineering</li><li>Climate Adaptation and Resilience Engineering</li><li>Environmental Impact Assessment</li><li>Irrigation and Drainage Engineering</li><li>Land Degradation Assessment and Management</li><li>ASAL Engineering Research Methods</li></ul><h3>Key Subjects</h3><ul><li>ASAL Engineering</li><li>Environmental Engineering</li><li>Water Resources Management</li><li>Dryland Hydrology</li><li>Soil and Water Conservation</li><li>Climate Adaptation</li><li>Environmental Impact Assessment</li><li>Irrigation Engineering</li><li>Land Degradation Management</li><li>ASAL Engineering Research Methods</li></ul><h3>Certifications</h3><ul><li>IEK Professional Membership</li><li>NEMA EIA Lead Expert Certification</li></ul><h3>Specializations</h3><h4>ASAL Water Resources Engineering</h4><p>Focuses on water resources engineering in ASAL areas, water harvesting, groundwater management, dryland hydrology, and managing water resources in arid and semi-arid lands.</p><h4>Dryland Environmental Management</h4><p>Examines dryland environmental management, land degradation, desertification, environmental conservation, and managing and protecting dryland environments.</p><h4>Irrigation and Drainage Engineering</h4><p>Covers irrigation and drainage engineering, irrigation design, water-efficient irrigation, drainage systems, and designing and managing irrigation in ASAL areas.</p><h4>Climate Adaptation Engineering</h4><p>Focuses on climate adaptation engineering, climate resilience, drought management, climate risk, and engineering solutions for climate adaptation in drylands.</p><h4>Soil and Water Conservation</h4><p>Examines soil and water conservation, erosion control, soil management, conservation structures, and conserving soil and water in ASAL environments.</p><h4>Environmental Impact Assessment</h4><p>Covers environmental impact assessment, environmental auditing, environmental monitoring, and assessing and managing environmental impacts of engineering projects in ASAL areas.</p>

<p>The Master of Science in Industrial Engineering is a postgraduate programme that prepares professionals for advanced practice in industrial engineering, production optimisation, systems engineering, and operations management. The programme combines engineering theory with practical application in manufacturing systems, quality engineering, and research. Core areas include industrial engineering, production systems, operations research, quality engineering, supply chain management, project management, ergonomics, manufacturing processes, research methods, and thesis. Students engage with both theoretical and practical work through coursework, laboratory sessions, industrial projects, and research. The programme is offered by Jomo Kenyatta University of Agriculture and Technology as an option under MSc in Mechanical Engineering through the College of Engineering. JKUAT is a public university offering the programme over two academic years through full-time and part-time modes of study. Students develop competencies in production system design, operations optimisation, quality management, supply chain analysis, and industrial process improvement. The programme includes coursework, examinations, practical projects, and a supervised research thesis, preparing graduates for roles in manufacturing, logistics, and industrial management. JKUAT charges approximately KES 181,000/year (KES 362,000 total) for MSc in Mechanical Engineering with Industrial Engineering option. Entry requires a Bachelor's degree with at least Upper Second Class Honours in Mechanical Engineering, Industrial Engineering, or related fields from a recognised institution. Graduates pursue careers as industrial engineers, production managers, operations analysts, quality engineers, supply chain managers, and lecturers in industrial engineering across manufacturing companies, logistics firms, consulting firms, government, and universities.</p><h3>Skills Required</h3><ul><li>Industrial Engineering and Systems Optimisation</li><li>Production Planning and Control</li><li>Operations Research and Decision Analysis</li><li>Quality Engineering and Six Sigma</li><li>Supply Chain and Logistics Management</li><li>Project Management and Execution</li><li>Ergonomics and Workplace Design</li><li>Manufacturing Processes and Automation</li><li>Research Methods in Industrial Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Industrial Engineering and Systems Optimisation</li><li>Production Planning and Control</li><li>Operations Research and Decision Analysis</li><li>Quality Engineering and Six Sigma</li><li>Supply Chain and Logistics Management</li><li>Project Management and Execution</li><li>Ergonomics and Workplace Design</li><li>Manufacturing Processes and Automation</li><li>Research Methods in Industrial Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Engineering Registration</li><li>INCOSE Systems Engineering Certification</li></ul><h3>Specializations</h3><h4>Production Systems</h4><p>Focuses on production systems, covering planning, control, optimisation, layout, and managing production systems.