Industrial and Systems Engineering
Overview
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Program Description
Industrial and Systems Engineering teaches you how to design, improve, and manage complex technical systems and processes. You will study mathematics, physics, programming, systems modelling, operations research, quality control, automation, and basic design. The program trains you to analyse production lines, design efficient workflows, and create reliable infrastructure. Graduates can work in manufacturing, logistics, utilities, software and IT support, construction, and engineering consultancies. This course builds practical skills for jobs such as industrial engineer, systems analyst, production manager, quality engineer, and automation specialist. If you enjoy problem solving, using technology, and improving how things work, this program opens many career routes in Ghana and beyond.
Aims & Objectives
Develop the ability to model and analyse technical systems using mathematics and simulation tools, demonstrated by solving optimisation problems.
Master basic programming and automation concepts, shown by building and testing simple control or data-logging projects.
Understand principles of process design, quality control, and safety, applied through laboratory assignments and case studies.
Create technical documentation and manage small projects, evidenced by producing reports, drawings, and project schedules.
Why Choose This Program?
Strong job relevance
Skills in systems design, optimisation, and automation are in demand across Ghanaian industry, manufacturing, utilities, and logistics.
Flexible career paths
The program leads to roles in production, quality, maintenance, IT support, and engineering design, or further study in specialised engineering fields.
Hands-on learning and internships
You will complete practical labs, projects and can access internships with local factories, utilities, and tech firms to gain real experience.
Focus on real-world impact
Graduates help make systems safer, faster and more efficient, contributing to national development and sustainable industry practices.
Skills & Tools
Skills You'll Develop
Use tools like AutoCAD or SolidWorks to create engineering drawings and model components for production and layout planning.
Apply languages and platforms such as Python, MATLAB, Arduino, or PLC basics to automate tasks, collect data and prototype control systems.
Use mathematics, statistics and simulation software to model processes, perform optimisation, and predict system behaviour.
Plan small projects, prepare schedules and budgets, and produce clear technical reports and standard operating procedures.
Tools & Resources
CAD software such as AutoCAD or SolidWorks
MATLAB or Python with scientific libraries for modelling
Spreadsheet and project tools, e.g. Microsoft Excel and MS Project
Challenges & Tips
Challenges
Heavy mathematics and modelling work
Learning programming and simulation tools
Tips & Advice
Build strong foundations in algebra and calculus early, use online tutorials, and form study groups to practice problems.
Start with simple projects, follow guided tutorials, and apply code to real lab tasks to reinforce learning.
Video Guide
Frequently Asked Questions
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