Process Engineering
Overview
Job Growth
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Duration
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Avg. Salary
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Career Paths
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Program Description
Process Engineering teaches you how to design, build, and improve systems that turn raw materials, energy, or data into useful products and services. You will study mathematics, physics, chemistry basics, computer-aided design, process control, and programming for automation. The program mixes classroom theory with hands-on lab work and project assignments. Graduates can follow careers in civil, mechanical, electrical, or software engineering roles, work as process or production technicians, or join IT and automation teams. This pathway opens opportunities in manufacturing, energy, water treatment, construction, and technology companies. If you enjoy problem solving, building systems, and using technology to make things work better, this program can set you on a strong technical career path.
Aims & Objectives
Develop the ability to create basic process flow diagrams and simple system designs, assessed by completed class projects.
Master fundamental CAD skills to produce clear technical drawings, measured by graded CAD assignments.
Understand mathematical modeling and apply calculations to predict process behavior, evidenced by solved problem sets and simulations.
Create and test simple automated control routines using PLC or microcontroller platforms, shown in practical lab demonstrations.
Prepare technical reports and documentation, evaluated by written lab reports and project portfolios.
Why Choose This Program?
Strong practical focus
You get hands-on labs and projects that build real skills used in industry, making you job-ready.
Wide career pathways
The knowledge applies to manufacturing, energy, water, construction, and technology firms, broadening job options.
High demand for automation skills
Employers in Ghana and abroad need people who can design and maintain automated systems and infrastructure.
Clear pathway to further study and internships
The program prepares you for polytechnic, university engineering programs, and technical internships in industry.
Skills & Tools
Skills You'll Develop
Use tools like AutoCAD or SolidWorks to draw and document system layouts and component details for fabrication and construction.
Apply formulas and software to model flow, heat, mass balance, and predict system performance under different conditions.
Write and test ladder logic or structured text for programmable controllers to automate processes and equipment.
Produce clear reports, specifications, and plans, and manage small projects from concept through testing.
Tools & Resources
AutoCAD or SolidWorks for drawing
MATLAB or Octave for simulation and calculations
PLC programming software (for example Siemens TIA Portal or equivalent)
Challenges & Tips
Challenges
Challenging mathematics and physics concepts
Learning new software tools quickly
Tips & Advice
Strengthen fundamentals early, use tutoring, and practice problem sets regularly to build confidence.
Start with basic tutorials, follow step-by-step projects, and practice a little each week to build skill.
Video Guide
Frequently Asked Questions
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Small groups (10-15 students)
Starting at GH₵ 15 per session