Electrical Engineering

Programme Benefits

• Comprehensive understanding of electrical engineering principles and theories: The course will provide a deep understanding of the fundamental concepts of electrical engineering, including circuit analysis, digital systems, and power systems.


• Hands-on experience: Many certificate programs include lab work and hands-on projects that allow students to apply what they have learned in a practical setting.


• Career advancement: A certificate in electrical engineering can be a valuable asset for those looking to advance in their current careers or switch to a new field.


• Specialization: A certificate program can provide a specialized focus on a particular area of electrical engineering such as control systems, renewable energy, which can be a valuable asset for both employers and employees.


• Networking opportunities: Our certificate programs include opportunities for students to network with other professionals in their field, which can be a valuable resource for career development.


• Flexibility: Certificate programs usually take less time to complete than degree programs; it allows students to complete the coursework while balancing work and family responsibilities.


• Cost-effective: Our certificate program is a cost-effective way to gain specialized knowledge and skills in electrical engineering.

Programme Outcomes

By the end of an Electrical Engineering Certificate program, students will be able to:

• Enhance problem-solving abilities in the different stages of electrical engineering.


• Develop expertise in circuit analysis, and power systems.


• Learn project management techniques, including effective communication with clients, colleagues, and project teams.


• Design, implement and test power supplies, amplifiers, digital logic and microcontrollers.


• Use industry-standard tools and software for electrical engineering design and analysis.


• Understand safety regulations and procedures related to electrical engineering.


• Prepare technical reports, drawings, and specifications that meet industry standards.


• Apply their knowledge and skills to real-world projects and scenarios such as house-wiring.


• Understand the principles of electrical energy, machines and power systems.


• Design and analyze power distribution systems, renewable energy systems and energy-efficient devices.


• Communicate ideas clearly and consistently across multiple platforms and audiences.


• Make necessary calculations and adjustments to design and analyze electric circuits.


• Prepare properly-sized files and drawings that can be sent to a manufacturing facility or used in industry projects.

Requirments

1. WASSCE/SSSCE APPLICANTS

Credits in three (3) SSSCE /WASSCE Core Subjects: (Mathematics, English Language and Integrated Science) plus three (3) credits in the following Elective Subjects: Elective Mathematics, Physics, and Chemistry/Applied Electricity/Electronics/Technical Drawing with an aggregate score of 24 or 36 respectively.

2. ‘A’ LEVEL APPLICANTS

Applicants should be Science students with Five (5) Credits at ‘O’ Level including Mathematics and English Language. They should also have (two) 2 passes at ‘A’ Level in Mathematics, Physics and Chemistry.

3. MATURE APPLICANTS

Applicants must be 25 years at the time of submitting the application. Must have either Five credits at the “O” Level including Mathematics, English Language, Physics and Chemistry OR WASSCE/SSSCE credits in three (3) Core Subjects (Mathematics, English Language and Integrated Science), plus credits in three (3) Elective Subjects (Mathematics, Physics and Chemistry).

4. INTERNATIONAL BACCALAURETTE

Applicants must have science background (Mathematics, Physics, Chemistry, etc.) They must obtain a distinction, credit or pass as decided by the jury. They should also be proficient in English. This is checked through written exams, verbal interview and certification from a recognized language institution.