NTU Electrical & Electronic Engineering

The Bachelor of Engineering programme is a professional degree programme with a broad-based and flexible curriculum that integrates theory with industrial practice.

The School of Electrical and Electronic Engineering is presently one of the largest engineering schools in the world with an undergraduate enrolment of over 3000 students. Ranked 1st in Asia and 6th in the world in QS ranking, our school molds students into future-ready engineers, ready to spark new discoveries in technology and innovation. Our Undergraduate programmes strike a balance in providing a multifaceted curriculum compassing major areas in electrical and electronic engineering and cross-disciplinary courses in arts, business and humanities.

Our education roadmap is based on the following aspects:

Engineering design
Project work
Laboratory experiments
Industrial attachment programme for third-year students
Final year project

The industrial attachment programme enriches students’ learning experiences and gives them early exposure to the engineering industry. For their final year projects, students put on their thinking caps and work on real-life problems that are both research- and industrial-based.

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Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE8087 LIVING WITH MATHEMATICS

EE8087
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I’ll just point out some pointers here for references.

– Probably about 8 topics or more (can’t really rmb)

– Project is group-based, 50% of your final grade. You cannot choose your own group, it’s based on the register. If you kena those slackers in your group, GG to you. However, the good thing is there is this Peer Evaluation Form to fill up when you complete the entire project. Mark those slackers down!

-More about the project. Simply you have almost the entire semester to think of what you have to do. You have to come up with an idea on how maths is related in our daily life, and do up a project on it. Content details I can’t recall that much. When the project is due, you have to make a powerpoint presentation, and present to your class. You have to prepare a hard-copy of your project typed out, and a CD-rom with your powerpoint slides and word document for submission. Basically, that’s about it for the project.

-Examination wise, the papers are almost similar to the other years. The format is rather the same, as in the type of questions asked, and the topics as well. I’m not saying all the same topics will come out, but you can expect similar types of questions to appear.

I actually studied for the topics like 3 days before the exams, and I S/U-ed the module and got S. I’m lucky to have a group of cooperative teammates, so I guess getting S is not hard.

Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE4904 Biomedical Instrumentation

EE4904
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Introduction to Biomedical Instrumentation. Biopotential Electrodes. Electrocardiography. Blood Pressure, Heart Sounds and Blood Flow. Respiratory System Measurements. Instrumentation for Medical Imaging. Therapeutic Devices. Electrical Safety in Hospitals.

Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE4903 Physiological System Analysis

EE4903
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This course aims to introduce engineering students to the analysis and modeling of physiological systems using concepts from linear systems and control theory. It allows you to integrate and apply engineering analytical techniques to physiological systems. Contents: System Modelling, Control and Analysis. The Respiratory System. The Cardiovascular System. The Neuromuscular System. The Renal System.

Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE4902 Design of Medical Information Processing Systems

EE4902
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NTU Electrical & Electronic Engineering Review: EE4902 Design of Medical Information Processing Systems

Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE4901 Biomedical Control System Design

EE4901
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NTU Electrical & Electronic Engineering Review: EE4901 Biomedical Control System Design

Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE4791 Database Systems

EE4791
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This course aims to provide a good fundamental understanding of the theories and practices of database systems for various application domains, such as business, engineering, and manufacturing. It examines the full spectrum of database management: data modeling, logical and physical database design, query language, database administration, and offers an appreciation for more advanced database technologies, such as web databases, and data warehousing.Contents: Introduction to Database and Data Modelling. Logical Database Design and the Relational Model. The Structured Query Language (SQL). Physical Database Design.

Posted on May 3, 2021May 13, 2022 by noter

NTU Electrical & Electronic Engineering Review: EE4758 Information Security

EE4758
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In today’s cyber world, it is important for engineers to understand and appreciate information security, as it has become an essential aspect of our day life. This course intends to provide you with essential concepts of information security, cryptography, e-security protocols, digital money, Intrusion detection, biometric based e-security technologies, Cyber-Warfare and Cyber terrorism. You will learn to design e-security based policies and implementation procedures in order to describe, design and devise online security for individual and corporate networks.Contents: Introduction. Secret/public-key cryptosystems. Secure protocols. Electronic election and digital money. Intrusion detection, social networks and cyber security. Blockchain Technology development. IOT (Internet of things) and IIOT (Industrial Internet of things), Cyber physical systems. Safety of cloud computing for industry 4.0. Security of Big Data, Smart production life cycle and cyber risks.