</p><h4>Operations Research</h4><p>Examines operations research, covering modelling, optimisation, simulation, decisions, and managing operations research.</p><h4>Quality Engineering</h4><p>Covers quality engineering, covering standards, Six Sigma, control, improvement, and managing quality engineering.</p><h4>Supply Chain Management</h4><p>Focuses on supply chain, covering logistics, procurement, distribution, optimisation, and managing supply chains.</p><h4>Manufacturing Processes</h4><p>Examines manufacturing processes, covering machining, forming, joining, automation, and managing manufacturing.</p><h4>Project Management</h4><p>Covers project management, covering planning, scheduling, risk, execution, and managing industrial projects.</p>

<p>The Master of Science in Machine Tool Design and Manufacturing is a postgraduate programme that prepares professionals for advanced practice in machine tool design, manufacturing engineering, production systems, and automation. The programme combines mechanical engineering with manufacturing technology, CAD/CAM, and industrial automation. Core areas include machine tool design, manufacturing processes, CAD/CAM, CNC machining, automation, materials engineering, quality control, research methods, and thesis. Students engage with both theoretical and practical work through coursework, laboratory sessions, workshop practice, and research. The programme is offered by Dedan Kimathi University of Technology as MSc in Machine Tools Designs and Manufacturing through the School of Engineering. DeKUT is a public university offering the programme over two academic years through full-time and part-time modes of study. Students develop competencies in machine tool design, manufacturing process optimisation, CNC programming, automation systems, and quality management. The programme includes coursework, examinations, laboratory sessions, workshop practice, and a supervised research thesis, preparing graduates to address advanced manufacturing and tooling challenges. DeKUT fees for this programme could not be verified from publicly available online sources at the time of research. The estimated fee of KES 200,000/year is based on comparable DeKUT and JKUAT engineering masters programmes. Entry requires a Bachelor's degree with at least Second Class Honours (Upper Division) in Mechanical Engineering or Mechatronics Engineering from a recognised institution. Graduates pursue careers as machine tool designers, manufacturing engineers, CNC specialists, automation engineers, production managers, and lecturers in manufacturing engineering across manufacturing companies, tooling firms, government agencies, and universities.</p><h3>Skills Required</h3><ul><li>Machine Tool Design and Engineering</li><li>Manufacturing Processes and Systems</li><li>CAD/CAM and Digital Manufacturing</li><li>CNC Machining and Programming</li><li>Industrial Automation and Robotics</li><li>Materials Engineering and Selection</li><li>Quality Control and Assurance</li><li>Production Planning and Management</li><li>Research Methods in Manufacturing</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Machine Tool Design</li><li>Manufacturing Processes and Systems</li><li>CAD/CAM and Digital Manufacturing</li><li>CNC Machining and Programming</li><li>Industrial Automation and Robotics</li><li>Materials Engineering and Selection</li><li>Quality Control and Assurance</li><li>Production Planning and Management</li><li>Research Methods in Manufacturing</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Engineering Registration</li><li>SME Professional Certification</li></ul><h3>Specializations</h3><h4>Machine Tool Design</h4><p>Focuses on machine tool design, covering structures, mechanisms, dynamics, precision, and designing machine tools.</p><h4>Manufacturing Processes</h4><p>Examines manufacturing processes, covering machining, forming, casting, joining, and managing manufacturing processes.</p><h4>CNC and Automation</h4><p>Covers CNC and automation, covering programming, control, robotics, integration, and managing CNC and automation systems.</p><h4>CAD/CAM</h4><p>Focuses on CAD/CAM, covering design, modelling, simulation, manufacturing, and managing CAD/CAM systems.</p><h4>Quality Engineering</h4><p>Examines quality engineering, covering inspection, control, assurance, standards, and managing quality systems.</p><h4>Production Management</h4><p>Covers production management, covering planning, scheduling, control, optimisation, and managing production operations.</p>

