Engineering Physics
Overview
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Duration
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Career Paths
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Program Description
Engineering Physics teaches you how physics and mathematics are used to design, build, and maintain real-world technology and infrastructure. You will study core physics, calculus, mechanics, electromagnetism, materials science, programming, and laboratory methods. The program trains you to model systems, use simulation and design tools, and create prototypes. Graduates can follow careers as civil, mechanical, electrical, or software engineers, and roles in IT support, automation, and infrastructure projects in Ghana and beyond. If you enjoy solving practical problems and building things that work, this program opens many paths for innovation and stable employment.
Aims & Objectives
Develop the ability to model physical systems using mathematics and simulation tools and validate results in the laboratory.
Master core engineering physics topics, including mechanics, electromagnetism, materials, and signal processing, with measurable assessment outcomes.
Create and test functional prototypes using programming, microcontrollers, and CAD, documented through technical reports and lab notebooks.
Understand engineering standards, safety practices, and project management basics to complete team projects on schedule and within specifications.
Why Choose This Program?
Strong technical foundation
Build deep knowledge in physics and math that is essential for many engineering fields, giving you flexibility in career choices.
Hands-on design experience
Work on practical projects and prototypes that teach real-world skills employers seek, from CAD to microcontroller programming.
High demand and diverse careers
Leads to roles in civil, mechanical, electrical, and software engineering, and supports Ghana projects in infrastructure, telecoms, and energy.
Pathways to internships and industry links
Opportunities to connect with local firms, energy companies, and universities for internships, project collaborations, and employment.
Skills & Tools
Skills You'll Develop
Use AutoCAD or SolidWorks to create engineering drawings and 3D models for components and systems.
Apply Python and MATLAB for numerical modeling, data analysis, and control algorithm development, plus microcontroller coding for prototypes.
Formulate equations for physical systems, solve using analytical and numerical methods, and verify with experiments.
Operate multimeters and oscilloscopes, collect data, and produce clear technical reports and design documentation.
Tools & Resources
Python with scientific libraries (NumPy, Matplotlib)
MATLAB or GNU Octave for simulation
CAD software (AutoCAD or SolidWorks)
Circuit simulator (LTSpice or similar)
Challenges & Tips
Challenges
Difficult mathematics and abstract physics concepts
Tips & Advice
Practice regularly, join study groups, and use online tutorials to reinforce step-by-step problem solving.
Video Guide
Frequently Asked Questions
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Real industry professionals
Small groups (10-15 students)
Starting at GH₵ 15 per session