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Engineering

Bachelor of Science in Applied Bioengineering

The Bachelor of Science in Applied Bioengineering is a degree programme that equips students with knowledge and skills in in applied bioengineering. The programme falls under the Engineering & Technology category and typically spans 4 years of full-time study at accredited Kenyan universities.

Duration
4 years
Next intake January 2027
Public tuition
Ksh 441,000
Ksh 1,764,000 total
Job market
Moderate
Market demand for graduates

The short answer

What it costs
Up to Ksh 441,000 a year at a public institution, Ksh 1,764,000 for the whole course.The detail
Who can get in
A KCSE mean grade of C+ (plus) mean grade at KCSE or above. There is another way in without it.The detail
How long, and when
Takes 4 years, full-time, with 3 months of attachment. Next intake January 2027, at 1 institution.The detail
Where it leads
8 careers in the catalogue. The least exposed to AI is Aquaculture Technologist, at 3 out of 100.The detail

The programme

What you study, how long it takes, and how it is delivered.

Overview

The curriculum covers Biology, Biochemistry and Physiology, Biomechanics and Biomaterials, Medical Devices and Instrumentation, Biomedical Signal Processing and Medical Imaging, Bioprocess Engineering and Bioreactors, Tissue Engineering and Regenerative Medicine. Students engage with both theoretical foundations and practical applications, developing competencies in Bioinformatics, Biomaterials, Biomechanics, Biomedical Signal Processing, Bioprocess Engineering. The coursework is designed to build progressive understanding from foundational concepts to advanced topics.

Throughout the programme, students study Medical Devices and Instrumentation, Tissue Engineering and Regenerative Medicine, Biology, Biochemistry and Physiology, Industrial Attachment, Engineering Economics, CAD, Ethics and Research Methods. The teaching approach combines lectures, laboratory practicals, tutorials, assignments and independent research projects. This blend ensures graduates can apply theoretical knowledge to real-world problems in their field.

The programme offers specialisations in Biotechnology and Bioinformatics, Bioprocess and Pharmaceutical Engineering, Medical Imaging and Signal Processing. Students can focus their studies on areas of particular interest, allowing them to tailor their degree to specific career goals. The flexibility enables graduates to pursue diverse professional paths within the sector.

Graduates of the Bachelor of Science in Applied Bioengineering pursue careers as Clinical Engineer / Healthcare Technology Manager, Rehabilitation Engineer / Research Engineer, Bioengineer / Biomedical Engineer, Biotechnology Engineer / Bioinformatics Specialist. They find employment in various sectors including government agencies, private companies, research institutions, non-governmental organisations and academic institutions. The degree opens doors to both local and international opportunities.

The programme is accredited by the Commission for University Education (CUE) and offered at recognised universities across Kenya. Students benefit from industry attachments, fieldwork and practical training that complement classroom learning and enhance employability upon graduation.

What you study

10 subjects
  • Biology, Biochemistry and Physiology
  • Biomechanics and Biomaterials
  • Medical Devices and Instrumentation
  • Biomedical Signal Processing and Medical Imaging
  • Bioprocess Engineering and Bioreactors
  • Tissue Engineering and Regenerative Medicine
  • Biotechnology and Genetic Engineering
  • Bioinformatics and Computational Biology
  • Healthcare Technology Management and Regulatory Affairs
  • Bioengineering Research Methods and Ethics

Modules

12 in the programme

  • Biology, Biochemistry and Physiology

    Year 1Semester 13 creditsCore

    Cell biology, molecular biology, biochemistry, physiology, anatomy, understanding biology, and supporting biological sciences for engineering.

  • Biomechanics and Biomaterials

    Year 1Semester 23 creditsCore

    Biomechanics, biomaterials, tissue engineering, biocompatibility, biofluid mechanics, bioheat transfer, understanding biomechanics, and supporting biomechanical and biomaterials engineering.

  • Medical Devices and Instrumentation

    Year 1Semester 33 creditsCore

    Medical devices, medical instrumentation, biosensors, prosthetics, orthotics, rehabilitation engineering, understanding medical devices, and supporting medical device engineering.