The Master of Science in Materials Science is a master's programme offered by Kenyan universities, designed to provide advanced training and research opportunities in the chosen field of study. The programme is accredited by the Commission for University Education (CUE) and delivered through coursework, seminars, and independent research. Students engage with advanced concepts and methodologies through a structured curriculum that combines theoretical foundations with practical applications. The programme emphasises critical thinking, analytical skills, and research competence and prepares scholars to contribute original research to the discipline. Kenya's growing demand for skilled professionals creates opportunities for graduates. The programme addresses national development priorities and aligns with Kenya's Vision 2030, which emphasises the need for highly trained professionals in the relevant sector. Graduates are equipped to tackle complex challenges facing the country and the East African region. Teaching methods include lectures, seminars, laboratory sessions where applicable, fieldwork, and supervised research. Students work closely with faculty supervisors to develop their research proposals, conduct original research, and produce a thesis or dissertation that contributes new knowledge to the field. Graduates pursue careers as researchers, educators, and consultants in universities, research institutions, government agencies, non-governmental organisations, and private sector firms. The programme provides a strong foundation for academic careers and leadership roles in the relevant sector. This programme is ideal for individuals with a strong academic background in a related discipline who are passionate about research and advancing knowledge in the chosen field of study. It suits those who wish to contribute to policy development, innovation, and evidence-based decision-making in Kenya and beyond.

<p>The Master of Science in Mining Engineering is a postgraduate programme that prepares professionals for advanced practice in mining engineering, mineral extraction, and mine management. The programme combines mining engineering theory with practical mine design, operations, and management application. Core areas include surface mining, underground mining, mine ventilation, mining geomechanics, mine design and planning, mineral processing, mine environment, excavation engineering, mine operations research, mineral resource estimation, research methods, and thesis. Students engage with both mining theory and practical laboratory and field work through coursework and research. The programme is offered by JKUAT through the Department of Mining, Materials and Petroleum Engineering, Taita Taveta University through the School of Mines and Engineering, and South Eastern Kenya University offering MSc in Mineral Exploration and Mining. All are public universities offering programmes over two academic years through full-time and part-time modes of study. Students develop competencies in surface mining, underground mining, mine ventilation, mining geomechanics, mine design and planning, mineral processing, mine environment, and excavation engineering. The programme includes coursework, examinations, laboratory work, mine visits, and a supervised research thesis. JKUAT charges approximately KES 181,000/year (KES 362,000 total) for mining engineering. Taita Taveta University charges approximately KES 200,000/year for mining engineering. SEKU charges approximately KES 180,000/year for mineral exploration and mining. Entry requires a Bachelor's degree with Second Class Honours Upper Division in mining engineering, mineral processing engineering, mechanical engineering, civil engineering, geomatic engineering, geology, geophysics, or related earth sciences from a recognised university. Graduates pursue careers as mining engineers, mine managers, mineral processing engineers, mining consultants, excavation engineers, and lecturers in mining engineering across mining companies, mineral processing firms, government agencies, consulting firms, and universities.</p><h3>Skills Required</h3><ul><li>Surface and Underground Mining Systems Design</li><li>Mine Ventilation and Environmental Control</li><li>Mining Geomechanics and Ground Control</li><li>Mine Design, Planning and Operations Research</li><li>Mineral Processing and Resource Estimation</li><li>Excavation Engineering and Materials Handling</li><li>Mine Economics and Financial Evaluation</li><li>Socio-Environmental Aspects of Mining</li><li>Research Methods in Mining Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Surface and Underground Mining Systems</li><li>Mine Ventilation and Environmental Control</li><li>Mining Geomechanics and Ground Control</li><li>Mine Design, Planning and Operations Research</li><li>Mineral Processing and Resource Estimation</li><li>Excavation Engineering and Materials Handling</li><li>Mine Economics and Financial Evaluation</li><li>Socio-Environmental Aspects of Mining</li><li>Research Methods in Mining Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>EBK Professional Engineering Certification</li><li>SAIMM Professional Membership</li></ul><h3>Specializations</h3><h4>Surface Mining</h4><p>Focuses on surface mining, covering open-pit mining, strip mining, quarrying, equipment selection, and managing surface mining operations.