Automation Engineering
Overview
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Duration
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Avg. Salary
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Career Paths
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Program Description
Automation Engineering teaches you how to design, build, and maintain automated systems that make machines and buildings work smarter. You will study mathematics, physics, electrical principles, programming, control systems, sensors and actuators, and technical drawing. Practical classes include working with microcontrollers, PLCs, and simulation tools to solve real problems. The program leads to careers in electrical and mechanical engineering, software and systems engineering, IT support, and technical roles in manufacturing, utilities, and construction. For SHS students in Ghana, it is a pathway to higher technical diplomas, HNDs, or university degrees, and to hands-on jobs in the growing local industry. If you enjoy solving problems, working with technology, and creating practical solutions, this program can open many doors.
Aims & Objectives
Develop practical skills in programming controllers and microcontrollers, measurable by completing hands-on projects using PLCs or Arduino.
Master core electrical and control system concepts, measurable by passing laboratory assessments on circuits, sensors, and actuators.
Understand mathematical modeling and simulation for system design, measurable by producing simulation reports using MATLAB or similar tools.
Create technical documentation and schematic drawings, measurable by delivering clear project reports and CAD drawings for assigned projects.
Why Choose This Program?
High demand for practical technicians and engineers
Local industries, factories, utilities, and construction projects need automation skills to improve efficiency and reduce costs.
Hands-on learning and real projects
You gain practical experience with PLCs, microcontrollers, sensors and CAD so you can work on real systems right after training.
Clear career pathways
Graduates can progress to HND or university degrees, or enter jobs as technicians, junior engineers, or IT support specialists.
Industry connections and internships
Many programs link with local factories, utilities and tech firms for internships and workplace training.
Skills & Tools
Skills You'll Develop
Learn ladder logic and structured text to program industrial controllers and microcontrollers for automation tasks.
Use CAD tools to produce mechanical and wiring drawings needed for building and maintaining automated systems.
Apply algebra, calculus and tools like MATLAB or Simulink to model system behavior and test designs before building them.
Understand sensors, actuators, communication protocols and how to integrate control, electrical and software components.
Tools & Resources
AutoCAD or similar CAD software
MATLAB and Simulink
PLC programming software (for example Siemens TIA Portal or equivalent)
Python and electronics libraries
Challenges & Tips
Challenges
Mathematics and physics can be demanding
Balancing theory and practice
Tips & Advice
Build strong basics early with extra lessons, practice problems, and online resources focusing on algebra and circuits.
Join lab sessions, form study groups, and complete small projects to link concepts to hands-on skills.
Video Guide
Frequently Asked Questions
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Join a mentorship session with real professionals working in your field of interest.
Real industry professionals
Small groups (10-15 students)
Starting at GH₵ 15 per session