Informatics
Overview
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Program Description
Informatics teaches you how to design, build, and maintain technological systems that solve real problems. You will study programming, systems analysis, basic electronics, networking, and technical drawing, with hands-on labs and projects. The course builds skills in mathematics, logical thinking, and project work. Graduates can move into careers such as software engineer, IT support specialist, electrical or mechanical engineering technician, and roles in systems design or automation. This program prepares SHS students for higher education in engineering and technology, technical colleges, or entry-level industry roles, while encouraging creativity, problem solving, and innovation in Ghana's growing tech sector.
Aims & Objectives
Develop working proficiency in at least one programming language by completing three practical projects using Python or Java.
Master basic network and system setup by configuring a small local network and documenting its design.
Create accurate technical drawings and simple CAD models for mechanical or electrical components.
Understand mathematical modeling by applying algebra and basic calculus to analyse system performance.
Why Choose This Program?
Strong job prospects
Informatics skills are in demand across Ghana in IT, manufacturing, construction, and public services, opening routes to engineering and tech support roles.
Practical, hands-on learning
The program includes labs and projects that build real experience in programming, networking, and system design, helping you build a portfolio.
Pathway to higher education
Completing this program prepares you for university engineering and computer science degrees, as well as technical and vocational training.
Industry connections and internships
Schools often link with local tech firms and utilities for internships and project partnerships, giving exposure to workplace practice.
Skills & Tools
Skills You'll Develop
Write, test, and debug code using languages like Python or Java to build applications and automation scripts.
Produce and interpret technical drawings and simple 2D or 3D models using CAD tools for system and component design.
Configure local area networks, basic routers and switches, and understand server-client concepts for small systems.
Use algebra, basic calculus, and spreadsheet tools to model system behaviour and solve engineering problems.
Tools & Resources
Python or Java development environment, e.g., VS Code or Eclipse
AutoCAD or free CAD alternatives such as FreeCAD
Git for version control and collaborative work
Spreadsheet software, e.g., Microsoft Excel or Google Sheets
Challenges & Tips
Challenges
Difficulty with abstract mathematics and logic
Steep learning curve for programming concepts
Tips & Advice
Practice problem sets regularly, join study groups, and use visual tools to link concepts to real projects.
Start with small, guided projects, follow online tutorials, and build incrementally to larger tasks.
Video Guide
Frequently Asked Questions
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Small groups (10-15 students)
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