Electrical Engineering

Course Breakdown

N4 Level: Foundational Knowledge

At the N4 level, students are introduced to the core principles of electrical engineering. This stage provides a solid foundation for further study, covering:

• Mathematics
• Engineering Science
• Electro-Technics
• Industrial Electronics

These subjects will help students build a fundamental understanding of electrical systems, which is essential for success in future courses and careers.

N5 Level: Advanced Topics

During the N5 level, students explore more advanced topics related to electrical systems, particularly power machines. The subjects include:

• Mathematics
• Power Machines
• Electro-Technics
• Industrial Electronics

This level builds on the foundation set in N4, helping students deepen their understanding of power systems and their practical applications.

N6 Level: Mastery and Specialization

The N6 level focuses on mastering power systems and industrial electronics. At this stage, students can specialize in electrical engineering, covering topics such as:

• Mathematics
• Power Machines
• Electro-Technics
• Industrial Electronics

By the end of the N6 level, students will possess comprehensive knowledge of electrical systems, preparing them for professional roles in the industry.

Practical Training and Certification

Electrical Engineering Practicals – Level 1 (120 Hours)

To complement theoretical learning, students will complete 120 hours of practical training, which can be done after N1 or before N3. This hands-on experience includes:

• Wiring of Premises
• Installation of Electrical Equipment
• Testing and Measuring Electrical Wiring
• Basic Welding and Hand Tool Use

Upon completion, students receive a certificate and logbook, documenting their practical skills and providing real-world experience.

Advanced Practical Training

For students who want to specialize further, advanced practical training is available after completing N4 or before N6. This advanced training includes:

• 3-Phase Star-Delta Wiring and Testing
• 3-Phase Forward Reverse Wiring
• 3-Phase Direct Online Wiring

These advanced practicals prepare students to handle complex industrial electrical systems, equipping them with the skills needed for high-level engineering work.

Health and Safety Training

Safety is essential in electrical engineering. Greenview College ensures that all students receive comprehensive health and safety training, covering:

• Workshop Health and Safety Theory (OHSA CT)
• Environmental Impact of Building Practices (ISO 14001)
• Handling Structural Equipment and Machinery Safely (OSHAS 18001)

This training ensures that students work safely and comply with industry standards throughout their careers.

Career Opportunities for Graduates

Graduates of Greenview College’s Electrical Engineering program are well-equipped to pursue various career opportunities in the field. Potential job titles include:

• Electrical Engineer
• Industrial Electronics Technician
• Power Systems Engineer
• Electrical Installation Specialist
• Maintenance Engineer
• Electrical Design Engineer

With the growing demand for skilled electrical engineers, Greenview College graduates are well-positioned to succeed in this thriving industry.

Course Duration and Examination Requirements

The Electrical Engineering program at Greenview College spans two years, consisting of three levels: N4, N5, and N6. Students complete a combination of theoretical coursework and practical training. Each level involves monthly exams and final exams, with students required to pass the final exams administered by SETA to successfully complete the program.