01
Programme Overview
The Bachelor of Science in Telecommunications Engineering of Kampala International University is a four year intensive academic programme combining both theoretical and practical methods. Content is delivered to students through lectures, tutorials, projects, documentaries, individual and group presentations.
Teaching practiceConnect subject knowledge with classroom planning, assessment and learner support.
Education leadershipDevelop professional habits for school, community and education-sector service.
Research awarenessUse evidence, inquiry and analytical thinking to understand problems and propose solutions.
Career readinessPrepare for employment, further study, entrepreneurship and service in relevant professional settings.
02
What You Will Learn
By the end of the programme, students are expected to demonstrate the knowledge, practical skills and professional conduct required for effective work in Science in Telecommunication Engineering.
Subject masteryBuild strong knowledge in the teaching subjects and education foundations.
Teaching methodsPlan lessons, manage learning and use appropriate assessment approaches.
Learner supportRespond to diverse learner needs with inclusive and ethical practice.
School practiceConnect theory with school-based observation, teaching practice and reflection.
Research literacyUse inquiry to understand education problems and improve practice.
Professional identityDevelop communication, leadership and lifelong learning habits.
03
Course Structure and Learning Experience
The learning experience is organised to move students from foundational knowledge into applied, supervised and professionally oriented practice.
01
Education foundations
Students study the foundations of education, learning theory and subject content.
02
Methods and assessment
Training develops lesson planning, pedagogy, assessment and classroom communication.
03
School-based practice
Students connect theory with observation, practicum and guided reflection.
04
Research and improvement
The programme introduces inquiry, education research and improvement-focused thinking.
05
Professional formation
Students build ethical, inclusive and responsible teaching identities.
04
Course Content
70 courses
232 credit units
Academic Year 1
17 courses
| 55 units
Semester 1
25 units
CHE1112
Fundamentals Of Chemistry
3 units | Core
ELE1103
Electrical Science
3 units | Core
ELE1104
Principles Of Electronics
3 units | Core
MAT1105
Calculus, Geometry And Linear Algebra
3 units | Core
MEC1103
Engineering Drawing
4 units | Core
PHY1111
Fundamentals Of Physics I
3 units | Core
UCC1100
Introduction To Computer Fundamentals
3 units | Core
UCC1101
English Language Skills
3 units | Core
Semester 2
30 units
CIV1201
Labour Safety And Management
3 units | Core
COS1201
Computer Programming Methodology
3 units | Core
ELE1202
Circuit Theory I
3 units | Core
IDT1200
Workshop Training
4 units | Core
MAT1204
Engineering Probability And Statistics
3 units | Core
MAT1211
Engineering Mathematics I
4 units | Core
MEC1203
Engineering Mechanics I
4 units | Core
PHY1211
Fundamentals Of Physics II
3 units | Core
UCC1201
Communication Skills
3 units | Core
Academic Year 2
17 courses
| 58 units
Semester 1
29 units
CEN2106
Modeling And Computer Aided Engineering
3 units | Core
ELE2101
Electrical Machines I
4 units | Core
ELE2102
Circuit Theory II
3 units | Core
ELE2104
Electronics Circuits
4 units | Core
ELE2108
Electromagnetics I
4 units | Core
ELE2109
Electrical Engineering Practical I
3 units | Core
ELE2112
Digital Electronics
4 units | Core
MAT2111
Engineering Mathematics Ii
4 units | Core
Semester 2
29 units
CIV2209
Engineering And Society
3 units | Core
ELE2206
Electromagnetics II
4 units | Core
ELE2207
Electrical Instruments
4 units | Core
ELE2209
Electrical Engineering Practical II
3 units | Core
ENT2201
Entrepreneurship Development
3 units | Core
IDT2200
Industrial Training I
4 units | Core
MAT2211
Engineering Mathematics III
Core
TEL2201
Wireless & Mobile Communications
4 units | Core
TEL2204
Network Theory
4 units | Core
Academic Year 3
20 courses
| 68 units
Semester 1
31 units
ELE3110
Sensors And Transducers
4 units | Core
ELE3112
Control Systems Engineering I
4 units | Core
ELE3113
Applied Analogue Electronics
3 units | Core
MAT3111
Engineering Mathematics Iv
4 units | Core
TEL3106
Lasers And Optoelectronics
3 units | Elective
TEL3107
Analog And Digital Communications
3 units | Elective
TEL3108
Telecommunications Theory
4 units | Core
TEL3111
Telecommunications Practical I
3 units | Core
UCC2102
Research Methods
3 units | Core
Semester 2
37 units
CIV3216
Management Of Organization
3 units | Core
ELE3203
Power Electronics
3 units | Elective
ELE3212
Control Systems Engineering II
3 units | Elective
ELE3215
Applied Digital Electronics
3 units | Core
ELE3220
Design Of Mechatronics Systems
3 units | Elective
IDT3200
Industrial Training II
4 units | Core
TEL3202
Computer Networks And Data Communications
3 units | Core
TEL3210
Telecommunication Switching & Networks
4 units | Core
TEL3212
Antenna And Wave Propagation
4 units | Core
TEL3213
Telecommunications Practical II
3 units | Core
TPD3200
Team Project Design
4 units | Core
Academic Year 4
16 courses
| 51 units
Semester 1
25 units
CEN4101
Microprocessors And Microcontroller Systems
3 units | Elective
CIV4114
Environmental Quality Management
3 units | Core
CIV4116
Engineering Project Management
3 units | Core
ELE4104
Engineering Economics
3 units | Core
FYP4100
Final Year Project Proposal
3 units | Core
PHY3206
Optical Fiber Communications
3 units | Core
TEL4111
Radio Frequency Integrated Circuits Design
3 units | Elective
TEL4112
Satellite Communications
4 units | Core
Semester 2
26 units
CEN4203
Engineering Laws And Ethics
3 units | Core
CEN4205
Advanced Logic Circuits
3 units | Elective
FYP4200
Final Year Project
4 units | Core
TEL4202
Microwave Engineering
4 units | Core
TEL4210
Multimedia Engineering
3 units | Elective
TEL4211
Digital Signal Processing
3 units | Core
TEL4212
Networks And Distributed Processing
3 units | Elective
TEL4213
Computer Systems Design
3 units | Elective
05
Admission Requirements
- At least two (2) Principal Passes in Physics and Mathematics obtained at the same sitting of the Uganda Advanced Certificate of Education (UACE) with 5 passes at O level or its equivalent.
- At least a credit or second class lower or a Higher Diploma in telecommunications Engineering, Environmental Engineering or any other qualification in the field of electrical engineering from a recognized Institution.
- At least a credit or second class lower of an Ordinary Diploma (or a Diploma) in telecommunications Engineering, Environmental Engineering or Science Technology (Physics) from a recognized Institution.
A degree in science disciplines that includes physics from a recognized institution
06
Fees and Application Guidance
Tuition, functional fees and any programme-specific charges are confirmed by KIU Admissions and Finance for each intake. Applicants should review the current fee schedule before submitting an application.