Industrial 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
Industrial Engineering teaches you how to design, improve, and maintain systems that combine people, machines, materials, and information to deliver goods and services. In simple terms, you learn to solve practical problems using mathematics, physics, programming, Computer-Aided Design, operations research, and project management. Main subjects include mathematics, physics, programming, CAD, systems engineering, quality control, and production planning. Graduates can work as civil, mechanical, electrical, or software engineers, IT support specialists, production managers, quality engineers, or automation technicians. The program prepares you for roles in manufacturing, construction, transport, energy, and tech companies, with strong demand in Ghana and across Africa. If you enjoy solving problems, working with technology, and improving how things work, this program opens many hands-on and high-impact career paths.
Aims and Objectives
Develop the ability to model and analyze systems using mathematics and simulation tools, demonstrated by solving case studies and projects
Master Computer-Aided Design and prototype development, shown by creating CAD models and working prototypes
Understand production processes, quality control, and lean methods, measured through process improvement assignments
Create and implement basic automation and software tools using programming languages, validated by building small applications or scripts
Manage engineering projects and produce clear technical documentation, proven by completing team projects with schedules and reports
Why Choose This Program?
High demand and diverse careers
Industrial engineers are needed across manufacturing, construction, energy, and tech, offering jobs in Ghana and abroad.
Practical, hands-on learning
You will work in labs and workshops, build prototypes, and solve real operational problems.
Versatile skill set
Combines maths, programming, and systems thinking, making graduates adaptable to many engineering roles.
Industry links and internships
Opportunities for attachments with factories, construction firms, and tech companies help you gain workplace experience.
Impact on society
You will improve productivity, safety, and sustainability in local infrastructure and businesses.
Skills Students Will Acquire
Use tools like AutoCAD and SolidWorks to create and modify engineering drawings and 3D models for manufacturing.
Apply Python, MATLAB, or PLC basics to automate tasks, process data, and develop simple control scripts.
Use statistics, optimization, and simulation to model production systems and improve efficiency.
Plan, schedule, and track engineering projects using tools like MS Project and Gantt charts for timely delivery.
Produce clear specifications, standard operating procedures, and maintenance manuals that guide teams and suppliers.
Tools and Resources Students Will Use
AutoCAD
SolidWorks
MATLAB or Octave
Python (with libraries like NumPy and Pandas)
Microsoft Excel and MS Project
Challenges Students Face and Helpful Tips
Challenges
Difficult math and physics concepts
Balancing theory and hands-on practice
Tips & Advice
Practice regularly, use online videos and past questions, and form study groups for problem-solving.
Schedule time for lab work, seek extra practical sessions, and apply theory to small projects.
Video Guide
Frequently Asked Questions
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