Bachelor of Technology – OUSL

Bachelor of Science Honours in Engineering – Electronics & Communication Engineering

Admin 2 — Thu, 08 Apr 2021 09:38:34 +0000

Bachelor of Science Honours in Engineering – Electronics & Communication Engineering

B.Sc. (Hons) in Electronics and Communication Engineering aims to produce renowned engineers to play a leading role in design and development of modern electronic and telecommunication systems. It gives the required theoretical and practical know-how to embark on careers in rapidly growing areas of modern Data networking, Mobile communications, Television and radio broadcasting, Satellite communication, Electronic and instrumentation engineering and Control Systems engineering.

Bachelor of Electronics and Communication Engineering programme emphasises in providing technical skills to design, develop, install, test and maintain electronic and communication systems.

The curriculum includes core units in Electronics principles and systems; Microprocessors and interfacing; Communication engineering principles and systems; Microwave communication systems and applications; Data communication; Control systems engineering; Engineering mathematics; Management for engineers; Industrial training; Undergraduate project. The final year undergraduate project directs students to apply the theoretical knowledge into practice and will also lead to develop their technical skills, analytical and design skills and interpersonal skills.

Programme learning outcomes

PLO1: Apply knowledge of mathematics, basic sciences and engineering fundamentals to the analysis of complex engineering problems.

PLO2: Identify, formulate, research literature, conduct investigations and solve complex engineering problems to provide valid conclusions.

PLO3: Design systems, components or processes that meet specified needs.

PLO4: Conduct investigations of complex problems using research based knowledge and research methods.

PLO5: Create, select and apply appropriate techniques, resources, and modern engineering and IT tools to complex engineering activities.

PLO6: Assess societal, health, safety, legal, cultural and environmental issues related to professional engineering solutions.

PLO7: Demonstrate broad knowledge of sustainable development concepts and practices required for dealing with contemporary issues related to professional engineering practice.

PLO8: Demonstrate broad knowledge of ethical responsibilities and professional standards

PLO9: Demonstrate ability to function effectively as an individual and in multidisciplinary and multi-cultural teams, with the capacity to be a leader or manager as well as an effective team member.

PLO10: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

PLO11: Demonstrate broad knowledge of management and business practices, including financial management, risk and change management.

PLO12: Engage in independent and lifelong learning in the broad context of technological Change

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Minimum and Maximum period of the study programme

The minimum duration of the Honours Degree programme starting from level 3 is 5 academic years and the maximum number of academic years a student can spend to complete the degree programme is fifteen (15).

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Exemptions applicable for Bachelor of Technology Honours in Engineering Study Programme

Students who have academic qualifications other than entry requirements may be granted exemptions according to their qualifications. Such qualifications the student could claim exemptions are listed under each study programme. However, notwithstanding the exemptions obtained, a student has to follow the relevant OUSL courses and obtain certain minimum number of credits to qualify for an award. Such minimum limits are given under the description of each study programme. If you possess any qualification other than those listed in this guidebook, you can seek exemptions by sending duly filled application form which is downloadable from the faculty webpage

Qualifications in Electrical/Electronic/Communications/ Computer Engineering/ IT and related disciplines

