Biotechnology and Molecular Biology
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
Biotechnology and Molecular Biology explores living systems at the molecular level, combining biology, chemistry and mathematics to solve real problems. As a student you will study genetics, cell biology, microbiology, biochemistry and laboratory methods. Practical work includes DNA analysis, microscopy, experiments and data interpretation. The program prepares you for careers as a research scientist, laboratory technician, environmental scientist, quality control analyst or science teacher, and opens doors to jobs in health, agriculture, industry and research institutions in Ghana and beyond. If you enjoy hands-on experiments, problem solving and discovery, this program gives you the skills to contribute to new medicines, improved crops and environmental solutions. Start building a scientific future that helps your community and the nation.
Aims and Objectives
Develop safe and accurate laboratory technique skills, including sample handling and documentation
Master core molecular biology methods such as DNA extraction, PCR and gel electrophoresis
Understand cellular, genetic and biochemical processes and their real-world applications
Create, run and analyze experiments using statistical methods and scientific reporting
Interpret research data and communicate findings clearly in written and oral formats
Why Choose This Program?
Strong practical training
Hands-on lab work builds skills employers need, from routine assays to instrument handling.
Wide career options
Leads to roles in health, agriculture, environment, industry and education in Ghana and internationally.
High demand for skills
Growing biotechnology and diagnostic sectors in Ghana need trained graduates for labs and quality control.
Research and innovation opportunities
Opportunities to participate in university research projects, internships and field studies.
Real-world impact
Apply science to improve crop yields, disease detection and environmental management in local communities.
Skills Students Will Acquire
Correct use of PPE, sterile technique, sample preparation and safe chemical and biological handling.
Use of polymerase chain reaction, gel electrophoresis and basic sequencing tools for genetic testing.
Operation of light microscopes and image capture for cell and tissue observation and analysis.
Design experiments, record results and analyze data using Excel, R or basic statistical methods.
Routine checks and upkeep of centrifuges, spectrophotometers and pipettes to ensure reliable results.
Tools and Resources Students Will Use
R or Excel for data analysis
Python for basic bioinformatics
BLAST and NCBI tools
Laboratory information management software
Challenges Students Face and Helpful Tips
Challenges
Complex theory and practical integration
Heavy lab workload and time pressure
Tips & Advice
Build strong basics in Biology and Chemistry, review notes after lab sessions and ask instructors for clarification.
Create a weekly schedule, prepare protocols in advance and practice time management for experiments.
Video Guide
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