Thursday, 14 February 2013

UNITEN - Bachelor of Electrical/Electronic Engineering (Hons)

Interested e-mail me at: emelfoufenterprise@yahoo.com
INTAKE:
Intake Application Deadline
May 20 March
September 20 July

COURSE STRUCTURE:

Semester I
Code
Subject Name
Credit Hour
CSEB114
Principles of Programming for Engineers
4
MATB143
Differential Equations
3
Electrical/Electronics Measurement Lab
1
CircuitsAnalysis I
3
MATB113
Advanced Calculus & Analytical Geometry
3

Total Credit Hours
14
Semester II
Circuits Analysis II
3
Electronics Design Lab
1
Electronics Analysis & Design I
3
Digital Logic Design
3
MEMB123 Mechanics I: Statics 3
ISLB112/MORB112
Islamic / Moral Studies I
2
Total Credit Hours
15
Semester III
Electronics Analysis & Design II
3
Signal & System
3
Digital Logic Design Lab
1
MATB253
Linear Algebra
3
TECB213
Technical Communications
3
ISLB212/ MORB212
Islamic / Moral Studies II
2
Total Credit Hours
15
Semester IV
MEHB213
Thermodynamics I
3
Electrical Machines & Drives
3
Electromagnetic Fields & Waves
3
COEB223
Numerical Methods for Engineers
3
MALB113
Malay Language I
3
Total Credit Hours
15
Semester V
Electrical Power System I
3
Control System I
3
Microprocessor Systems
3
Semiconductor Devices
3
Random Process
3
COEB422
Engineers in Society
2
Total Credit Hours
17
Semester VI
Communication System Lab
1
Communication System
3
Digital Signal Processing
3
Microprocessor Systems Lab
1
COEB432
Principles of Management
2
Data Communication and Network
3
ISLB312/ MORB312
Islamic / Moral Studies III
2
Total Credit Hours
15
Special Semester
COEB314
Industrial Training
4
Total Credit Hours
4
Semester VII
EEEB403
Capstone Design Course
3
Project I
2
Process Control & Instrumentation
3
Technical Electives I
3
COEB442
Engineering Economics
2
Literature and Sociology
3
Total Credit Hours
16
Semester VIII
Project II
4
Technical Elective II
3
Technical Elective III
3
Technical Elective IV
3
MASB113
Malaysian Studies
3
Total Credit Hours
16
OVERALL CREDIT HOURS
127*
Core Courses : Student has to obtain a CGPA of not less than 2.00
*Note: The 127 credit hours are for those enrolling in the program starting Semester 1 2011-2012 intake onwards. Prior to this intake, students need to complete 124 credit hours which excludes EEEB403 Capstone Design Course.
** Technical Elective Subjects

ECEB463 Artificial Intelligence and Neural-fuzzy Systems

ECEB473 Advanced Microprocessor

ECEB483 Computer Architecture

EECB433 Applied Telecommunication Systems

EECB473 Data Network Architecture & Electronics

EECB483 Optoelectronics & Fibre Optics

EECB493 Radio-Frequency / Microwave Engineering

EEEB393 Power Electronics

EEEB423 Control System II

EEEB473 Image Processing

EEEB493 Introduction to Robotics

EEPB423 Electrical Safety & Hazards

EESB423 VLSI Design

EESB433 Analog IC Design

EESB493 Embedded Systems

MESB413 Elements of Mechatronics

EEPB383 Electrical Power System II

EEPB413 Electrical Installations

EEPB423 Electrical Safety and Hazards

EEPB473 Power System Protection

EEPB493 High Voltage Direct Current (HVDC), and FACTS Devices

EPEB413 Power Quality

EPEB423 Electricity Industry Economics

EPEB443 Energy Conversion

EPEB453 Power Distribution Engineering



** Literature and Sociology Subjects

LITB113 World Literature

CIVB113 World Civilization

PHIB113 World Philosophy

RELB113 Comparative Religion



MQA and University Subjects

MALB113 Bahasa Melayu I

ISLB112 Islamic Studies I

ISLB212 Islamic Studies II

ISLB312 Islamic Studies III

MORB112 Moral Studies I

MORB212 Moral Studies II

MORB312 Moral Studies III

MASB113 Malaysian Studies



Recommended options grouping for BEEE (Hons.) technical electives based on specialization areas:

Options Courses
1 Communication Engineering EECB433 Applied Telecommunication Systems


EECB483 Optoelectronics and Fibre Optics


EECB493 Radio Frequency/Microwave Engineering


EECB473 Data Network Architecture and Electronics



2 Computer Engineering ECEB473 Advanced Microprocessor


ECEB483 Computer Architecture


EECB473 Data Network Architecture and Electronics


EESB493 Embedded Systems


EEEB472 Image Processing


EEEB513 Computer Controlled Systems



3 Microelectronics Engineering EESB423 VLSI Design


EESB433 Analog IC Design


EESB493 Embedded Systems


EEEB472 Image Processing



4 Control Engineering ECEB463 Artificial Intelligence and Neural Fuzzy System


EEEB423 Control System II


EEEB443 Control and Drives


MESB413 Elements of Mechatronics


EEEB493 Introduction to Robotics


EEEB393 Power Electronics


EEEB513 Computer Controlled Systems



5 Power Engineering EEEB393 Power Electronics


EEEB443 Control and Drives


EEEB423 Control System II


EEPB383 Electrical Power System II


EEPB413 Electrical Installations


EEPB423 Electrical Safety and Hazards


EEPB473 Power System Protection


EEPB493 High Voltage Direct Current (HVDC), and FACTS Devices


EPEB413 Power Quality


EPEB423 Electricity Industry Economics


EPEB443 Energy Conversion


EPEB453 Power Distribution Engineering


EEEB513 Computer Controlled Systems


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