Agriculture & Environmental Sciences
Agricultural Biotechnology
Agricultural Biotechnology teaches you how to use genetic science to make crops and livestock better -- more resistant to disease, more productive, and better suited to Ghana's climate. It combines biology, genetics, and agriculture into one field aimed squarely at improving farming through science.
Program objectives
- 01Understand genetics and biotechnology principles as applied to agriculture.
- 02Learn techniques for improving crop and livestock varieties.
- 03Build laboratory skills in genetic engineering and molecular biology.
- 04Get grounding in the regulation and safety of agricultural biotechnology.
Why choose this program
Directly tackles Ghana's food security challenges
Developing hardier, more productive crop varieties is one of the most practical ways science can improve farming outcomes.
A specialized, forward-looking field
Fewer graduates specialize in this specific combination of genetics and agriculture, giving you a distinctive, less crowded skillset.
International research and NGO opportunities
Agricultural biotechnology work connects to global research institutions and development organizations working on food security.
Skills you'll build
- Genetic engineering techniques for crops and livestock
- Molecular biology laboratory skills
- Plant and animal breeding science
- Biosafety and regulatory compliance
- Analytical thinking
- Precision in lab work
- Patience with long research cycles
- Ethical reasoning around genetic modification
Tools & software
- Molecular biology and genetic engineering lab equipment
- Biotechnology data analysis tools
Challenges to expect
Academic
- Combines demanding biology, chemistry, and genetics content, requiring strong performance across all three.
Technical
- Genetic engineering techniques require careful, precise laboratory technique developed through consistent practice.
Tips from the field
- Build strong foundations in biology and chemistry before diving deep into genetics-specific coursework -- the subject depends heavily on both.
- Get as much hands-on lab experience as possible; biotechnology concepts become far clearer once you've actually run the techniques yourself.
- Stay engaged with the public debate around genetically modified crops -- understanding both the science and the controversy will serve you well in this career.
Career paths
- Biotechnologist in agricultural research
- Geneticist (seed companies, breeding programs)
- Biotechnology consultant
- Research and development scientist (agribusiness)
- Academic/research institution scientist
Where you can study this
| Name | Latest cutoff | Tuition (annual) |
|---|---|---|
| Kwame Nkrumah University of Science and TechnologyBSc | 17(2024) | — |
FAQs
Is this the same as regular Biotechnology?+
It's closely related but specifically focused on applying biotechnology to agriculture -- improving crops and livestock -- rather than the broader medical or industrial applications a general Biotechnology degree might cover.
Will I work directly with genetically modified crops?+
Yes, understanding and working with genetic modification techniques is a core part of the program, taught within Ghana's regulatory and safety framework.
Where can I study this in Ghana?+
KNUST's College of Agriculture and Natural Resources offers a well-established BSc Agricultural Biotechnology program.
Can I work internationally with this degree?+
Yes, international development organizations, global agribusiness corporations, and international research institutions all value this specialized skill set.
Do I need a farming background to study this?+
No, though genuine interest in agriculture and food security helps. The program builds the necessary science and agricultural knowledge from a solid foundation.
Related programs
Agriculture & Environmental Sciences
Agribusiness Management
Agribusiness Management teaches you how to run agricultural businesses -- from managing farm production to marketing and selling agricultural products profitably. It combines agricultural knowledge with business skills, aimed at making farming and food businesses more efficient and profitable.
Agriculture & Environmental Sciences
Agricultural Administration
Agricultural Administration trains you to manage the business and operational side of farms, agribusinesses, and agricultural organizations. You'll study farm management, agricultural policy, budgeting, human resources, and supply chain logistics alongside core agricultural science, so you understand both the crops or livestock and the business decisions around them. Coursework typically covers topics like agricultural finance, procurement, and organizational leadership within farming operations or agribusiness companies. The goal is to prepare people who can run agricultural enterprises efficiently, not just understand the science behind them.
Agriculture & Environmental Sciences
Agricultural Economics
Agricultural Economics applies economic theory and quantitative tools to the food and farming sector -- everything from how farmers decide what to plant, to how food prices move, to how governments design agricultural policy. You'll study microeconomics, statistics, and econometrics alongside topics like farm management, commodity markets, and agricultural trade. Expect a fair amount of maths and data analysis, since the degree trains you to model and forecast outcomes in farming, food supply chains, and rural development. Many programmes also cover natural resource and environmental economics, since land, water, and climate directly shape agricultural output.
Agriculture & Environmental Sciences
Agricultural Extension
Agricultural Extension trains people to bridge the gap between agricultural research and the farmers who actually need it -- translating new techniques, technologies, and best practices into advice farmers can use. You'll study agricultural science alongside communication, adult education, and community development, learning how to design training programmes, run demonstrations, and work directly with farming communities. Fieldwork is central to this degree; you'll spend real time in farming communities, understanding their challenges and figuring out how to communicate solutions in ways that actually get adopted. It's as much about people and communication as it is about agricultural knowledge itself.
Agriculture & Environmental Sciences
Animal Science
Animal Science teaches you how to breed, feed, and manage livestock -- cattle, poultry, goats, and more -- for healthy, productive farming. You'll learn the biology behind animal growth and reproduction alongside practical livestock management skills.
Agriculture & Environmental Sciences
Applied Agricultural Economics and Policy
Applied Agricultural Economics and Policy is a graduate programme focused on using economic tools to analyze and shape real agricultural policy decisions -- things like subsidies, trade agreements, land use rules, and food security programmes. You'll build on core agricultural economics with a stronger emphasis on policy analysis, quantitative modeling, and evaluating the real-world impact of government and international agricultural interventions. Expect coursework in econometrics, policy evaluation methods, and applied research projects that look at actual agricultural policies and their outcomes. It's designed for people who want to work at the intersection of research and decision-making, not just farm-level economics.