Rehabilitation 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
Rehabilitation Engineering teaches you how to design, build, and maintain technologies that help people with disabilities live more independently. You will study basics of human anatomy and biomechanics, electronics, programming, computer-aided design, materials, and assistive device prototyping. Practical subjects include CAD modeling, embedded systems, sensors and actuators, and accessible design. Graduates can work as rehabilitation engineers, prosthetics and orthotics technicians, assistive technology specialists, or move into software, mechanical, electrical, and civil engineering roles and IT support. This program mixes hands-on workshops with theory so you gain problem-solving skills, creativity, and real-world experience. If you enjoy technology that helps people, this path lets you turn ideas into devices that change lives.
Aims & Objectives
Develop CAD models and technical drawings for assistive devices that meet specified user needs.
Master basic electronics and embedded programming to build and test simple control systems for mobility aids.
Understand human biomechanics and material properties to select safe, durable components for prototypes.
Create physical prototypes using 3D printing and sensor integration, and document test results clearly.
Manage small design projects, including planning, budgeting, and producing technical reports.
Why Choose This Program?
High social impact and purpose
Work directly on technology that improves quality of life for people with disabilities, making your skills meaningful and community-focused.
Strong job prospects across sectors
Skills transfer to healthcare, manufacturing, software, and civil infrastructure, increasing employment opportunities in Ghana and abroad.
Hands-on, practical learning
You build real prototypes and learn fabrication and electronics, so you graduate with a practical portfolio employers value.
Industry and internship opportunities
Opportunities exist with hospitals, rehabilitation centres, NGOs, assistive-tech startups, and university labs for internships and project work.
Skills & Tools
Skills You'll Develop
Use tools like SolidWorks or AutoCAD to create device models, produce drawings for fabrication, and run basic simulations.
Program Arduino or similar boards with C or Python to read sensors, control motors, and prototype assistive electronics.
Apply statics, dynamics, and simple biomechanics to size components, estimate loads, and predict device behaviour.
Use 3D printing, basic CNC or workshop tools, and sensor integration to build and test working assistive device prototypes.
Tools & Resources
SolidWorks or AutoCAD
MATLAB or Octave
Arduino IDE
Python with scientific libraries
Challenges & Tips
Challenges
Strong math and physics requirements can be demanding.
Tips & Advice
Build fundamentals early with extra practice, use online lessons, and join study groups to reinforce concepts.
Video Guide
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