Programme
Diploma in Electrical and Electronic Engineering [ KPT / JPS. /KR 6705/01/11]
Professional Recognition
Malaysian Qualification Agency (MQA)
Intake
January / June / August
Duration
3 Years
Fees
RM 23,600.00
Entry Requirements
Passed SPM or equivalent with 3 credits including Mathemathics and 1 other subject related to Sciences/Technical/Vokasional and passed in Bahasa Inggeris subject.
Overview
Programme Learning Outcome
| Domain | Statement of Learning Outcomes (PLO) | |
| KNOWLEDGE | PLO 1 | to apply comprehensive knowledge of fundamental engineering including mathematics and sciences. |
| PLO 2 | to demonstrate basic knowledge in core engineering disciplines | |
| PLO 3 | to identify, formulate, analyze and solve core engineering problems | |
| PLO 4 | to apply design concepts in the engineering problems | |
| SKILL | PLO 5 | to conduct experiment, handle engineering tools and interpret data necessary for engineering practices |
| PLO 6 | to communicate effectively in written and oral form. | |
| PLO 7 | to function and be productive in a teamand applyentrepreneurship skills to meet global challenges | |
| ATTITUDE | PLO 8 | to be professional and ethical in their practice in serving towards environment and society |
| PLO 9 | to recognize and possess the capability to embark on lifelong learning acquiring information and seeking knowledge either formally or informally | |
Programme Structure
| Year 1 | |
| Course Code | Course |
| HKU 1111ZEU 1113KFD 1113
KFD 1134 KED 1112 *** 1211 ZEU 1223 KFD 1213 KFD 2223 KJD 1272 KED 1212 MPW 1113/MPW 1123 |
Kepimpinan dan Kerja BerpasukanProficiency English IMathematics 1
Physics Electronic Workshop Kokurikulum (Pilihan) Proficiency English II Mathematics 2 Computer Programming Engineering Drawing Electrical Workshop Bahasa Kebangsaan A / B |
| Year 2 | |
| Course Code | Course |
| MPW 1133KFD 2113KED 2113
KED 2123 KED 2133 KED 2213 KED 2223 KED 2234 KED 2243 KED 2253 |
Pengajian MalaysiaMathematics 3
Circuit Theory 1 Digital Electronics Communication System Signal & System Circuit Theory 2 Analog Electronics Microprocessor Measurement & Instrumentation |
| Year 3 | |
| Course Code | Course |
| KED 3113KRD 2363KED 3123
KED 3133 KED 3143 KED 3213 KED 3223 POD 3123 KED3293 KFD3346 |
Computer ArchitectureControl System
Data & Computer Network Digital Design Electrical Machine Industrial Electronics Power System Entrepreneurship Project Industrial Training |
Core Course Description
|
Course Code |
Course |
Synopsis |
|
KED 1112 |
Electronic Workshop | This is a practical session which is to expose student to electronic component and symbol, circuit design, pattern transfer, etching process, drilling and soldering technique, safety procedure and trouble shooting of circuit. The final work is to construct a single sided printed circuit board according to the specifications on a circuit diagram. |
| KED 2113KED 2223 | Circuit Theory ICircuit Theory II | This course provide the understanding of the basic concept of electric circuit, identify and analyse the circuit by using various ac and dc analysis techniques and theorem such as Ohm’s Law, Kirchoff’s Law, nodal, mesh analysis, superposition, source transformation, Thevenin’s and Norton’s Theorem and also maximum power transfer. Analyze First order circuits RL and RC using source free and step response circuit, second order circuit and understand the concept of two port network in admittance parameters. |
| KED 2234 | Analog Electronics | The course will equip the candidate with the knowledge such as symbol, characteristic, basic operation and function of the Semiconductor Diode, Bipolar junction Transistor, Field Effect Transistor and Amplifier |
| KED 2123 | Digital Electronics | Describe and explain fundamental elements of digital electronics circuit especially data representation. Identify the Boolean Algebra and describe the basic structure of logic gates. Apply the logic gates into combinational circuit and know its implementation. Identify the characteristics and analyze the sequential circuit. This course focuses on the three important concepts in digital system; data representation, combinational and the medium scale integrated (MSI) circuits and application of the flip-flops in a sequential circuits. |
| KED 3223 | Power System | This course focuses on the fundamental and principle of three phase system that covers power generation, high voltage transmission and fault characteristic. Describe and compute various features of a real power, reactive power and complex power in single-phase and three-phase. Identify and apply Per-Unit method in three phase system. Identify and explain Power System Faults. Identify and describe Symmetrical Components and sequence Network. Explain and differentiate Transmission line parameter and Transmission line model |
| KED 2133 | Communication System | Identify and discuss the principle and characteristics of Amplitude Modulation, Frequency Modulation and Pulse modulation in communication system. Explain the operations of practical communications system |
| KFD 2223 | Computer Programming | Computer systems and its software component related to translation system, high-level language program by utilizing C logical structures, syntax and grammar, principles of Array and Matrices, Pointers and Data Structure |
| KED 1212 | Electrical Workshop | Define safety aspects in domestic and industry wiring, type of cables, connection and testing. Describe and apply the latest IEEE wiring regulation and acts of Energy and Gas Commission assessment. Apply practical knowledge to understand the roles and duties of building services supervisor. Apply, analyze and design simple power distribution system |
| KED 2213 | Signal & System | This course focuses on the concepts of different type of signals and systems, and the application of various mathematical tools (Solution of LT Differential and Difference equations using method of undetermined coefficient, Laplace, Fourier). To analyse and synthesise linear continuous and discrete time dynamic systems. |
| KED 2243 | Microprocessor | This course provides to identify and describe microcomputer components and microprocessor architecture, write and analyse microprocessor programming using assembly language technique also explain microprocessor operation including data transfer and arithmetic instruction. Describe and explain an interrupt and subroutine process in microprocessor. While in lab session, write and analyse assembly programs and employ functions on the microprocessor and demonstrate the interfacing of microprocessor system with the external module |
| KED 2253 | Measurement & Instrumentation | To equip the candidates with the knowledge of measurement concepts in engineering, general treatment of instruments and their characteristics and also the measurement of actual physical variables like force, torque, temperature, velocity , acceleration etc., along with their sensors and transducers and signal conditioning circuits. |
|
KED 3113 |
Computer Architecture | This course covers basic computer architecture, logic circuit, central processing unit, number system, computer arithmetic, memory operation and I/O module. Besides, it also relates all the functions using Operating System (O.S.) with the entire computer system. |
|
KED 3123 |
Data & Computer Network | The concepts and techniques that are developed in this course will constitute a foundation for data and networking in electrical and electronic engineering. By the end of programme, students will be able to resolve the problem related to data and networking. Data Communication & Network, Protocol and architecture, Data Transmission, Signal Encoding Techniques, Routing, LAN Technology, WAN & MAN |
|
KED 3133 |
Digital Design | Digital design consists of fundamental and knowledge of basic principles of digital system which are Digital-to-Analogue Converter (DAC) and Analogue-to-Digital Converter (ADC) , memory and storage, microcomputers and microprocessors. Analyze simple Programmable Logic Device (PROM,PAL,PLA,GAL) and Field Programmable Gate Arrays (FPGA). Design the combinational logic circuits using Boolean expression and truth table techniques, design the sequence circuits using finite state machine (FSM) and algorithmic state machine (ASM) and design the digital system circuit using VHDL. |
Career Opportunities
Expected Salary
Basic starting monthly salary is around RM1,300 – RM2400.
Source Universiti Selangor