Oil and Gas 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
Oil and Gas Engineering teaches you how to design, build, operate, and maintain systems used to find, produce, transport, and process petroleum and natural gas. You will study mathematics, physics, chemistry, fluid mechanics, thermodynamics, materials, instrumentation, CAD, and basic programming. Practical work includes drawing and simulation, laboratory tests, and safety procedures. Graduates find work as field engineers, production or pipeline engineers, maintenance and instrumentation technicians, project managers, and roles in civil, mechanical, electrical, and software support within the oil and gas sector and related industries. This program builds strong technical skills and problem-solving habits that open doors in Ghana and beyond. Aim high, work hard, and you can join a vital, well-paid industry that shapes modern infrastructure.
Aims & Objectives
Develop the ability to produce clear engineering drawings using Computer-Aided Design, measured by completed CAD projects and portfolio entries.
Master fundamental fluid mechanics and thermodynamics concepts, demonstrated by solving applied problems and lab reports with 70 percent or higher scores.
Understand instrumentation and control basics, shown by configuring simple sensors and interpreting data from field tests.
Create and test simple mathematical models for production and flow, evaluated through simulation assignments and written analyses.
Why Choose This Program?
Strong job demand
Ghana and West Africa have growing oil and gas activities, offering careers in production, pipelines, maintenance, and project work.
Practical, hands-on learning
You gain lab experience, fieldwork exposure, and engineering workshops that prepare you for real technical tasks.
Transferable engineering skills
Skills in CAD, modeling, and instrumentation apply across civil, mechanical, electrical, and software roles.
Industry and internship links
Many programs connect students to internships with energy companies, service contractors, and training centers, improving employability.
Skills & Tools
Skills You'll Develop
Use AutoCAD or similar tools to create engineering drawings for equipment, pipelines, and plant layouts.
Apply algebra, calculus, and fluid dynamics to model flow, pressure, and production scenarios using software or hand calculations.
Work with simulation tools like HYSYS or MATLAB to model separation, flowlines, and basic reservoir or process behavior.
Understand sensors, PLC logic, and SCADA concepts to monitor and automate field equipment.
Prepare clear reports, maintenance manuals, and safety documentation using industry formats and drawing standards.
Tools & Resources
AutoCAD or similar CAD software
MATLAB or Octave for analysis
Aspen HYSYS or process simulation tools
PLC programming software or SCADA demos
Challenges & Tips
Challenges
Heavy mathematics and physics requirements
Tips & Advice
Build strong foundations early, use tutoring, join study groups, and practice past problems weekly.
Video Guide
Frequently Asked Questions
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