</p><h4>Underground Mining</h4><p>Examines underground mining, covering shaft sinking, tunneling, room and pillar, block caving, and managing underground mining.</p><h4>Mine Ventilation</h4><p>Covers mine ventilation, covering airflow design, dust control, gas management, climate control, and managing mine ventilation.</p><h4>Mineral Processing</h4><p>Focuses on mineral processing, covering comminution, separation, flotation, leaching, and managing mineral processing.</p><h4>Mining Geomechanics</h4><p>Examines mining geomechanics, covering rock mechanics, ground control, slope stability, and managing mining geomechanics.</p><h4>Mine Planning and Design</h4><p>Covers mine planning, covering mine design, scheduling, optimisation, economics, and managing mine planning.</p>

<p>The Master of Science in Petroleum Engineering is a postgraduate programme that prepares professionals for advanced practice in petroleum exploration, reservoir engineering, drilling, and production. The programme provides specialised training in applied geology, reservoir engineering, drilling techniques, petroleum production, and natural gas engineering. Core areas include applied geology, numerical methods, reservoir engineering, petroleum equipment design, environmental control, natural gas engineering, petroleum production operations, advanced drilling techniques, well logging and testing, and thesis. Students engage with both theoretical and practical work through coursework, laboratory sessions, and research. The programme is offered by Jomo Kenyatta University of Agriculture and Technology through the Department of Mining, Materials and Petroleum Engineering. JKUAT is a public university offering the programme over two years through full-time and part-time study, combining coursework with research. Students develop competencies in reservoir characterisation, drilling technology, petroleum production, natural gas engineering, well logging, environmental control, and research. The programme includes coursework, examinations, and a supervised research thesis, preparing graduates for petroleum industry roles in exploration, drilling, production, and management. JKUAT charges approximately KES 362,000 total for the programme (~KES 181,000/year), based on JKUAT College of Engineering masters fee structures. No private university confirmed offering this exact programme. Entry requires at least an Upper Second Class Honours degree in Engineering, Geology, or Geophysics from a recognised institution. Graduates pursue careers as petroleum engineers, reservoir engineers, drilling engineers, production engineers, petroleum geologists, and petroleum consultants across oil and gas companies, government agencies, research institutions, and consulting firms.</p><h3>Skills Required</h3><ul><li>Applied Petroleum Geology and Exploration</li><li>Reservoir Engineering and Characterisation</li><li>Drilling Engineering and Techniques</li><li>Petroleum Production Operations</li><li>Natural Gas Engineering</li><li>Well Logging and Testing</li><li>Petroleum Equipment Design</li><li>Environmental Control in Petroleum Engineering</li><li>Numerical Methods for Petroleum Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Applied Petroleum Geology and Exploration</li><li>Numerical Methods and Statistics for Petroleum Engineering</li><li>Reservoir Engineering and Characterisation</li><li>Petroleum Equipment Design</li><li>Environmental Control in Petroleum Engineering</li><li>Natural Gas Engineering</li><li>Petroleum Production Operations</li><li>Advanced Drilling Techniques</li><li>Well Logging and Testing</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>Engineers Board of Kenya (EBK) Registration</li><li>Society of Petroleum Engineers (SPE) Membership</li></ul><h3>Specializations</h3><h4>Reservoir Engineering</h4><p>Focuses on reservoir engineering, covering reservoirs, characterisation, modelling, simulation, and managing reservoir engineering.</p><h4>Drilling Engineering</h4><p>Examines drilling engineering, covering drilling, techniques, wells, operations, and managing drilling engineering.</p><h4>Petroleum Production</h4><p>Covers petroleum production, covering production, operations, optimisation, management, and managing petroleum production.</p><h4>Natural Gas Engineering</h4><p>Focuses on natural gas engineering, covering gas, processing, transportation, utilisation, and managing natural gas engineering.</p><h4>Petroleum Geology</h4><p>Examines petroleum geology, covering geology, exploration, sedimentary, basins, and managing petroleum geology.</p><h4>Environmental Control in Petroleum Operations</h4><p>Covers environmental control, covering environment, pollution, control, management, and managing environmental control in petroleum engineering.</p>