Qualification	Courses
Qualification	Level 3	Level 4	Level 5
NCT (Electrical and Electronics)	EEX3410
NCIT (Electrical and Electronics)	EEX3410 EEX3331 EEX3336 DMX3107	EEX4331 EEX4332
NCIT (Electrical and Electronics)	(EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332
NAB Special Apprentice (AIT) – Electrical/Electronic	EEX3410 DMX3107 (EEX3351 & EEX4351) or DMX3304	EEW4401 or EEW4403
Diploma in Electronics and Communications, Jaffna College Institute of Technology	DMX3305, AGM3203 EEX3410, EEX3336 EEX3331, (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332
Diploma in Computer System Design, (NIBM)	EEX3336, EEX3262, EEX3266,	EEX4347 EEX4362
Advanced Technician Diploma in Electrical and Electronic Engineering (Level 5 IVQ)	EEX3410
Higher Diploma in Computer based Information Systems (NIBM)	EEX3269	EEX4364 EEX4366 EEX4435 EEI4369 EEY4189	EEX5467 or EEX5567
Higher National Diploma in IT, Advanced Technological Institute	EEX3336	EEX4435 EEX4347
NDT (Electrical) or NDES (Power) or HNDE (Electrical Power)	EEX3410 DMX3305 AGM3203 DMX3401 EEX3331 MHZ3551 MHZ3552 DMX3107	EEX4331 EEX4332 or (EEX4532 & EEX4448) {EEW4403 or (EEW4301 and EEW4502)}
HNDE (Electrical Power) New curriculum from 2014	EEX3410 DMX3305 AGM3203 DMX3401 EEX3417 EEX3331 MHZ3551 MHZ3552 DMX3107 EEX3336 (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332 or (EEX4532 & EEX4448) { EEW4403 or (EEW4301 and EEW4502)}
National Diploma in Technology (NDT) – Electronics and Telecommunications with Electrical Installations & Wiring Diagrams		EEX4434
NDES* (Power) (New curriculum) NDT** (Electrical) (New curriculum)	EEX3410 DMX3305 AGM3203 DMX3401 EEX3331 EEX3336 MHZ3551 MHZ3552 DMX3107 (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332 or (EEX4532 & EEX4448) EEX4434 EEX4436 { EEW4403 or (EEW4301 and EEW4502)}
NDT (Electronic & telecom.) or NDES (Electronics) or NDES (Telecommunication)	EEX3331 EEX3410 DMX3305 AGM3203 DMX3401 EEX3336 MHZ3551 MHZ3552 DMX3107 (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332 EEX4436 {(EEW4301 or EEW4403 ) and EEW5403}
NDES* (Electronics) or NDES *(Telecommunication) (New curriculum)	EEX3410 EEX3417 DMX3305 AGM3203 DMX3401 EEX3331 EEX3336 MHZ3551 MHZ3552 DMX3107 (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332 EEX4330 EEX4436 {(EEW4301 or EEW4403 ) and EEW5403} EEY4183
HNDE (Electronics) – Before 2014	EEX3410 DMX3305 AGM3203 DMX3401 EEX3336 MHZ3551 MHZ3552 DMX3107 EEX3331 (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4330 {(EEW4301 or EEW4403 ) and EEW5403}
HNDE (Electronics) New curriculum from 2014	EEX3410 DMX3305 AGM3203 DMX3401 MHZ3551 MHZ3552 EEX3336 DMX3107 EEX3331 (EEX3351 & EEX4351) or DMX3304	EEX4331 EEX4332 EEX4330 {(EEW4301 or EEW4403) and EEW5403} EEY4183
National Diploma in Engineering Technology (NDET)- Electrical/Electronic	EEX3410 DMX3305 AGM3203 DMX3401 EEX3336 DMX3107 (EEX3351 & EEX4351) or DMX3304

Note: Those who have satisfied only the academic requirements without industrial training components in NDT (Electrical), NDT (Electronic & telecom.), HNDE (Electrical Power) and HNDE (Electronics) can be granted exemptions as listed, but without relevant Industrial training courses at Levels 4 and 5.

*Effective year 2003 onwards **Effective year 2008 onwards

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General

Programme Code :	BT04
Programme Category :	Under Graduate Programme
Conducted by :	Dept. of Electrical and Computer Engineering, Faculty of Engineering Technology
Programme duration :	Minimum 5 Years
Discipline(s) / Course(s) :	Electronic and Communication Engineering

Admission

• Obtained passes in the subjects, Combined Mathematics, Physics and Chemistry at the G.C.E. (A/L) Examination, Sri Lanka, in one & the same sitting, or
• Obtained the Advanced Certificate in Science with courses in the disciplines of Mathematics, Physics and Chemistry, offered by The OUSL, or
• Obtained a minimum three (3) credit (C) passes for Mathematics, Physics and Chemistry in Cambridge/Edexcel Advanced Level Examination within three years, or
• Obtained an equivalent or higher qualification acceptable to the Senate.

