The **National Certificate: N5 Engineering Studies (Electrical Engineering) Level 5** is a crucial qualification for individuals looking to advance their knowledge and skills in electrical engineering. This course builds upon the foundational concepts introduced in the N4 level, providing students with the theoretical knowledge and practical skills necessary to tackle more complex engineering challenges and prepare for professional roles in the electrical engineering sector.

**PROGRAM LEARNING OUTCOMES**

Upon completion of the program, graduates will be able to:

– Understand and apply advanced principles of electrical engineering.

– Conduct electrical calculations and analyses relevant to engineering applications.

– Utilize electrical measurement techniques and tools effectively.

– Implement safety standards and regulations in electrical engineering practices.

– Communicate technical information clearly within engineering contexts.

**KNOWLEDGE MODULES**

– Electrical Principles

– Engineering Mathematics

– Engineering Science

– Electrical Technology

– Safety and Environmental Management

**PRACTICAL MODULES**

– Electrical Workshop Practices

– Circuit Design and Analysis

– Electrical Measurement Techniques

– Hands-on Experience with Electrical Equipment

– Case Studies in Electrical Engineering Applications

**DELIVERY MODEL**

**Delivery Mode:** This course is offered through various institutions, including options for distance learning.

**Language:** English

**Duration:** Typically 12 months per level (N4 to N6)

**ADMISSION REQUIREMENTS**

– National Certificate: N4 Engineering Studies or equivalent qualification

– Proficiency in mathematics and physical science

– Basic computer literacy

**PATHWAY TO NATIONAL DIPLOMA**

After completing the N5 Certificate, students must progress to the N6 level and subsequently submit proof of **24 months of practical experience** in the industry to qualify for the National N-Diploma in Electrical Engineering. This qualification opens up further career opportunities in the electrical engineering field, including roles in design, project management, and systems analysis [[2]] [[9]].