The Master of Science in Soil and Water Engineering is a master's programme offered by Kenyan universities, designed to provide advanced training and research opportunities in engineering and technology. The programme is accredited by the Commission for University Education (CUE) and delivered through coursework, seminars, and independent research. Students engage with engineering design, structural analysis, project management, and sustainable infrastructure through a structured curriculum that combines theoretical foundations with practical applications. The programme emphasises innovation, sustainability, and infrastructure development and prepares scholars to contribute original research to the discipline. Kenya's infrastructure development is a key pillar of Vision 2030, driving demand for engineering expertise. The programme addresses national development priorities and aligns with Kenya's Vision 2030, which emphasises the need for highly trained professionals in engineering and infrastructure. Graduates are equipped to tackle complex challenges facing the country and the East African region. Teaching methods include lectures, seminars, laboratory sessions where applicable, fieldwork, and supervised research. Students work closely with faculty supervisors to develop their research proposals, conduct original research, and produce a thesis or dissertation that contributes new knowledge to the field. Graduates pursue careers as engineering researchers, university lecturers, project managers, and engineering consultants in universities, research institutions, government agencies, non-governmental organisations, and private sector firms. The programme provides a strong foundation for academic careers and leadership roles in engineering and infrastructure. This programme is ideal for individuals with a strong academic background in engineering or a related technical field who are passionate about research and advancing knowledge in engineering and technology. It suits those who wish to contribute to policy development, innovation, and evidence-based decision-making in Kenya and beyond.

<p>The Master of Science in Surveying is a postgraduate programme that prepares professionals for advanced practice in land surveying, geospatial engineering, and spatial data management. The programme provides specialised training in cadastral surveying, geodetic surveying, photogrammetry, remote sensing, and geographic information systems. Core areas include surveying, geodesy, photogrammetry, remote sensing, GIS, cadastral surveying, engineering surveying, hydrographic surveying, research methods, and thesis. Students engage with both theoretical and practical work through coursework, field surveys, and research. The programme is offered by the University of Nairobi as a public institution through the Department of Geospatial and Space Technology within the Faculty of Engineering. The programme is available in full-time and part-time modes over two to three years, combining coursework with research. Students develop competencies in surveying, geodesy, photogrammetry, remote sensing, GIS, and research. The programme includes coursework, examinations, field surveys, and a supervised research thesis, preparing graduates for surveying, mapping, and spatial data management roles. UoN charges approximately KES 531,500 per year. No private university confirmed offering this exact programme. Entry requires at least an Upper Second Class Honours degree in Surveying, Geospatial Engineering, or a related field from a recognised institution. Graduates pursue careers as surveyors, geospatial engineers, GIS specialists, cadastral surveyors, photogrammetrists, and lecturers across government survey departments, land registries, engineering firms, mining companies, and universities.</p><h3>Skills Required</h3><ul><li>Land and Cadastral Surveying</li><li>Geodetic Surveying and Positioning</li><li>Photogrammetry and Remote Sensing</li><li>Geographic Information Systems (GIS)</li><li>Engineering and Hydrographic Surveying</li><li>Spatial Data Management and Analysis</li><li>Digital Cadastre and Land Registration</li><li>GPS and Satellite Positioning</li><li>Research Methods in Surveying</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Land and Cadastral Surveying</li><li>Geodetic Surveying and Positioning</li><li>Photogrammetry and Remote Sensing</li><li>Geographic Information Systems</li><li>Engineering and Hydrographic Surveying</li><li>Spatial Data Management</li><li>GPS and Satellite Positioning</li><li>Digital Cadastre and Land Registration</li><li>Research Methods in Surveying</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>ISK Professional Membership</li><li>RICS Professional Certification</li></ul><h3>Specializations</h3><h4>Cadastral Surveying</h4><p>Focuses on cadastral surveying, covering cadastre, land, boundaries, surveying, and managing cadastral surveying and land registration.