Biological Engineering
Overview
Projected Job Growth
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Duration of Study
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Annual Average Salary
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Career Opportunities
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Program Description
Biological Engineering applies engineering principles to living systems. In this program you learn biology, chemistry, physics, mathematics and basic programming to design, build and maintain devices and processes that solve real problems in health, agriculture, environment and industry. Main subjects include cellular and molecular biology, bioprocess engineering, fluid mechanics, mathematical modelling, CAD and laboratory techniques. Graduates can work in biotechnology companies, agricultural technology firms, water treatment plants, medical device makers, research institutes and engineering consultancies. This path combines creativity, hands-on lab and workshop work, and computer skills, so if you enjoy science, maths and making things that help people, Biological Engineering offers many exciting career options.
Aims and Objectives
Develop the ability to apply biology and mathematics to design engineering solutions, demonstrated by completing at least one prototype or design project.
Master core technical tools, including CAD and simulation software, shown by producing and presenting technical drawings and simulation reports.
Understand and perform standard laboratory and bioprocess techniques safely, measured by lab practical assessments and safety compliance.
Create and evaluate mathematical models of biological systems, validated by written analysis and data-driven reports.
Manage small engineering projects, including planning, documentation and teamwork, evidenced by a completed project portfolio.
Why Choose This Program?
Strong job demand across sectors
Skills apply to agriculture, health, water and industry, giving graduates diverse employment options in Ghana and abroad.
Hands-on and interdisciplinary learning
Combines lab work, design and programming, so you build real prototypes and practical skills employers seek.
Pathway to innovation and entrepreneurship
Training supports creating new devices, agri-tech solutions or start-ups, ideal if you want to innovate locally.
Industry and research connections
Opportunities for internships and collaboration with universities, research institutes and companies in Ghana.
Skills Students Will Acquire
Use tools such as SolidWorks or AutoCAD to create technical drawings and 3D models for prototypes and devices.
Write code in Python or MATLAB to analyse experimental data, automate tasks, and run simulations.
Operate microscopes, basic bioreactors, sensors and measurement instruments, and follow standard lab protocols and safety.
Develop equations and computer models to predict behaviour of biological systems and optimise processes.
Tools and Resources Students Will Use
SolidWorks or AutoCAD
MATLAB or Octave
Python with scientific libraries (NumPy, Pandas)
Lab data acquisition software (LabVIEW or similar)
Challenges Students Face and Helpful Tips
Challenges
Heavy maths and physics content
Balancing lab work and coursework
Tips & Advice
Strengthen maths early with extra practice and tutorials, focus on calculus and algebra used in modelling.
Keep a weekly schedule, prepare lab work in advance, and form study groups for shared learning.
Video Guide
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