Application

Accepting online applications :	5^th September 2024
Closing Date for Applications :	15^th November 2024
Last date for requesting exemptions :

Fees

Course Fees for Students Academic – Year 2023-24

Further Details

Curriculum

This Under Graduate programme is conducted by the department of Electrical and Computer Engineering, Faculty of Engineering Technology. Contact the coordinator, Eng. (Mrs.) H Pasqual for further details.

Address :	Department of Electrical and Computer Engineering, Faculty of Engineering Technology, OUSL, Nawala
Contact :	0112881469
Email :	hpasq@ou.ac.lk

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Bachelor of Science Honours in Engineering – Mechanical Engineering

Admin 2 — Mon, 08 Feb 2021 16:01:39 +0000

Admission Requirements

Curriculum for B.Sc. (Hons) in Mechanical Engineering Specialization

Levels 3 and 4 Compulsory Courses

Courses (Revised Curriculum)

DMX3401	Fluid Mechanics and Thermodynamics
DMX3302	Engineering Mechanics
DMX3203	Introduction to Engineering Materials
DMX3304	Applied Electronics
DMX3305	Introduction to Engineering Design Graphics
DMX3206	Introduction to Manufacturing Processes
DMX3107	Workshop Practice
EEX3410	Introduction to Electrical Engineering
EEX3417	Software Development for Engineers
MHZ3551	Engineering Mathematics I
MHZ3552	Engineering Mathematics II
AGM3203	Communication Skills
MHZ4553	Engineering Mathematics III
DMX4201	Advanced Engineering Design Graphics
DMX4202	Applied Thermodynamics I
DMX4203	Applied Fluid Dynamics I
DMX4204	Machine Dynamics
DMX4205	Strength of Materials I
DMX4306	Design of Machine Elements
DMX4307	Electrical Machines and Drives
DMX4208	Automobile Technology
DMX4212	Manufacturing Engineering
EEX4436	Microprocessors and Interfacing
DMY4101	Group project (Mechanical Engineering)
AGM4307	Economics and Marketing for Engineers
DMW4801	Industrial Training (Mechanical -Diploma)

Levels 5, 6 and 7 Compulsory Courses

Courses (Revised Curriculum)

DMX5201	Advanced Engineering Mechanics
DMX5302	Strength of Materials II
DMX5403	Control Systems Engineering
DMX5204	Materials Engineering
DMX5205	Applied Thermodynamics II
DMX5206	Applied Fluid dynamics II
DMX5307	Mechanical Engineering Design Project
MHZ5554	Engineering Mathematics IV
CVM5401	Accounting for Engineers
DMX6180	Research Methodology and Project Identification (Mechanical/Mechatronics Engineering)
DMX6301	Industrial Engineering
DMX6302	Energy, Environment and Sustainability
DMM6601	Management for Engineers
DMW6801	Industrial Training (Mechanical -Undergraduate)
DMX7301	Thermal Power Generation
DMX7402	Analysis of Manufacturing Systems & Processes
DMY7880	Engineering Research Project (Mechanical)

Levels 5, 6 and 7 Elective Courses

Courses (Revised Curriculum)

DMX5208	Automobile Engineering
DMX5209	Automotive Electronics
DMX5210	Vehicle Dynamics and Design of Automotive Components
DMX5211	Plant Maintenance
DMX5212	Computer Aided Design and Manufacturing
DMX6303	Nano Technology
DMX6304	Computational Fluid Dynamics
DMX7303	Control of Robotics Manipulators
DMX7304	Factory Automation
DMX7305	Renewable Sources of Energy

Course Fees for Students Academic – Year 2023-24

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Bachelor of Science Honours in Engineering – Mechatronics Engineering