</p><h4>Geodetic Surveying</h4><p>Examines geodetic surveying, covering geodesy, positioning, GPS, surveying, and managing geodetic surveying and positioning.</p><h4>Photogrammetry</h4><p>Covers photogrammetry, covering photogrammetry, mapping, imagery, surveying, and managing photogrammetric mapping and analysis.</p><h4>Remote Sensing</h4><p>Focuses on remote sensing, covering remote, sensing, satellite, imagery, and managing remote sensing and satellite imagery analysis.</p><h4>Engineering Surveying</h4><p>Examines engineering surveying, covering engineering, surveying, construction, infrastructure, and managing engineering surveying and construction setting out.</p><h4>Hydrographic Surveying</h4><p>Covers hydrographic surveying, covering hydrographic, surveying, water, marine, and managing hydrographic surveying and marine mapping.</p>

<p>The Master of Science in Textile Engineering is a postgraduate programme that prepares professionals for advanced practice in textile engineering, fibre science, and fabric manufacturing. The programme provides specialised training in fibre and yarn techniques, fabric techniques, processing techniques, textile quality management, and composite materials. Core areas include textile engineering, fibre and yarn techniques, fabric techniques, processing techniques, industrial and quality management, research methods, computing techniques, composite materials, and thesis. Students engage with both theoretical and practical work through coursework, laboratory sessions, and research. The programme is offered by Moi University as a public institution through the School of Engineering, Department of Industrial and Textile Engineering. The programme is available in full-time and part-time modes over two years, combining coursework with research. Students develop competencies in textile engineering, fibre techniques, fabric manufacturing, processing, quality management, and research. The programme includes coursework, examinations, laboratory sessions, and a supervised research thesis, preparing graduates for textile engineering and manufacturing roles. Moi University charges approximately KES 187,200 per year. No private university confirmed offering this exact programme. Entry requires at least an Upper Second Class Honours degree in Textile Engineering, Industrial Engineering, Materials Engineering, or a related field from a recognised institution. Graduates pursue careers as textile engineers, quality managers, production managers, materials engineers, textile consultants, and lecturers across textile manufacturing companies, composite materials firms, research institutions, and universities.</p><h3>Skills Required</h3><ul><li>Fibre and Yarn Techniques</li><li>Fabric Manufacturing Techniques</li><li>Textile Processing and Finishing</li><li>Industrial and Quality Management in Textiles</li><li>Composite Materials and Fibre Reinforcement</li><li>Computer Aided Design and Manufacturing in Textiles</li><li>Textile Testing and Quality Assurance</li><li>Cleaner Production in Textile Manufacturing</li><li>Research Methods in Textile Engineering</li><li>Academic Writing and Thesis Research</li></ul><h3>Key Subjects</h3><ul><li>Fibre and Yarn Techniques</li><li>Fabric Techniques</li><li>Processing Techniques in Textiles</li><li>Industrial and Quality Management</li><li>Computing Techniques and Applications</li><li>Composite Mechanics and Fibre Reinforcement</li><li>Computer Aided Design and Manufacturing</li><li>Textile Testing and Quality Assurance</li><li>Research Methods in Textile Engineering</li><li>Thesis Research</li></ul><h3>Certifications</h3><ul><li>Textile Institute Professional Membership</li><li>AATCC Professional Membership</li></ul><h3>Specializations</h3><h4>Fibre and Yarn Engineering</h4><p>Focuses on fibre and yarn techniques, covering fibre, yarn, techniques, spinning, and managing fibre and yarn engineering and production.</p><h4>Fabric Manufacturing</h4><p>Examines fabric techniques, covering fabric, weaving, knitting, techniques, and managing fabric manufacturing and techniques.</p><h4>Textile Processing</h4><p>Covers processing techniques, covering processing, textile, finishing, dyeing, and managing textile processing and finishing.</p><h4>Composite Materials</h4><p>Focuses on composite materials, covering composites, fibre, reinforced, materials, and managing composite materials and fibre reinforcement.</p><h4>Textile Quality Management</h4><p>Examines quality management, covering quality, management, textile, testing, and managing textile quality and testing.</p><h4>Industrial Textiles</h4><p>Covers industrial textiles, covering industrial, textile, speciality, technical, and managing industrial and speciality textiles.</p>