  • Biomedical Signal Processing and Medical Imaging

    Year 2Semester 13 creditsCore

    Biomedical signal processing, medical imaging, ultrasound, X-ray, MRI, CT, image processing, understanding signals and imaging, and supporting biomedical signal and imaging engineering.

  • Bioprocess Engineering and Bioreactors

    Year 2Semester 23 creditsCore

    Bioprocess engineering, fermentation, bioreactors, bioseparation, downstream processing, pharmaceutical engineering, drug delivery, understanding bioprocess, and supporting bioprocess engineering.

  • Tissue Engineering and Regenerative Medicine

    Year 2Semester 33 creditsCore

    Tissue engineering, regenerative medicine, biomimetics, nanobiotechnology, lab-on-a-chip, point-of-care diagnostics, understanding tissue engineering, and supporting tissue and regenerative enginee...

  • Biotechnology and Genetic Engineering

    Year 3Semester 13 creditsCore

    Biotechnology, genetic engineering, recombinant DNA, gene therapy, understanding biotechnology, and supporting biotechnology and genetic engineering.

  • Bioinformatics and Computational Biology

    Year 3Semester 23 creditsCore

    Bioinformatics, computational biology, biomathematics, biological modelling, understanding bioinformatics, and supporting computational biology and bioinformatics.

  • Healthcare Technology Management and Regulatory Affairs

    Year 3Semester 33 creditsCore

    Healthcare technology management, medical equipment maintenance, regulatory affairs, ISO 13485, quality management, telemedicine, understanding healthcare technology, and supporting healthcare tech...

  • Engineering Economics, CAD, Ethics and Research Methods

    Year 4Semester 13 creditsCore

    Engineering economics, CAD, engineering drawing, entrepreneurship, safety, occupational health, ethics, research methods, understanding economics and ethics, and supporting engineering practice.

  • Industrial Attachment

    Year 4Semester 23 creditsCore

    Supervised industrial attachment at a hospital, medical device company, pharmaceutical company, biotechnology firm, or research institution, applying bioengineering skills.

  • Final Bioengineering Research Project or Dissertation

    Year 4Semester 36 creditsCore

    Final year bioengineering research project or dissertation, assessed through written report and oral defence.

Specialisations

  • Biotechnology and Bioinformatics

    Concentrates on biotechnology, genetic engineering, bioinformatics, computational biology, and supporting biotechnology and bioinformatics.

  • Bioprocess and Pharmaceutical Engineering

    Specialises in bioprocess engineering, bioreactors, bioseparation, pharmaceutical engineering, drug delivery, and supporting bioprocess and pharmaceutical engineering.

  • Medical Imaging and Signal Processing

    Focuses on biomedical signal processing, medical imaging, image processing, and supporting biomedical signal and imaging engineering.

  • Biomechanics and Biomaterials

    Concentrates on biomechanics, biomaterials, tissue engineering, biocompatibility, and supporting biomechanical and biomaterials engineering.

  • Biomedical Devices and Instrumentation

    Focuses on medical devices, medical instrumentation, biosensors, prosthetics, orthotics, and supporting medical device engineering.

  • General Practice

    Broad foundational knowledge covering core principles and practices in the field. This specialisation equips graduates with discipline-specific competencies for professional practice in Kenya and the East African region, with pathways to postgraduate study and professional certification.

  • Research and Analysis

    Focus on research methods, data analysis, and evidence-based decision making. This specialisation equips graduates with discipline-specific competencies for professional practice in Kenya and the East African region, with pathways to postgraduate study and professional certification.

  • General Practice

    Broad foundational knowledge covering core principles and practices in the field. This specialisation equips graduates with discipline-specific competencies for professional practice in Kenya and the East African region, with pathways to postgraduate study and professional certification.

  • Research and Analysis

    Focus on research methods, data analysis, and evidence-based decision making. This specialisation equips graduates with discipline-specific competencies for professional practice in Kenya and the East African region, with pathways to postgraduate study and professional certification.

