Pilihan program

Ringkasan program

This course aim to produce competent technologists who will be able to work effectively in a wide range of electrical and electronic engineering industries. They will be equipped with Design Thinking skills that will enable them to conceive new products and services that meet people’s needs in a technologically feasible and commercially viable way. It is taught using Conceive-Design-Implement-Operate (CDIO) framework which is used in several top universities in the United States, Europe and Australia. Students will gain thinking, process and life skills and will have ample opportunities to design and build projects, grasping a better understanding of key concepts taught. It provides sufficient breadth of electrical and electronics engineering knowledge and yet allows flexibility in choosing preferred specialisations. There are several second and third year options for them to choose from and to customise their curriculum according to their interests and ability. They can also take up additional advanced modules, giving them that added edge when they enter university. If they are able to cope, they will be invited to join the diploma-plus program so that they can graduate with an additional diploma-plus certificate. Graduates can find employment in a wide range of the industrial sectors covering Aerospace, Biomedical, Communications, Computer, Electrical, Control, and Microelectronics Engineering. Students can work as Electronic Engineer, Communications Engineer, Computer Engineer, Electrical Engineer, Control Engineer, Test Engineer, Design Engineer or Sales and Marketing Engineer. Graduates with good results will be eligible for admission to the second year of the Electrical and Electronic Engineering course at the Nanyang Technological University (NTU) or gain about one year’s worth of exemptions at the National University of Singapore (NUS). The Singapore University of Technology and Design (SUTD) will also admit DEEE graduates into their programs. In addition, almost all universities in United Kingdom and Australia accept qualified DEEE graduates directly into the second year of a three-year degree programme, or directly into the third year of a four-year degree programme.

Modul program

The course modules are: Year 1 coves ET0083 Structured Programming; ET0085 Computer Aided Design and Drafting; ET0700 Program Design; ET1003 Digital Electronics I; ET1004 Digital Electronics II; ET1005 Principles of Electrical and Electronic Engineering I; ET1006 Principles of Electrical and Electronic Engineering II; ET1011 Introduction to Engineering I; ET1012 Introduction to Engineering II; LC8001 Critical Reasoning and Argumentation; LC8002 Critical Reasoning and Persuasion; LC0341 Teamwork and Communication Skills; MS4120 Basic Mathematics; MS4121 Engineering Mathematics I. Year 2 covers LC0342 Workplace Communication Skills; LC0343 Report Writing Skills; LC8003 Social Innovation Project; LC8004 Independent Study Project and Presentation; Year 2 Option 1 Module 1; Year 2 Option 1 Module 2; Year 2 Option 1 Module 3; Year 2 Option 2 Module 1; Year 2 Option 2 Module 2; Year 2 Option 2 Module 3; MS4205 Engineering Mathematics II (A); MS4206 Engineering Mathematics II (B). Choose any two of the following options: Aerospace Engineering Option: ET0423 Aircraft Electrical Fundamentals; ET0429 Aircraft Servomechanisms and Electronics; ET0430 Aircraft Systems Project. Biomedical Engineering Option: ET0606 Introduction to Biomedical Engineering; ET0607 Anatomy and Physiology; ET0608 Biomedical Instrumentation Design and Applications. Electrical Engineering Option: ET0050 Electrical Installation Design; ET0053 Circuit Theory and Analysis; ET0917 PLC Applications. Electronic Engineering Option: ET0087 Analog Communication System; ET0513 Data Communication Systems; ET1010 Microcontroller Applications. Nanotechnology Option: ET0908 Photonics and Laser Technology; ET0909 MEMS and Microsystems; CP4111 Basic Nanotechnology. Year 3 covers ET102Y/Z Final Year Project; Year 3 Option 1 Module 1, Year 3 Option 1 Module 2, Year 3 Option 1 Module 3, Year 3 Option 1 Module 4, Year 3 Option 2 Module 1, Year 3 Option 2 Module 2, Year 3 Option 2 Module 3, Year 3 Option 2 Module 4. Choose any two of the following options of electives provided the prerequisites are met. For example, to choose any of the engineering options, students must have done modules from the same engineering option in their second year. There are no pre-requisites for Business and Microelectronics options. Aerospace Engineering Option: ET0425 Aircraft Instrument Systems; ET0426 Aircraft Communication and Navigation Systems; ET0428 Aircraft Electrical System; MM0840 Human Factors. Biomedical Engineering Option: ET0609 Biomedical Signal Processing and Analysis; ET0610 Biomedical Equipment and Practices; ET0612 Medical Informatics and Telemedicine; ET0614 Medical Imaging and Image Processing. Business Option: BA0164 Business to Business Marketing; BA0183 Selling and Sales Management; BA0357 Fundamentals of Marketing; LC0332 Communication Skills for Sales and Marketing. Communication Engineering Option: ET0096 Digital Signal Processing; ET0097 Digital Communications; ET0130 Networks and Protocols; ET0153 Satellite and Optical Communication. Computer Engineering Option: ET0023 Operating Systems; ET0103 Client-Server Systems; ET0104 Embedded Computer Systems; ET0525 Mobile Application Development. Control Engineering Option: ET0048 Systems and Control; ET0049 Sensors and Instrumentation; ET0907 Network Control Applications; ET0916 Fieldbus Technology. Microelectronics Option: ET0099 IC Testing; ET0100 Quality and Reliability; ET0101 IC Design; ET0102 Wafer Fabrication. Nanotechnology Option: ET0911 Data Storage Technology; ET0912 NEMS and Nanodevices; ET1101 Photovoltaic Principles and Materials; CP4099 Display Technology and Nanoscience. Power Engineering Option: ET0919 Power Transmission and Distribution; ET0920 Power System Analysis; ET0064 Power Electronics and Drives; ET1107 Solar Photovoltaic System Design. Robotics Option: ET0914 Sensors and Actuators; ET0918 Robotic Fundamentals; ET0921 Robotics Programming; ET0922 Intelligent Robotics Systems.

Persyaratan masuk bagi mahasiswa internasional

Applicants from India should have obtained Secondary School Certificate (Year 10) or Senior School Certificate (Year 12). Students from other countries should have country specific requirements equivalent to New Zealand. They should also have sufficient level of Proficiency in the English Language with TOEFL score of 550 [paper-based], 213 [computer-based] or 79 [internet-based], or IELTS (International English Language Testing System) overall minimum score of 6.0.

Kualifikasi

Diploma

Institusi penerbit ijazah

Singapore Polytechnic