Electrical Systems
Learn how electrical systems are planned, installed, measured and maintained in technical environments.
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Programme
Electrical and Electronic Engineering
School of Engineering & Technology
Electrical and Electronic Engineering
Powering modern systems through circuits, control and technical precision.
The Electrical and Electronic Engineering programme at MEHIT University prepares students with practical knowledge in electrical systems, electronics, circuit analysis, power distribution, measurements, installations, control systems and technical maintenance for careers in engineering workshops, industries, energy services, telecommunications, technical firms and infrastructure support.
About the Programme
Preparing future electrical and electronic engineering professionals.
Reliable systems begin when power, circuits and technical discipline work together.
The Electrical and Electronic Engineering programme develops students’ understanding of electrical systems, electronic circuits, power distribution, measurements, installations and control technologies used in modern technical and industrial environments.
Students build practical knowledge in circuit analysis, electronics laboratory work, electrical installation, maintenance support and technical documentation so they can contribute to industries, energy services, telecommunications, workshops and infrastructure projects.
Electronic Circuits
Build foundational understanding of circuit components, signal behaviour and electronic system operation.
Power Distribution
Study the principles behind electrical power supply, distribution networks and energy system support.
Technical Installation
Develop awareness of installation procedures, safety discipline, wiring practice and technical standards.
Measurements and Testing
Practice using instruments, readings and test procedures to support accurate electrical and electronic work.
Control and Maintenance
Learn how control systems, troubleshooting routines and maintenance support keep technical systems reliable.
Professional Journey
From engineering foundations to
From engineering foundations to
electrical and electronic systems practice.
The programme guides students from core engineering knowledge into circuit work, electrical installation, measurement practice, power systems and professional technical readiness.
Current Stage
01
Progress
01 / 04
Stage 01
Build Your Engineering Foundation
Begin with the mathematics, physics, technical drawing and engineering principles needed to understand electrical and electronic systems.
Foundation
Stage 02
Develop Circuit and Electronics Skills
Learn circuit behaviour, electronic components, measurements, testing procedures and laboratory practice for technical system support.
Circuits
Stage 03
Advance into Electrical Systems and Installation Practice
Build practical awareness of electrical installations, power systems, control technology, safety discipline and maintenance support.
Systems
Stage 04
Electrical Engineering Portfolio & Professional Readiness
Complete applied electrical and electronic engineering work that demonstrates readiness to support installations, measurements, troubleshooting and technical maintenance.
Readiness
Professional Formation
From engineering foundations to electrical systems practice, students build the confidence to support modern technical environments with precision, safety and responsibility.
What You'll Learn
Learn the technical systems behind power, circuits and electronic control.
Explore the electrical, electronic and measurement skills that prepare students to support installations, systems testing, power networks, control technology and technical maintenance.
01
Electrical Systems
Understand how electrical systems are planned, installed, measured and maintained in technical environments.
Build foundational knowledge of circuit components, signal behaviour and electronic system operation.
Study the principles behind electrical power supply, distribution networks and energy system support.
Develop awareness of installation procedures, wiring practice, safety discipline and technical standards.
Practice using instruments, readings and test procedures to support accurate electrical and electronic work.
Learn how control systems, troubleshooting routines and maintenance support keep technical systems reliable.
Learning Experience
Learning shaped by circuit practice, installation and technical measurement.
Students learn through electronics laboratory work, electrical installation practice, measurement exercises, power system studies and portfolio-based projects that prepare them to support technical systems with precision and safety awareness.
Practical learning for electrical and electronic system support.
The learning experience connects engineering knowledge with technical practice: assembling circuits, testing components, reviewing power systems, practicing installation procedures and building a professional portfolio around applied engineering tasks.
Circuit Practice
Students work with circuit components, wiring layouts, testing boards and electronic system behaviour.
Electrical Installation Training
Learners develop awareness of installation procedures, wiring practice, safety discipline and technical standards.
Measurements and Testing
Students practice instrument readings, system checks and testing procedures used in electrical and electronic work.
Power Systems Exposure
Practical sessions introduce power supply concepts, distribution awareness and energy system support.
Electronics Laboratory Work
Students study components, signals, control circuits and troubleshooting routines in a supervised lab setting.
Portfolio-Based Engineering Projects
Applied projects help students demonstrate circuit work, testing, installation and technical maintenance readiness.
Career Opportunities
Career pathways in electrical systems, electronics and technical maintenance.
Graduates are prepared to support industries, energy services, technical firms, telecommunications environments and infrastructure projects through installation support, circuit practice, measurements, testing and maintenance awareness.
Electrical Engineering Technician
Electronics Technician
Electrical Installation Assistant
Maintenance Technician Assistant
Power Systems Assistant
Control Systems Assistant
Telecommunications Support Assistant
Technical Service Assistant
Programme Information
Essential details for future electrical and electronic engineering students.
HND / Degree Pathway
Confirm with Admissions
2 Years
Four Semesters + Practical Electrical Engineering Training
GCE Advanced Level
Mathematics, physics, engineering science, technology or relevant subjects preferred
Morning
Full-time On-Campus Programme
Yaoundé
MEHIT University Main Campus
Contact Admissions
Current tuition available from Admissions Office.
Applied Electrical and Electronic Engineering Training
- Circuit Practice
- Electrical Installation
- Measurements and Testing
- Electrical Engineering Portfolio
Professional Electrical and Electronic Engineering Pathway
Prepared for electrical systems support, electronics practice, installation assistance, measurements, testing, power systems and technical maintenance roles.
FAQ
Questions about Electrical and Electronic Engineering.
The Electrical and Electronic Engineering programme is completed over two academic years including practical laboratory, installation and technical portfolio training.
Students study electrical systems, electronic circuits, power distribution, technical installation, measurements and testing, control systems and maintenance support.
Yes. Students develop practical skills through circuit practice, electronics laboratory work, electrical installation training, measurement exercises, power system exposure and portfolio-based engineering projects.
Yes. Graduates may progress to further studies in electrical engineering, electronic engineering, power systems, telecommunications, automation or related fields subject to the University’s admission requirements.
Graduates may work as Electrical Engineering Technicians, Electronics Technicians, Electrical Installation Assistants, Maintenance Technician Assistants, Power Systems Assistants, Control Systems Assistants, Telecommunications Support Assistants and Technical Service Assistants.
Applications are submitted through the MEHIT University Admissions Office. Contact Admissions for entry requirements, tuition fees and application deadlines.
Apply to MEHIT University
Begin Your Career in Electrical and Electronic Engineering.
Join an engineering programme designed to develop practical, disciplined and technically confident professionals ready to support electrical systems, electronics, power distribution, installations, measurements and technical maintenance in modern engineering environments.