A day as a student

A typical day starts with a morning lecture on biomechanics, biomaterials, or medical devices, followed by laboratory work, clinical visits, CAD exercises, or design projects. Students work on medical device designs, biomechanical analyses, biomaterial testing, bioprocess experiments, signal processing exercises, image processing, bioinformatics analyses, and bioengineering research. Laboratory work for biomaterials and bioprocess, clinical visits to hospitals and medical centres, and industrial attachment at a medical device company, hospital, or research institution provide practical experience.

The trade-offs

In its favourAgainst it
Healthcare impact — bioengineers directly contribute to healthcare improvement, medical device development, and patient care.Limited programme specialisation options may be available.
Accredited by the Commission for University Education (CUE).Competitive job market requiring practical experience and networking.
Graduates are eligible for HELB loans and government funding.Demanding programme — requires strong mathematics, physics, and biology with heavy coursework.
Interdisciplinary — combines engineering, biology, and medicine, creating versatile professionals.Narrow awareness — bioengineering is less well-known than traditional engineering fields, which can affect job market visibility.

What it costs

Tuition at both ends of the market, and how to pay for it.

What it costs, and where

Against 332 engineering courses
Public200k to 441k
200k at Technical University of Kenya441k at University of Nairobi

Annual tuition in Kenyan shillings, rounded. The upright tick is the median for this field, so a bar sitting entirely to its right is an expensive programme by the standards of its own subject.

The fine print

TUK Engineering 199.5K/yr, UoN Engineering 441K/yr (official). Private: unverified.

Students can access HELB undergraduate loans, Universities Fund government scholarships, county government bursaries and the Mastercard Foundation Scholars Program.

Funding options

  • HELB Undergraduate Loan

  • Universities Fund Government Scholarship

  • County Government Bursaries

Scholarships

5 recorded

  • Higher Education Fund (HEF)

    Government fundingKenyan

    Kenyan students in public universities under the new funding model based on financial need assessment.

  • County Government Bursaries

    GrantKsh 50,000Kenyan

    Students from specific counties. Criteria vary by county.

  • Higher Education Loans Board (HELB) Loan

    LoanKsh 60,000Kenyan

    Kenyan students admitted to accredited universities. Means-tested based on family income.

  • Institution of Engineers of Kenya (IEK) Student Scholarships

    ScholarshipKenyan

    Student members of IEK pursuing accredited engineering programmes

  • KCDF More Girls for Engineering Opportunities

    ScholarshipKenyan

    Young women from disadvantaged backgrounds pursuing engineering

Scholarships you could apply for

10 usable where it is taught
Save one and be reminded before it closes

Getting in

The grades, the alternatives, and who accredits the award.

What you need

KCSE mean grade
C+ (plus) mean grade at KCSEminimum entry
Alternative entry

Diploma holders with credit pass in Biomedical Engineering, Biotechnology, Clinical Medicine, or related fields from recognised institutions may join.

When it next starts

Taught at 1 institution
January 20271 institution

Including Jomo Kenyatta University of Agriculture and Technology.

May 20271 institution

Including Jomo Kenyatta University of Agriculture and Technology.

September 20271 institution

Including Jomo Kenyatta University of Agriculture and Technology.

How you are assessed

5 components

  • Continuous Assessment Tests and Assignments

    Coursework30% of the mark

    Written tests, assignments, and practical exercises throughout the semester.

  • Continuous Assessment Tests

    Cat30% of the mark

    Regular tests, assignments, problem sets, and laboratory exercises throughout the semester.

  • End of Semester Examinations

    Exam40% of the mark

    Comprehensive written examinations covering biomechanics, biomaterials, medical devices, bioprocess, biotechnology, and bioinformatics.

  • Project / Practical Assessment

    Practicum20% of the mark

    Assessment of medical device designs, biomechanical analyses, biomaterial tests, bioprocess experiments, and signal processing exercises.

  • Industrial Attachment Report

    Practicum5% of the mark

    Assessment of industrial attachment at a hospital, medical device company, or research institution. Includes logbook, supervisor evaluation, and written report.

Accreditation

  • Commission for University Education (CUE)

    NationalRequired

    CUE accredits all university programmes in Kenya. This programme must be offered by a CUE-accredited university.

