The Bachelor of Engineering in Electrical and Computer Engineering (BEng ECE) is a four-year course of study which aims to develop graduates with the requisite competencies and skills in analytical and creative design, to work with systems that:

1. Produce, process and propagate signals in electromagnetic forms, and
2. Generate, transmit, distribute and utilize electrical energy, as well as
3. Develop automation solutions for various industrial applications.

More importantly, the B.Eng. ECE programme seeks to provide cost-effective practice-oriented Engineering Education. This degree targets the industrial needs and opportunities within the emerging Information and Communication Technology (ICT) arena and seeks to exploit the power of the Mechatronics paradigm for Engineering Design practices.

Course Specializations 

The Bachelor’s course of study produces well rounded graduates. Beginning at year two students are able to choose modules based on specific areas of study or specializations such as in:

1. Communication
2. Power
3. Instrumentation

Program Objectives

These statements describe the expected accomplishments of graduates during the first few years after graduation. For Electrical and Computer Engineering these objectives include (but are not limited to) an ability to:

1. Apply knowledge of science, mathematics and economics to solve electrical and computer engineering problems that confront society.
2. Design and conduct experiments and analyze and interpret data collected so as to validate Electrical and Computer Engineering theories and in doing so optimize processes.
3. Function on multidisciplinary teams.
4. Communicate effectively at all levels using graphical, written and oral methods media.
5. Have an understanding of the professional and ethical responsibilities of an Engineer.
6. Critically assess the impact (environmental and otherwise) of engineering solutions in a global and societal context.
7. Use techniques, skills, computers and other contemporary engineering tools necessary for engineering practice.
8. Perform managerial functions (planning, organizing, coordinating, controlling, and supervising) during project execution, and working efficiently with multidisciplinary teams.
9. Fulfill the academic requirements for engineering accreditation for membership in professional engineering organizations across Jamaica, the Caribbean region and internationally.

Number of Credits

Total number of Credits = Approximately 135-137

Mode of Delivery

The mode of delivery for this course of study is face-to-face.

Course Code

UBEELCEFXU1A

Entry Requirements

• Five (5) CSEC/GCE O- level English Language, Mathematics, Physics and 2 other (Technical or Science related) subjects PLUS Six (6) CAPE Units including Physics Units I and II, Mathematics Units I and II and two (2) other units in related subjects OR GCE A-level Mathematics, Physics and one other relevant subject OR
• Successful completion of Year One of the Diploma in Electrical or Mechanical with a minimum GPA of 3.05. OR
• Successful completion of UTech, Ja. Diploma in Engineering, or equivalent in field of study (for Advanced Placement) with a minimum GPA of 2.7. OR
• Successful completion of Associate of Science Degree in Engineering from Montego Bay, Portmore, or Knox Community College with a minimum GPA of 2.7; may enter the programme at the beginning of level 2. Applicants from any other approved institutions will be assessed based on individual merits.

Interview may be required.

Career Opportunities

NB: This list is not exhaustive

• Electrical Engineer
• Electrical Construction Inspector
• Systems Developer
• Power Plant Designer
• Communication Systems Manager
• Computer Programmer/ Analyst
• Electric Project Designer
• Computer Engineer
• Network Operations Center (NOC) Engineer
• RF Engineer
• Electrical & Instrument Technician
• Chief Engineer
• Electrical Instrumentation & Controls Engineer