Chemical 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
Chemical Engineering teaches you how to design, build and run processes that convert raw materials into useful products like fuels, medicines, fertilizers and clean water. You will study chemistry, physics, mathematics, thermodynamics, fluid mechanics, process control and laboratory practice, together with practical projects and safety training. The program prepares you for careers in manufacturing, petrochemicals, water treatment, food processing, pharmaceuticals, and environmental engineering. With strong problem-solving and technical skills, graduates can work as process engineers, plant operators, quality control specialists, or continue to research and innovate. If you enjoy maths, experiments and solving real-world problems, Chemical Engineering offers creative, high-impact opportunities to build Ghana’s industries and a rewarding international career.
Aims and Objectives
Develop hands-on laboratory and pilot-scale skills, demonstrated by completing practical experiments and written reports.
Master core theoretical concepts in chemistry, thermodynamics and fluid mechanics, measured through exams and design projects.
Understand process safety, environmental regulations and quality control, shown by safety assessments and compliance exercises.
Create and test simple process models using software tools like MATLAB and AutoCAD, evaluated by simulation assignments.
Manage small engineering projects, including planning and documentation, validated by group projects and technical reports.
Why Choose This Program?
Strong Job Demand
Chemical engineers are needed in Ghana’s oil & gas, agriculture processing, water treatment and manufacturing sectors, offering stable career paths.
Real-World Impact
Work on projects that improve public health, food production and environmental protection—visible results that benefit communities.
Interdisciplinary Opportunities
Combines chemistry, maths, computing and design, allowing you to move into related fields like environmental or materials engineering.
Practical Training & Internships
Programs often include lab work and industry attachments with local companies and utilities, giving valuable workplace experience.
Pathway to Innovation
Skills in process design, automation and modelling prepare you for roles in technology development, start-ups and research.
Skills Students Will Acquire
Use AutoCAD to create process layouts and piping diagrams for plant design and maintenance planning.
Apply MATLAB and mathematical methods to simulate reactors, heat exchangers and flow systems for optimisation.
Write basic scripts and use tools like Visual Studio Code to automate calculations, data analysis and control logic.
Apply safety standards, perform risk assessments and use testing equipment to ensure product quality and compliance.
Plan projects with Microsoft Project and produce clear reports, specifications and standard operating procedures.
Tools and Resources Students Will Use
AutoCAD
MATLAB
Visual Studio Code
Microsoft Project
Challenges Students Face and Helpful Tips
Challenges
Heavy math and theory workload.
Complex laboratory techniques.
Tips & Advice
Build strong maths foundations early: practice calculus and differential equations weekly and join study groups.
Attend labs prepared, follow procedures carefully, and ask instructors for demonstrations to master practical skills.
Video Guide
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