  • Engineers Board of Kenya (EBK)

    ProfessionalRequired

    EBK registration is mandatory for professional engineering practice in Kenya. Graduates must register with EBK to practise as engineers.

Accredited by the Commission for University Education (CUE). The programme is offered at Jomo Kenyatta University of Agriculture and Technology. Graduates must register with the Engineers Board of Kenya (EBK) for professional engineering practice.

Where it leads

The roles it opens, and what you leave with.

Where graduates go

8 roles

  • Graduate Trainee

    High demandKsh 40,000 to Ksh 60,000

    Entry-level position applying academic knowledge in a professional environment.

  • Research Assistant

    Moderate demandKsh 45,000 to Ksh 65,000

    Supporting research projects through data collection, analysis, and reporting.

  • Project Officer

    High demandKsh 55,000 to Ksh 80,000

    Coordinating and implementing projects in public, private, or NGO sectors.

  • Analyst

    High demandKsh 60,000 to Ksh 90,000

    Analysing data, trends, and patterns to support decision-making.

  • Clinical Engineer / Healthcare Technology Manager

    Medium demandKsh 60,000 to Ksh 230,000

    Manages medical equipment, supports clinical technology, ensures device safety, and supporting clinical engineering.

  • Rehabilitation Engineer / Research Engineer

    Low demandKsh 60,000 to Ksh 220,000

    Designs prosthetics and orthotics, supports rehabilitation, conducts research, and supporting rehabilitation and research engineering.

  • Bioengineer / Biomedical Engineer

    Medium demandKsh 60,000 to Ksh 250,000

    Designs medical devices, manages biomedical systems, supports healthcare technology, and supports bioengineering.

  • Biotechnology Engineer / Bioinformatics Specialist

    Low demandKsh 60,000 to Ksh 230,000

    Applies biotechnology, develops bioinformatics solutions, supports genetic engineering, and supporting biotechnology and bioinformatics.

Graduate outcomes

Graduates work as bioengineers, biomedical engineers, and bioprocess engineers. Applied bioengineering is in medium demand driven by healthcare and biotechnology growth. Starting salaries range from KES 60,000 to 100,000 per month, with experienced engineers earning KES 120,000 to 280,000. Hospitals, KEMRI, KEMSA, medical device companies, pharmaceutical companies, biotechnology companies, research institutions, and KEBS offer the main opportunities.

Where these fields lead

8 careers

Tools you will learn

  • MATLAB

    SoftwarePrimary

    Numerical computing environment for biomedical signal processing, data analysis and modelling.

  • SolidWorks

    SoftwarePrimary

    CAD software for designing medical devices and bioengineering components.

  • Python

    Software

    Programming language for bioinformatics, data analysis and computational biology.

  • COMSOL Multiphysics

    Software

    Simulation software for biomechanics, heat transfer and fluid dynamics in biological systems.

  • ImageJ

    Software

    Image processing tool for medical imaging analysis and microscopy.

  • AutoCAD

    Software

    CAD software for designing biomedical devices and equipment.

  • SPSS

    Software

    Statistical analysis software for bioengineering research data.

  • Microsoft Excel

    SoftwarePrimary

    Spreadsheet for experimental data analysis and reporting.

  • R

    Software

    Programming language for statistical computing in bioengineering research.

Certifications

Common misconceptions

  • Applied Bioengineering is the same as Biomedical Engineering.

    While related, Applied Bioengineering covers a broader scope including bioprocess engineering, biomaterials and agricultural applications, in addition to biomedical engineering.

  • Graduates only work in hospitals.

    Graduates work in medical device companies, pharmaceutical firms, biotechnology companies, research institutions and regulatory bodies.

  • The programme is purely theoretical.

    The programme includes extensive laboratory practicals, design projects, industrial attachment and hands-on work with medical devices and bioprocess equipment.

  • Applied Bioengineering is only about medical devices.

    The programme covers medical devices, bioprocess engineering, tissue engineering, biomaterials, genetic engineering and bioinformatics.

Further reading

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