UG-FAQ

FAQ

Programme Information

How many degree programmes are offered by EEE?

EEE offers 2 professional degree programmes with a broad-based and flexible curriculum that integrates theory with industrial practice.

What is the minimum grade required for admission into the School of EEE at NTU?

EEE:

A-Level: 3H2/1H1 with grades CCD/C
Diploma CGPA: 3.45

IEM:

A-Level: BCC/D
Diploma CGPA: 3.56

Grade profiles are provided from the latest available year, to provide some reference points to help applicants make more informed choices for their programmes selection.

The grade profiles are based on last year’s admission exercise. The grade profiles of a particular year of application may differ depending on the number and performance of applicants and the places available for the programme. Meeting the previous year’s grade or GPA of a programme does not guarantee admission to that programme in the current year.

What is the typical workload for EEE students?

A typical EEE/IEM curriculum comprises approximately 18 Academic Units (AUs) per semester.

- Students usually take around 5 to 6 modules each semester.

- The workload for each module typically includes watching lectures, completing in-lecture knowledge checks, and working on tutorials.

- On average, each module requires about 2 to 3 hours of study time per week.

- With proper planning, students should be able to balance their coursework with extracurricular activities, as most academic tasks follow a consistent schedule.

- The expected workload for each module is communicated at the start of the semester, allowing students to plan their time effectively.

Discover EEE curriculum in details.

Discover IEM curriculum in details

How does the EEE programme differ from the IEM programme?

Similarities between EEE & IEM:
- Both take the same mathematics courses (e.g: Mathematics 1 & 2, Physics 1)
- Both take common circuits and programming modules such as:

Digital Electronics, Signals and Systems, etc
Data Structure and Algorithms (Python)
From Computational Thinking to Programming (C++)

Differences between EEE & IEM:
- EEE goes more in-depth into circuits-related modules, while IEM focuses more on software and media modules.
- Some IEM modules are a combination of several EEE modules. For example, IEM’s Analog Electronics combines EEE’s Circuit Analysis, Analog Electronics, and Semiconductor Fundamentals.

Will a lack of drawing skills affect my ability to pursue the IEM programme?

Drawing skills are not required for the IEM program. The basics of drawing will be beneficial as they will be tapped on in the course largely for 1 core module: DA1000 Thinking and Communicating Visually I.

However, not having a background in drawing does not disadvantage students as the module is meant to be introductory and grading is based on progress throughout the module.

Is it possible to join the EEE programme without prior coding experience?

Certainly. Foundational courses such as Computational Thinking will guide you through the basics of programming, even if you have no prior experience.

Are students introduced to coding modules within the EEE course structure?

1.Introduction to Data Science & Artificial Intelligence (Python)

2.Data Structure & Algorithm (Python)

3.From Computation Thinking to Programming (C)

4.Object-Oriented Programming (Java)

5.IEM Intro to Design & Project (SQL)

Which areas of specialisation can students pursue in the EEE course?

1.Biomedical Electronics

2.Communication and Networks

3.Computing and Intelligent Systems

4.Data Analytics and Machine Learning

5.Integrated Circuits (IC) Design

6.Micro and Nano Electronics

7.Power and Clean Energy

8.Robotics and Advanced Automation

What second major combinations are available, and what is the application process?

Majors Offered (EEE):

1. Business

2. Data Analytics

3. Entrepreneurship

4. Society and Urban Systems

5. Sustainability

Majors Offered (IEM):

Application process: Applicants can directly apply online when applying for NTU

What minors are offered within the EEE programme?

There are more than 40 minors from various disciplines.

Are there any supplementary or bridging courses available before admission, and what is the process for students to enroll in them?

Preparatory courses in Physics and Mathematics will be made available via your NTU email after you have matriculated into the university.

What areas of study should students consider revising in preparation for the start of the programme?

Mathematics and Physics form the core of Engineering. Therefore, it is recommended that students revise these subjects and become familiar with solving related problems.

How does the School of EEE incorporate emerging technologies and industry trends into the curriculum?

Our curriculum is continually updated to align with evolving industry needs, ensuring that our graduates are well-prepared for the future. Emerging technologies are addressed through three cross-cutting thrust areas:

1.Big Data Analytics & Data Science – Multi-model Sensor Fusion

2.AI & Machine Learning – Transfer Learning and Domain Generalization

3.Communication & Network Systems – 5/6G and V2X Technology for Smart Mobility and Industry 4.0

4.Robotics & Autonomous Systems – Autonomous Vehicles and Multi-Robot-Human Collaboration

5.Smart Grid – Renewable Generation and Energy Storage

6.Smart Energy Conversion Systems – Wireless Power Transfer and Energy Harvesting

7.Smart and Sustainable City – Internet of Things, Cyber-Physical Human Systems, Food and Water.

8.Smart Materials – Advanced Quantum Electronic Materials

9.Smart Electronics – Ubiquitous Sensors, IoT devices and AI Chips

10.Smart Photonics – Integrated Nano-Electro-Thermo-Mechanical Photonics

What are the typical class sizes for EEE courses?

Tutorial groups are around 30 students to 1 Tutor/Teaching Assistant

What methods of assessment are used in EEE courses? Are students evaluated primarily through examinations, projects, or a combination of both?

EEE adopts a 60-40 assessment model for the majority of its courses.

Most technical courses are graded based on 20% weekly quizzes known as Individual Readiness Assessments (IRAs), 20% from a mid-term quiz, and 60% from the final examination.

Depending on the course, some may also be project-based, incorporating presentations, lab work, and/or individual and group assignments.

Tuition Fees, Scholarships & Financial Aid

What is the tuition fee structure for the EEE programme?

Please refer to the following link for the latest tuition fees.

https://www.ntu.edu.sg/admissions/undergraduate/financial-matters/tuition-fees

Are there any financial aid programmes available for students?

Apply through NTU:

Bursary

Study Loan

PC Loan

Apply through DBS/OCBC:

Tuition Fee Loan (TFL)

Click here to understand more.

Work Study Scheme (WSS)

What types of scholarships are available to students?

In recognition of academic excellence and leadership potential, NTU offers a variety of scholarships to new as well as current students pursuing their full-time undergraduate studies at the university. There are various scholarships for Singapore Citizens, Singapore Permanent Residents and Non-Singapore Citizens. Scholarships are generally awarded to students based on academic merit and good co-curricular records.

For more details, please visit the Office of Admissions.

Student Life

What student-led clubs or organisations are available for students to participate in?

The School of Electrical and Electronic Engineering (EEE) is dedicated to maximising your potential. We provide a wide spectrum of activities and learning opportunities to promote leadership training, career, and student well-being & development.

Technical:

- NTU Clean Energy Club

- VIPod

Non-Technical:

- EEE Club

- EEE Outreach

- EEE LEAD (via invitation)

Click here to discover more.

What are the opportunities for overseas exchange within the EEE/IEM programmes?

Students at EEE have the advantage of enriching their university experience through numerous global exchange programmes with our renowned partner universities.

Exchange allows for students to go beyond the classroom, build up life skills and develop new networks.