Aerospace 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
Aerospace Engineering teaches you how to design, build and maintain aircraft, drones and spacecraft systems. Students study mathematics, physics, aerodynamics, materials, computer aided design, programming and systems engineering. You will learn to use design tools, run simulations, build prototypes and test models. This program opens careers in aircraft and drone design, mechanical and electrical engineering roles, software development for control systems, and technical support in aviation and space sectors. In Ghana, skills in automation, UAV development, and systems design are in growing demand. If you enjoy problem solving, maths and technology, this program helps you turn ideas into real machines.
Aims and Objectives
Develop practical CAD and prototyping skills to produce basic aircraft and UAV components.
Master core mathematics and physics concepts for aerodynamics and structural analysis.
Understand propulsion, control systems and electronics used in aircraft and drones.
Create and test simulation models for flight behaviour using software tools.
Manage small engineering projects, document results and present technical reports.
Why Choose This Program?
Clear career pathways
Leads to jobs in aircraft design, UAV/drone development, mechanical and electrical engineering, and software control systems.
High demand skills
Expertise in automation, UAVs and systems engineering is increasingly sought after by Ghanaian industry and research groups.
Hands on learning
Courses combine theory with practical labs, prototyping and testing to build a strong portfolio.
Transferable knowledge
Skills apply across transport, defence, renewable energy, and technology firms, expanding job options.
Industry connections
Opportunities for internships, workshops and collaborations with universities, aviation companies and maker spaces.
Skills Students Will Acquire
Use SolidWorks, AutoCAD or CATIA to model parts, prepare manufacturing drawings and validate assemblies.
Write Python, C or Arduino code for flight controllers, data logging and automation tasks.
Apply calculus, linear algebra and physics to run simulations in MATLAB, Simulink or CFD tools for flight analysis.
Operate 3D printers, CNC and workshop tools to build scale models and test rigs for experiments.
Create test plans, record results, and produce formal reports and maintenance documentation.
Tools and Resources Students Will Use
SolidWorks or AutoCAD
MATLAB and Simulink
Python development tools
CFD or simple aerodynamic simulation tools
Version control (Git)
Challenges Students Face and Helpful Tips
Challenges
Difficult mathematics and physics concepts
Tips & Advice
Break topics into small parts, join study groups, use online tutorials and practise past exam questions regularly.
Video Guide
Frequently Asked Questions
All your queries answered.