<p>The Masters of Agricultural Engineering at Egerton University is a postgraduate programme that provides advanced training in agricultural engineering principles, farm machinery, soil and water engineering, agricultural processing, and energy systems. The programme prepares graduates for careers in agricultural engineering practice, research, consultancy, and academia. The curriculum covers farm power and machinery, soil and water engineering, agricultural processing engineering, agricultural structures and environmental control, renewable energy systems, irrigation engineering, research methods, and engineering management. Students develop technical skills for designing, operating, and managing agricultural engineering systems. Admission requires a bachelor's degree with at least a Second Class Honours (Upper Division) in agricultural engineering, mechanical engineering, or a related discipline from a recognised university. Applicants with a Lower Second Class Honours and at least two years of relevant work experience may also be considered. The programme is offered full-time over two years. The programme is accredited by the Commission for University Education (CUE) and delivered through the Faculty of Engineering and Technology at Egerton University, a public university with a strong agricultural focus. Egerton University is one of Kenya's premier agricultural institutions, located in Njoro. Career prospects include roles in agricultural engineering design, farm machinery management, irrigation engineering, food processing engineering, renewable energy, research, consultancy, and academia. Graduates work in agricultural engineering firms, government ministries, research institutions, universities, NGOs, and international agricultural development organisations. The programme addresses Kenya's need for agricultural engineering expertise to mechanise agriculture, improve food processing, manage water resources, and develop renewable energy systems for rural areas. With growing emphasis on agricultural modernisation, food security, and climate-smart agriculture, demand for qualified agricultural engineers continues to increase across both public and private sectors.</p><h3>Skills Required</h3><ul><li>Farm power and machinery design</li><li>Soil and water engineering</li><li>Irrigation and drainage system design</li><li>Agricultural processing engineering</li><li>Renewable energy systems for agriculture</li><li>Agricultural structures design</li><li>Engineering design and analysis</li><li>Research methodology in engineering</li><li>Project management in agricultural engineering</li><li>Agricultural systems optimisation</li></ul><h3>Key Subjects</h3><ul><li>Farm Power and Machinery</li><li>Soil and Water Engineering</li><li>Agricultural Processing Engineering</li><li>Irrigation Engineering</li><li>Renewable Energy Systems</li><li>Agricultural Structures and Environmental Control</li><li>Research Methods in Engineering</li><li>Engineering Management</li><li>Agricultural Systems Analysis</li><li>Post-Harvest Technology</li></ul><h3>Certifications</h3><ul><li>Engineers Board of Kenya (EBK) Registration</li><li>International Commission of Agricultural and Biosystems Engineering (CIGR) Membership</li><li>American Society of Agricultural and Biological Engineers (ASABE) Membership</li><li>Institution of Engineers of Kenya (IEK) Membership</li></ul><h3>Specializations</h3><h4>Farm Power and Machinery</h4><p>Focuses on design, operation, and maintenance of farm machinery and equipment, including tractors, harvesters, and processing equipment.</p><h4>Soil and Water Engineering</h4><p>Covers soil conservation, water management, irrigation and drainage system design, and erosion control engineering.</p><h4>Agricultural Processing Engineering</h4><p>Examines post-harvest processing, food engineering, storage systems, and value addition technologies for agricultural products.</p><h4>Renewable Energy in Agriculture</h4><p>Focuses on renewable energy systems for agricultural applications, including biogas, solar energy, and bioenergy systems.</p><h4>Agricultural Structures and Environment</h4><p>Covers design of agricultural structures, environmental control systems, and farm infrastructure planning.</p><h4>Irrigation Engineering</h4><p>Focuses on irrigation system design, water resource management, and efficient water use in agricultural production.</p>