Admin 2 — Mon, 08 Feb 2021 15:12:21 +0000

Admission Requirements

Curriculum for B.Sc. (Hons) in Mechatronics Engineering Specialization

Levels 3 and 4 Compulsory Courses

Course (Revised Curriculum)

DMX3401	Fluid Mechanics and Thermodynamics
DMX3302	Engineering Mechanics
DMX3203	Introduction to Engineering Materials
DMX3304	Applied Electronics
DMX3305	Introduction to Engineering Design Graphics
DMX3206	Introduction to Manufacturing Processes
DMX3107	Workshop Practice
EEX3410	Introduction to Electrical Engineering
EEX3417	Software Development for Engineers
MHZ3551	Engineering Mathematics I
MHZ3552	Engineering Mathematics II
AGM3203	Communication Skills

Level4

DMX4409	Sensors
DMX4410	Electrical & Pneumatic Machines
DMX4204	Machine Dynamics
DMX4205	Strength of Materials I
DMX4306	Design of Machine Elements
DMX4411	Signal Processing
EEX4436	Microprocessors and Interfacing
DMY4102	Group project (Mechatronics Engineering)
MHZ4553	Engineering Mathematics III
AGM4307	Economics and Marketing for Engineers
DMW4802	Industrial Training (Mechatronics -Diploma)

Levels 5, 6 and 7 Compulsory Courses

Course (Revised Curriculum)

Level5

DMX5201	Advanced Engineering Mechanics
DMX5403	Control Systems Engineering
DMX5313	Power Electronics and Motor Drives
DMX5314	Machine Vision
DMX5315	Artificial Intelligence
DMX5316	Mechatronics Product Design
MHZ5554	Engineering Mathematics IV
CVM5401	Accounting for Engineers
DMX6180	Research Methodology and Project Identification (Mechanical/Mechatronics Engineering)
DMX6305	Modern Control Systems
DMX6306	Micro and Nano Electro Mechanical Systems
DMM6601	Management for Engineers
DMW6802	Industrial Training (Mechatronics -Undergraduate)
DMX7303	Control of Robotics Manipulators
DMX7304	Factory Automation
DMX7306	Intelligent Control Systems
DMY7881	Engineering Research Project (Mechatronics Engineering)

Levels 5, 6 and 7 Elective Courses

Course (Revised Curriculum)

DMX5204	Materials Engineering
DMX5211	Plant Maintenance
DMX5212	Computer Aided design and Manufacturing

Level 6

DMX6303	Nano Technology
DMX6304	Computational Fluid Dynamics

Level 7

DMX7301	Thermal Power Generation
DMX7305	Renewable Sources of Energy
DMX7402	Analysis of Manufacturing Systems & Processes
DMY4100	Special Group Project (Mechatronics Engineering)

Course Fees for Students Academic – Year 2023-24

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Bachelor of Science Honours in Engineering – Electrical Engineering

Admin 2 — Wed, 19 Aug 2020 09:45:32 +0000

Bachelor of Science Honours in Engineering – Electrical Engineering

B.Sc. (Hons) in Electrical Engineering program of OUSL is one of the major disciplines offered to produce higher level of technical and management grade graduates in the electrical engineering profession. This academic programme specialized in the fields of planning, design, operation and control with an industrial training and an associated project component is specially designed to produce quality skillful electrical engineers.

B.Sc. (Hons) in Electrical Engineering courses are focused on planning, design, construction, reliability aspects, operations and controls in the field of electricity generation, transmission and distribution. With the Hands-on experience they gather from the world established software tools installed in the power system laboratory, graduate students are well groomed to face the future challenges and work confidently in the field of electrical engineering.

Core courses of the B.Sc. (Hons) in Electrical Engineering program consist of electro-mechanical energy conversion, Power system studies with protective measures, Power systems planning with reliability concepts, high voltage engineering with insulation coordination, necessary electronics/controls/communication/management and mathematics support. Also, students have the opportunity to select optional courses to enhance their knowledge from various other engineering disciplines.

Programme learning outcomes: