Electrical Engineering Diploma 3

Electrical Engineering Diploma 3 (EED3) is offered as a DIPLOMA III course examined by KNEC. A certificate of completion is issues upon completion of this course. For more information about this course, use the tabs below to navigate.

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Entry Requirements

A PASS in Diploma Module 2

Duration: 12 Months

Delivery Method: Both Online & Physical

Fee Structure

Course Fee Breakdown

Trimester 1Trimester 2Trimester 3
Course ManualKES 1,000.00
Student IDKES 300.00
Polo T-ShirtKES 1,000.00
Maintenance FeeKES 1,000.00
Student InsuranceKES 500.00
Activity FeeKES 1,000.00
Tuition FeeKES 17,500.00
E-Learning FeeKES 1,000.00
Examination and Certification FeeKES 500.00
Total: KES 23,800.00
Course Manual-
Student ID-
Polo T-Shirt-
Maintenance Fee-
Student Insurance-
Activity FeeKES 1,000.00
Tuition FeeKES 17,500.00
E-Learning FeeKES 1,000.00
Examination and Certification Fee-
Total: KES 19,500.00
Course Manual-
Student ID-
Polo T-Shirt-
Maintenance Fee-
Student Insurance-
Activity FeeKES 1,000.00
Tuition FeeKES 17,500.00
E-Learning FeeKES 1,000.00
Examination and Certification Fee-
Total: KES 19,500.00

Other Mandatory Course Requirements

The following are mandatory requirements needed upon admission:

  • Photocopy of KCSE result slip or certificate or Equivalent
  • Photocopy of National ID Card
  • Photocopy of Birth certificate
  • 6 A4 sized books
  • A minimum 3 ballpoint pens
  • A smart phone is greatly necessary

Course Units/Overview

A breakdown of the units taught under this course is a s shown below


Trimester 1
EED3101_1Engineering Mathematics III-T1
EED3102_1MicroController Technology-T1
EED3103_1Industrial Organization And Management-T1
EED3104_1MicroProcessor Systems-T1
EED3105_1Estimating Tendering And Engineering Services Contracts-T1
EED3106_1Trade Project-T1
EED3107_1Electromagnetic Field Theory-T1
EED3108_1Machine And Utilization-T1
EED3109_1Electrical Power Transmission And Distribution-T1
EED3110_1Power Electronics-T1
Trimester 2
EED3101_2Engineering Mathematics III-T2
EED3102_2MicroController Technology-T2
EED3103_2Industrial Organization And Management-T2
EED3104_2MicroProcessor Systems-T2
EED3105_2Estimating Tendering And Engineering Services Contracts-T2
EED3106_2Trade Project-T2
EED3107_2Electromagnetic Field Theory-T2
EED3108_2Machine And Utilization-T2
EED3109_2Electrical Power Transmission And Distribution-T2
EED3110_2Power Electronics-T2
Trimester 3
EED3101_3Engineering Mathematics III-T3
EED3102_3MicroController Technology-T3
EED3103_3Industrial Organization And Management-T3
EED3104_3MicroProcessor Systems-T3
EED3105_3Estimating Tendering And Engineering Services Contracts-T3
EED3106_3Trade Project-T3
EED3107_3Electromagnetic Field Theory-T3
EED3108_3Machine And Utilization-T3
EED3109_3Electrical Power Transmission And Distribution-T3
EED3110_3Power Electronics-T3

Course Description

Diploma Module 3 in Electrical and Electronics Engineering (Power Option) is a one-year advanced program offered at uwezo College and is tailored for students who have successfully completed Diploma Module 2 in Electrical and Electronics Engineering (Power Option). This advanced diploma course, examinable by the Kenya National Examinations Council (KNEC), equips students with comprehensive knowledge and advanced practical skills in electrical and electronics engineering, with a specific focus on power systems. Diploma Module 3 prepares students for leadership roles and specialized positions in this dynamic field. To enroll in Diploma Module 3 in Electrical and Electronics Engineering (Power Option), students must have successfully completed Diploma Module 2 in Electrical and Electronics Engineering (Power Option). This ensures that students have the foundational knowledge and practical skills necessary to excel in this advanced diploma program.

Course Structure:

The curriculum covers a wide range of key areas, offering students advanced knowledge and practical skills in electrical and electronics engineering, with a particular focus on power systems:

  • Engineering Mathematics III: Advanced mathematical concepts and techniques for solving complex engineering problems.

  • Microcontroller Technology: In-depth knowledge of microcontroller systems and their applications in electrical engineering.

  • Industrial Organization and Management: Understanding the principles of industrial organization and management in engineering.

  • Microcontroller Systems: Proficiency in programming and using microcontroller systems for various engineering applications.

  • Estimating Tendering and Engineering Services Contracts: Skills in estimating, tendering, and managing engineering services contracts.

  • Trade Project: Completion of a comprehensive trade project, demonstrating advanced engineering skills.

  • Electromagnetic Field Theory: Proficiency in electromagnetic field theory, crucial for power systems engineering.

  • Machines and Utilization: Mastery of electrical machines and their utilization in engineering applications.

  • Electrical Power Transmission and Distribution: In-depth understanding of electrical power transmission and distribution systems.

  • Power Electronics: Comprehensive knowledge of power electronics, their design, and their role in power systems.

Skills and Competencies:

Upon completing Diploma Module 3 in Electrical and Electronics Engineering (Power Option), students will acquire advanced skills and competencies vital for success in the field:

  • Mastery of advanced mathematical concepts and techniques for complex engineering problem-solving.

  • In-depth understanding of microcontroller systems and their applications in electrical engineering.

  • Knowledge of industrial organization and management principles within an engineering context.

  • Skills in programming and utilizing microcontroller systems for diverse engineering applications.

  • Skills to estimate, tender, and manage engineering services contracts effectively.

  • Ability to complete complex trade projects, showcasing advanced engineering skills.

  • Comprehensive understanding of electromagnetic field theory, essential for power systems engineering.

  • Mastery of electrical machines and their utilization in various engineering applications.

  • In-depth knowledge of electrical power transmission and distribution systems.

  • Comprehensive knowledge of power electronics, their design, and their role in power systems

Why Study at Uwezo College

Uwezo College is your ideal choice for quality education and career success. With full licensing from TVET, serving as an examination centre for KNEC and NITA, and being an approved training centre for KASNEB courses, we offer the most comprehensive and accredited education. Our track record of producing top-performing graduates who excel in the job market sets us apart. When you choose Uwezo College, you're making a commitment to your future, ensuring you receive the finest education, expert guidance, and a competitive edge in today's competitive job market. Join us and secure your path to success.

The following are reasons why you should make Uwezo College as the choice for your studies:

  • We are a TVET Technical and Business College fully registered with the Ministry of Education
  • We provide a serene learning environment and fully equiped workshops
  • We have qualified, competent and committed lecturers
  • Guaranteed attachment
  • We provide bursaries to the extremely needy students
  • We have free high speed Internet connectivity to our students
  • Affordable fees
  • We have clean and spacious hostels
  • We provide job linkages

Career Opportunities:

Upon completing Diploma Module 3 in Electrical and Electronics Engineering (Power Option), graduates can pursue leadership and specialized positions in electrical and electronics engineering, including Power Systems Engineers, Senior Electrical Designers, and Engineering Project Managers. This advanced diploma program equips students with the skills and knowledge necessary to excel in more demanding and specialized roles within the electrical and electronics engineering field, particularly within power systems.

Course Instructor(s)

PHILIP ROTICH KIPTOO
PETER WAWERU NGUGI
JAPHETH M MWANIKI

Examining Body

KNEC

FAQs

What are the requirements for registration/admission as a student?

  1. KCSE result slip or certificate or Equivalent
  2. National ID Card or Birth certificate
  3. 2 Passport size photographs
  4. Registration Fee
  5. Student ID Fee
  6. Maintenance Fee
  7. Material Fee(where applicable)
  8. Polo T-Shirt fee
  9. Insurance Fee
  10. Student's handbook fee

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